Mains electricity by country: Difference between revisions

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			{{Short description\|none}}
	This is a '''list of countries and territories, with the plugs, voltages and frequencies they use'''.
			{{Broader\|Mains electricity}}
			{{Use dmy dates\|date=March 2020}}

			]
	It is designed to complement ]. See that article for definition of terms, full information on each plug, a travellers' guide, and more.

			'''Mains electricity by country''' includes a list of countries and territories, with the ], ]s and ] they commonly use for providing electrical power to low voltage appliances, equipment, and lighting typically found in homes and offices. (For industrial machinery, see ].) Some countries have more than one voltage available. For example, in North America, a unique ] system is used to supply to most premises that works by center tapping a 240 volt transformer. This system is able to concurrently provide 240 volts and 120 volts. Consequently, this allows homeowners to wire up both 240 V and 120 V circuits as they wish (as regulated by local building codes). Most sockets are connected to 120 V for the use of small appliances and electronic devices, while larger appliances such as dryers, electric ovens, ranges and EV chargers use dedicated 240 V sockets. ] are mandated for different voltage or maximum current levels.
	<!-- outer table: one row, two columns

	left cell of outer table: table of countries
			Voltage, frequency, and plug type vary, but large regions may use common standards. Physical compatibility of receptacles may not ensure compatibility of voltage, frequency, or connection to earth (ground), including ]. In some areas, older standards may still exist. Foreign enclaves, extraterritorial government installations, or buildings frequented by tourists may support plugs not otherwise used in a country, for the convenience of travellers.
	right cell of outer table: table of images

	-->
			== Main reference source{{snd}}IEC World Plugs ==
	{\|
			The ] (IEC) publishes a web microsite ''World Plugs''<ref name="World Plugs"> {{webarchive \|url=https://web.archive.org/web/20181010204753/https://www.iec.ch/worldplugs/ \|date=10 October 2018}}. ]. Retrieved on 2018-06-05.</ref> which provides the main source for this page, except where other sources are indicated. ''World Plugs'' includes some history, a description of plug types, and a list of countries giving the type(s) used and the mains voltage and frequency.

			Although useful for quick reference, especially for travellers, ''IEC World Plugs'' may not be regarded as totally accurate, as illustrated by the examples in the plugs section below, and errors may exist.

			== Voltages ==
			Voltages in this article are the nominal single-phase supply voltages, or split-phase supply voltages. Three-phase and industrial loads may have other voltages.

			All voltages are ] (RMS) voltage; the peak AC voltage is greater by a factor of <math>\sqrt{2}</math>, and the ] voltage greater by a factor of <math>2\sqrt{2}.</math>
			{{clear}}

			== Plugs ==
			{{Main\|AC power plugs and sockets}}

			]

			The system of plug types using a single letter (from A to N) used here is from ''World Plugs'', which defines the plug type letters in terms of a general description, without making reference to specific standards. Where a plug does not have a specific letter code assigned to it, then it may be defined by the style sheet number listed in IEC TR 60083.<ref name="IEC 60083"/> Not all plugs are included in the letter system; for example, there is no designation for the plugs defined by the Thai National Standard ''TIS 116-2549'', though some web sites refer to the three-pin plug described in that standard as "Type O".
			{{-}}

			=== Identification guide ===
			<gallery widths="150" heights="100">
			A plug.jpg\|] (NEMA 1–15 U.S. 2 pin)<br />max 125 V AC, max rating 15 A, (GB1002 Chinese 2 pin) max 250 V AC, max rating 6 A or 10 A
			B plug.jpg\|] (NEMA 5–15 U.S. 3 pin)<br />max 125 V AC, max rating 15 A<br />and IEC standard 60906-2
			Euro-Flachstecker 2.jpg\|] (CEE 7/16 ])
			CEE_7-17_plug.jpg\|]
			D plug.jpg\|] (BS 546 5 A)
			E plug and socket.jpg\|] CEE 7/6 plug & CEE 7/5 socket, 16 A
			Schuko plug and socket.png\|] CEE 7/4 plug & CEE 7/3 socket, 16 A
			CEE 7-7.jpg\|], (combines earthing methods of Type E & Type F)
			UK BS 1363 plug and socket (IEC Type G).png\|] (] UK)
			Israeli-type-H-plugs-and-socket.jpg\|] (SI 32 Israel)
			I plug.jpg\|]; Argentinian version has reversed polarity compared to Chinese and Australian versions
			J plug - 1.jpg\|] (SN 441011 Switzerland), 10 A
			K plug typical.jpg\|] (SRAF 1962/DB Denmark)
			L plug.jpg\|] (CEI 23-50)
			M plug.jpg\|] (15 A BS 546)
			NBR 14136 plugs and outlet.jpg\|] (NBR 14136, Brazil and SANS 164-2, South Africa)
			Thai TIS 166-2549 mains plug.jpg\|], often known as Type O<ref>{{cite web \|title=WorldStandards.eu - Power plug & outlet Type O \|url=https://www.worldstandards.eu/electricity/plugs-and-sockets/o/ \|url-status=live \|archive-url=https://web.archive.org/web/20200724042322/https://www.worldstandards.eu/electricity/plugs-and-sockets/o/ \|archive-date=24 July 2020 \|access-date=25 July 2020}}</ref>
			Multi plug.jpg\|So-called "universal socket" which meets no standard<ref>{{cite web \|date=November 2017 \|title=Universal AC Outlet • Setup Guide \|url=https://www.extron.com/download/files/userman/Universal_AC_Outlet_68-1638-01_F.pdf \|url-status=dead \|archive-url=https://web.archive.org/web/20180516015051/https://www.extron.com/download/files/userman/Universal_AC_Outlet_68-1638-01_F.pdf \|archive-date=16 May 2018 \|access-date=2018-05-21 \|publisher=Extron Electronics \|id=68-1638-01 Rev. F \|location=Anaheim, CA}}</ref> but accepts a number of different plug types (criticized as non-compliant and unsafe)<ref>{{cite web \|year=2009 \|title=Alert noting non-compliant power strips \|url=https://www.spring.gov.sg/Building-Trust/Raising-Confidence/Safety-Tips-Alerts/Product-Safety-Alerts/Documents/SafetyAlert_Universal_Portable_Socket_Outlets.pdf \|archive-url=https://web.archive.org/web/20160306184839/https://www.spring.gov.sg/Building-Trust/Raising-Confidence/Safety-Tips-Alerts/Product-Safety-Alerts/Documents/SafetyAlert_Universal_Portable_Socket_Outlets.pdf \|archive-date=6 March 2016 \|access-date=25 October 2019}}</ref><ref>{{cite web \|title=Sri Lanka Sets National Standard for Plugs and Socket Outlets \|url=http://www.pucsl.gov.lk/english/news/sri-lanka-sets-national-standard-for-plugs-and-socket-outlets-for-non-industrial-applications-2/ \|url-status=dead \|archive-url=https://web.archive.org/web/20190402014847/http://www.pucsl.gov.lk/english/news/sri-lanka-sets-national-standard-for-plugs-and-socket-outlets-for-non-industrial-applications-2/ \|archive-date=2 April 2019 \|access-date=25 October 2019 \|website=Public Utilities Commission of Sri Lanka \|quote=Standardized on Type G; sale of non-compliant sockets is banned as of August 2018, and buildings must re-wire by August 2038.}}</ref>
			</gallery>

			== Table of mains voltages, frequencies, and plugs ==
			{{sort under}}
			{\| class="sortable wikitable sort-under-center"
			! rowspan="2" \| Country or territory
			! rowspan="2" \| Plug type{{efn\|"C" may indicate that buildings have three-pin sockets compatible with ]s, which also work with other plug types or that buildings have some or all two-pin European style sockets, similar to ], or that use of an adaptor is common practice. Not all two-pin European plugs are compatible with all two-pin European sockets; see {{Section link\|AC power plugs and sockets\|Compatibility}}.}}
			! rowspan="2" \| National plug<br />standard<ref name="IEC 60083">IEC/TR 60083 ed7.0: Plugs and socket-outlets for domestic and similar general use standardized in member countries of IEC. ], October 2015. This 421-page ] describes many national standards for domestic plugs and sockets. The first edition was published in January 1957. The 7th edition was approved in December 2012 and was published on 29 October 2015.</ref>
			! colspan="2" \| Voltage
			! rowspan="2" \| Frequency<ref name="iec" />
			! rowspan="2" class="unsortable" \| Notes
	\|-		\|-
			! Residential<ref name="iec" />
			! Three-phase<ref>{{cite web \|title=Three-phase electric power (industrial applications only) \|url=https://www.worldstandards.eu/electricity/three-phase-electric-power/ \|url-status=live \|archive-url=https://web.archive.org/web/20221220100250/https://www.worldstandards.eu/electricity/three-phase-electric-power/ \|archive-date=20 December 2022 \|access-date=20 December 2022 \|type=Archived copy}}</ref>
			\|-
			\| {{flag\|Afghanistan}}
			\| C, F
			\|
			\| style="text-align:center" \| 220 ]
			\| style="text-align:center" \| 380 V
			\| style="text-align:center" \| 50 ]
	\|		\|
	{\| cellpadding="4" cellspacing="0" border=1 style="margin: 0 0 1em 1em; border:3px solid #cccccc;"
	\|-bgcolor="#cccccc"
	!Region
	!]
	!]
	!]
	!Comments
	\|-		\|-
			\| {{flag\|Albania}}
	\|]\|\| C, D, F \|\| 240 V \|\| 50 Hz \|\| Voltage may vary from 160 to 280.
			\| C, F
			\|
			\| style="text-align:center" \| 230 V
			\| style="text-align:center" \| 400 V
			\| style="text-align:center" \| 50 Hz
			\|
	\|-		\|-
			\| {{flag\|Algeria}}
	\|]\|\| C, F \|\| 220 V \|\| 50 Hz \|\|
			\| C, F
			\|
			\| style="text-align:center" \| 240 V
			\| style="text-align:center" \| 400 V
			\| style="text-align:center" \| 50 Hz
			\|
	\|-		\|-
			\| {{flag\|American Samoa}}
	\|]\|\| C, F \|\| 230 V \|\| 50 Hz \|\|
			\| A, B, F, I
			\|
			\| style="text-align:center" \| 120 V
			\| style="text-align:center" \| 208 V
			\| style="text-align:center" \| 60 Hz
			\|
	\|-		\|-
			\| {{flag\|Andorra}}
	\|]\|\| A, B, F, I \|\| 120 V \|\| 60 Hz \|\|
			\| C, F
			\|
			\| style="text-align:center" \| 230 V
			\| style="text-align:center" \| 400 V
			\| style="text-align:center" \| 50 Hz
			\|
	\|-		\|-
			\| {{flag\|Angola}}
	\|]\|\| C, F \|\| 220 V \|\| 50 Hz \|\|
			\| C, F
			\|
			\| style="text-align:center" \| 220 V
			\| style="text-align:center" \| 380 V
			\| style="text-align:center" \| 50 Hz
			\|
	\|-		\|-
			\| {{flag\|Anguilla}}
	\|]\|\| C \|\| 220 V \|\| 50 Hz \|\|
			\| A, B
			\|
			\| style="text-align:center" \| 110 V
			\| style="text-align:center" \| 120/208 V<br />127/220 V<br />240/415 V
			\| style="text-align:center" \| 60 Hz
			\|
	\|-		\|-
			\| {{flag\|Antigua and Barbuda}}
	\|]\|\| A (maybe B) \|\| 110 V \|\| 60 Hz \|\|
			\| A, B
			\|
			\| style="text-align:center" \| 230 V
			\| style="text-align:center" \| 400 V
			\| style="text-align:center" \| 60 Hz
			\|
	\|-		\|-
			\| {{flag\|Argentina}}
	\|]\|\| A, B \|\| 230 V \|\| 60 Hz \|\| Airport power is reportedly 110 V
			\| C, I
			\| ] 2073
			\| style="text-align:center" \| 220 V<ref>Reglamentado por AEA 90364, IRAM 2001 & IEC 60083</ref>
			\| style="text-align:center" \| 380 V
			\| style="text-align:center" \| 50 Hz
			\| Line and neutral reversed compared to Chinese and Australian/NZ type I.
	\|-		\|-
			\| {{flag\|Armenia}}
	\|]\|\| C, I \|\| 220 V \|\| 50 Hz \|\| Live and neutral are wired the other way round compared to other countries
			\| C, F
			\|
			\| style="text-align:center" \| 230 V
			\| style="text-align:center" \| 400 V
			\| style="text-align:center" \| 50 Hz
			\|
	\|-		\|-
			\| {{flag\|Aruba}}
	\|]\|\| C, F \|\| 220 V \|\| 50 Hz \|\|
			\| A, B, F
			\|
			\| style="text-align:center" \| 127 V
			\| style="text-align:center" \| 220 V
			\| style="text-align:center" \| 60 Hz
			\|
	\|-		\|-
			\| {{flag\|Australia}}
	\|]\|\| A, B, F \|\| 127 V \|\| 60 Hz \|\| Lago Colony 115 V
			\| I
			\| ]
			\| style="text-align:center" \| 230 V<br />240 V
			\| style="text-align:center" \| 400 V<br />415 V
			\| style="text-align:center" \| 50 Hz
			\| Nominal voltage is 230/400 V; in practice 240/415 V is more commonly used.
	\|-		\|-
			\| {{flag\|Austria}}
	\|]\|\| I \|\| 230 V \|\| 50 Hz \|\| Was 240 V, and Australians still often refer to ] power as "two-forty volt".
			\| C<br />F
			\| ÖVE-IG/EN 50075<br />ÖVE/ÖNORM E 8620
			\| style="text-align:center" \| 230 V
			\| style="text-align:center" \| 400 V
			\| style="text-align:center" \| 50 Hz
			\|
	\|-		\|-
			\| {{flag\|Azerbaijan}}
	\|]\|\| C, F \|\| 230 V \|\| 50 Hz \|\|
			\| C, F
			\|
			\| style="text-align:center" \| 220 V
			\| style="text-align:center" \| 380 V
			\| style="text-align:center" \| 50 Hz
			\|
	\|-		\|-
			\| {{flag\|Bahamas}}
	\|]\|\| C \|\| 220 V \|\| 50 Hz \|\|
			\| A, B
			\|
			\| style="text-align:center" \| 120 V
			\| style="text-align:center" \| 208 V
			\| style="text-align:center" \| 60 Hz
			\|
	\|-		\|-
			\| {{flag\|Bahrain}}
	\|]\|\| B, C, F \|\| 220 V \|\| 50 Hz \|\| Ponta Delgada 110 V; to be converted to 220 V
			\| G
			\|
			\| style="text-align:center" \| 230 V
			\| style="text-align:center" \| 400 V
			\| style="text-align:center" \| 50 Hz
			\|
	\|-		\|-
			\| {{flag\|Bangladesh}}
	\|]\|\| A, B \|\| 120 V \|\| 60 Hz \|\|
			\| A, C, D, G
			\|
			\| style="text-align:center" \| 220 V
			\| style="text-align:center" \| 380 V
			\| style="text-align:center" \| 50 Hz
			\|
	\|-		\|-
			\| {{flag\|Barbados}}
	\|]\|\| G \|\| 230 V \|\| 50 Hz \|\| Awali 110 V, 60 Hz
			\| A, B
			\|
			\| style="text-align:center" \| 115 V
			\| style="text-align:center" \| 200 V
			\| style="text-align:center" \| 50 Hz
			\|
	\|-		\|-
			\| {{flag\|Belarus}}
	\|]\|\| C, F \|\| 220 V \|\| 50 Hz \|\|
			\| C, F
			\|
			\| style="text-align:center" \| 230 V<ref name="docs.cntd.ru"/>
			\| style="text-align:center" \| 400 V
			\| style="text-align:center" \| 50 Hz
			\|
	\|-		\|-
			\| {{flag\|Belgium\|civil}}
	\|]\|\| A, C, D, G, K \|\| 220 V \|\| 50 Hz \|\|
			\| C, E
			\| {{Nowrap\|NBN C 61 112-1}}
			\| style="text-align:center" \| 230 V
			\| style="text-align:center" \| 230/400 V
			\| style="text-align:center" \| 50 Hz
			\|
	\|-		\|-
			\| {{flag\|Belize}}
	\|]\|\| A, B \|\| 115 V \|\| 50 Hz \|\|
			\| A, B, G
			\|
			\| style="text-align:center" \| 110 V<br />220 V
			\| style="text-align:center" \| 190 V<br />380 V
			\| style="text-align:center" \| 60 Hz
			\|
	\|-		\|-
			\| {{flag\|Benin}}
	\|]\|\| C \|\| 220 V \|\| 50 Hz \|\|
			\| C, E
			\|
			\| style="text-align:center" \| 220 V
			\| style="text-align:center" \| 380 V
			\| style="text-align:center" \| 50 Hz
			\|
	\|-		\|-
			\| {{flag\|Bermuda}}
	\|]\|\| E \|\| 230 V \|\| 50 Hz \|\|
			\| A, B
			\|
			\| style="text-align:center" \| 120 V
			\| style="text-align:center" \| 208 V
			\| style="text-align:center" \| 60 Hz
			\|
	\|-		\|-
			\| {{flag\|Bhutan}}
	\|]\|\| B, G \|\| 110/220 V \|\| 60 Hz \|\|
			\| C, D, F, G, M
			\|
			\| style="text-align:center" \| 230 V
			\| style="text-align:center" \| 400 V
			\| style="text-align:center" \| 50 Hz
			\|
	\|-		\|-
			\| {{flag\|Bolivia}}
	\|]\|\| E \|\| 220 V \|\| 50 Hz \|\|
			\| A, B, C
			\|
			\| style="text-align:center" \| 115 V<br />230 V
			\| style="text-align:center" \| 400 V
			\| style="text-align:center" \| 50 Hz
			\|
	\|-		\|-
			\| {{flag\|Bonaire}},<ref>{{cite web \|title=Electrical Plug/Outlet and Voltage Information for Bonaire \|url=https://adaptelec.com/Country-Specific-Answers/Electrical-Plug-Outlet-and-Voltage-Information-for-Bonaire \|url-status=live \|archive-url=https://web.archive.org/web/20180612142000/https://adaptelec.com/Country-Specific-Answers/Electrical-Plug-Outlet-and-Voltage-Information-for-Bonaire \|archive-date=12 June 2018 \|access-date=25 May 2018 \|website=Adaptelec.com}}</ref><ref>{{cite web \|title=F.A.Q. \|url=http://www.caribbeanclubbonaire.com/faq/ \|url-status=live \|archive-url=https://web.archive.org/web/20180526042027/http://www.caribbeanclubbonaire.com/faq/ \|archive-date=26 May 2018 \|access-date=25 May 2018 \|website=CaribbeanClubBonaire.com}}</ref><ref>{{cite web \|title=Technology on Bonaire \|url=https://www.infobonaire.com/technology/ \|url-status=live \|archive-url=https://web.archive.org/web/20180526112756/https://www.infobonaire.com/technology/ \|archive-date=26 May 2018 \|access-date=25 May 2018 \|website=InfoBonaire.com}}</ref><ref>{{cite web \|title=Electricity \|url=https://www.caribinn.com/electricity/ \|url-status=dead \|archive-url=https://web.archive.org/web/20180612142000/https://adaptelec.com/Country-Specific-Answers/Electrical-Plug-Outlet-and-Voltage-Information-for-Bonaire \|archive-date=12 June 2018 \|access-date=25 May 2018 \|website=CaribInn.com}}</ref><br />{{flag\|Sint Eustatius}} and<br />{{flag\|Saba}}
	\|]\|\| A, B \|\| 120 V \|\| 60 Hz \|\|
			\| A, B
			\|
			\| style="text-align:center" \| 127 V
			\| style="text-align:center" \| 220 V
			\| style="text-align:center" \| 50 Hz
			\| Sockets for 220-240 V European type C plugs are typically available at hotels; some buildings modify voltage, so travellers are advised to check before plugging in. Type F are also available at some hotels.
	\|-		\|-
			\| {{flag\|Bosnia and Herzegovina}}
	\|]\|\| D, F, G, M \|\| 230 V \|\| 50 Hz \|\|
			\| C, F
			\|
			\| style="text-align:center" \| 230 V
			\| style="text-align:center" \| 400 V
			\| style="text-align:center" \| 50 Hz
			\|
	\|-		\|-
			\| {{flag\|Botswana}}
	\|]\|\| A, C \|\| 220/230 V \|\| 50 Hz \|\| La Paz & Viacha 115 V
			\| D, G, M
			\|
			\| style="text-align:center" \| 230 V
			\| style="text-align:center" \| 400 V
			\| style="text-align:center" \| 50 Hz
			\|
	\|-		\|-
			\| {{flag\|Brazil}}
	\|]\|\| C, F \|\| 220 V \|\| 50 Hz \|\|
			\| C, N
			\| NBR 14136
			\| style="text-align:center" \| 127 V<br />220 V<ref name="decreto 41019">{{Citation \|title=Brasil. Decreto n. 41.019, de 26 de fev. de 1957. Regulamenta os serviços de energia elétrica \|year=1957 \|url=http://www.planalto.gov.br/ccivil_03/decreto/Antigos/D41019.htm#art47 \|access-date=7 January 2018 \|archive-url=https://web.archive.org/web/20190418162642/http://www.planalto.gov.br/ccivil_03/decreto/antigos/d41019.htm#art47 \|archive-date=18 April 2019 \|url-status=live \|place=BR \|publisher=BR Government}}</ref>
			\| style="text-align:center" \| 220 V<br />380 V
			\| style="text-align:center" \| 60 Hz<ref name="lei 4454">{{Citation \|title=Brasil. Lei n. 4.454, de 06 de nov. de 1964. Dispõe sobre a unificação de frequência da corrente elétrica no País \|year=1964 \|url=http://www2.camara.leg.br/legin/fed/lei/1960-1969/lei-4454-6-novembro-1964-376693-publicacaooriginal-1-pl.html \|access-date=7 January 2018 \|archive-url=https://web.archive.org/web/20190710142952/https://www2.camara.leg.br/legin/fed/lei/1960-1969/lei-4454-6-novembro-1964-376693-publicacaooriginal-1-pl.html \|archive-date=10 July 2019 \|url-status=live \|place=BR \|publisher=BR Government}}</ref>
			\| Before standardization, socket types varied: C (very old installations), I (for air conditioners), and combinations like A/C and A/B/C.
	\|-		\|-
			\| {{flag\|British Virgin Islands}}
	\|]\|\| D, G, M \|\| 231 V \|\| 50 Hz \|\|
			\| A, B
			\|
			\| style="text-align:center" \| 110 V
			\| style="text-align:center" \| 190 V
			\| style="text-align:center" \| 60 Hz
			\|
	\|-		\|-
			\| {{flag\|Brunei}}
	\|]\|\| A, B, C \|\| 110–220 V \|\| 60 Hz \|\| Type I is becomming common as a distinctive socket type for 220 V outlets and appliances in 110 V areas. Dual-voltage wiring is rather common in Brazil - high-powered appliances, such as clothes dryers, tend to be 220 V even in 110 V areas. Note also that depending on the area, the exact voltage might be 110 V, 115 V, 127 V, 130 V, 220 V or 240 V.
			\| G
			\|
			\| style="text-align:center" \| 240 V
			\| style="text-align:center" \| 415 V
			\| style="text-align:center" \| 50 Hz
			\|
	\|-		\|-
			\| {{flag\|Bulgaria}}
	\|]\|\| G \|\| 240 V \|\| 50 Hz \|\|
			\| C, F
			\|
			\| style="text-align:center" \| 230 V
			\| style="text-align:center" \| 400 V
			\| style="text-align:center" \| 50 Hz
			\|
	\|-		\|-
			\| {{flag\|Burkina Faso}}
	\|]\|\| C, F \|\| 230 V \|\| 50 Hz \|\|
			\| C, E
			\|
			\| style="text-align:center" \| 220 V
			\| style="text-align:center" \| 380 V
			\| style="text-align:center" \| 50 Hz
			\|
	\|-		\|-
			\| {{flag\|Burundi}}
	\|]\|\| C, E \|\| 220 V \|\| 50 Hz \|\|
			\| C, E
			\|
			\| style="text-align:center" \| 220 V
			\| style="text-align:center" \| 380 V
			\| style="text-align:center" \| 50 Hz
			\|
	\|-		\|-
			\| {{flag\|Cambodia}}
	\|]\|\| C, E \|\| 220 V \|\| 50 Hz \|\|
			\| A, C, G
			\|
			\| style="text-align:center" \| 230 V
			\| style="text-align:center" \| 400 V
			\| style="text-align:center" \| 50 Hz
			\| Sockets for British type G plugs are mainly found at some hotels and never in households.
	\|-		\|-
			\| {{flag\|Cameroon}}
	\|]\|\| A, C, G \|\| 230 V \|\| 50 Hz \|\|
			\| C, E
			\|
			\| style="text-align:center" \| 220 V
			\| style="text-align:center" \| 380 V
			\| style="text-align:center" \| 50 Hz
			\|
	\|-		\|-
			\| {{flag\|Canada}}
	\|]\|\| C, E \|\| 220 V \|\| 50 Hz \|\|
			\| A<br />B<br />NEMA 14-30<br />NEMA 14-50
			\| CSA C22.2 No. 42<ref name="CSA C22.2 No. 42-10">{{cite book \|author=<!--staff writer(s); no by-line--> \|title=CSA Standard C22.2 No. 42-10: General use receptacles, attachment plugs, and similar wiring devices \|date=2010 \|publisher=Canadian Standards Association \|location=Mississauga, Ontario \|page=1}}</ref>
			\| style="text-align:center" \| 120 V<br />120 V<ref name="CAN3-C235-83">{{cite book \|author=<!--staff writer(s); no by-line--> \|title=CAN3-C235-83: Preferred Voltage Levels for AC Systems, 0 to 50 000 V \|date=1983 \|publisher=Canadian Standards Association \|location=Rexdale (Toronto), Ontario \|page=9}}</ref><br />240 V<br />240 V
			\| style="text-align:center" \| 120/208 V<br />240 V<br />277/480 V<br />347/600 V
			\| style="text-align:center" \| 60 Hz
			\| <p>NEMA 5-20R outlets, which are similar to type B but have a T-shaped neutral slot, are sometimes used for higher current 120 V equipment (up to 20 A).</p><p>Homes are typically provided with 120/240 V split-phase power; ] receptacles are provided on 240 V circuits for ]s and ]s.<ref name="2018 CEC">{{cite book \|author=<!--staff writer(s); no by-line--> \|title=C22.1-18: Canadian Electrical Code, Part 1 \|date=2018 \|publisher=Canadian Standards Association \|location=Toronto, Ontario \|page=243}}</ref></p>
	\|-		\|-
			\| {{flag\|Cape Verde}}
	\|]\|\| A, B \|\| 120 V \|\| 60 Hz \|\|
			\| C, F
			\|
			\| style="text-align:center" \| 220 V
			\| style="text-align:center" \| 400 V
			\| style="text-align:center" \| 50 Hz
			\|
	\|-		\|-
			\| {{flag\|Cayman Islands}}
	\|]\|\| C, E, L \|\| 220 V \|\| 50 Hz \|\|
			\| A, B
			\|
			\| style="text-align:center" \| 120 V
			\| style="text-align:center" \| 240 V
			\| style="text-align:center" \| 60 Hz
			\|
	\|-		\|-
			\| {{flag\|Central African Republic}}
	\|]\|\| C, F \|\| 220 V \|\| 50 Hz \|\|
			\| C, E
			\|
			\| style="text-align:center" \| 220 V
			\| style="text-align:center" \| 380 V
			\| style="text-align:center" \| 50 Hz
			\|
	\|-		\|-
			\| {{flag\|Chad}}
	\|]\|\| A, B \|\| 120 V \|\| 60 Hz \|\|
			\| C, D, E, F
			\|
			\| style="text-align:center" \| 220 V
			\| style="text-align:center" \| 380 V
			\| style="text-align:center" \| 50 Hz
			\|
	\|-		\|-
			\| {{flag\|Chile}}
	\|]\|\| C, E \|\| 220 V \|\| 50 Hz \|\|
			\| C, F, L
			\|
			\| style="text-align:center" \| 220 V
			\| style="text-align:center" \| 380 V
			\| style="text-align:center" \| 50 Hz
			\| Type L is the national official standard; C and F are compatible. Schuko or type F plugs are often used for high power appliances.
	\|-		\|-
			\| {{flag\|China}}
	\|]\|\| D, E, F \|\| 220 V \|\| 50 Hz \|\|
			\| A, C, I
			\| GB/T 1002<br />GB/T 2099
			\| style="text-align:center" \| 220 V
			\| style="text-align:center" \| 380 V
			\| style="text-align:center" \| 50 Hz
			\| <p>Type C was removed from GB/T 1002-2021, but A/C hybrid sockets still appear in old installations.</p><p>Line{{Fix\|text=Live?}}/neutral reversed compared to Argentinian type I.</p>
	\|-		\|-
			\| {{flag\|Colombia}}
	\|]\|\|C, G \|\| 230 V \|\| 50 Hz \|\|
			\| A, B
			\|
			\| style="text-align:center" \| 120 V<ref name="RETIE">{{Citation \|title=Colombia. Resolución 90708: Reglamento Técnico de Instalaciones Eléctricas - RETIE, August 30, 2013 \|year=2013 \|url=https://www.minminas.gov.co/documents/10180/1179442/Anexo+General+del+RETIE+vigente+actualizado+a+2015-1.pdf/57874c58-e61e-4104-8b8c-b64dbabedb13 \|access-date=16 October 2018 \|archive-url=https://web.archive.org/web/20150711064054/http://www.minminas.gov.co/documents/10180/1179442/Anexo+General+del+RETIE+vigente+actualizado+a+2015-1.pdf/57874c58-e61e-4104-8b8c-b64dbabedb13 \|archive-date=11 July 2015 \|url-status=dead \|place=CO \|publisher=Ministry of Mines and Energy}}</ref>
			\| style="text-align:center" \| 120/208 V<br />277/480 V<br />120/240 V<br />240/208/120 V<br />240 V<br />480 V
			\| style="text-align:center" \| 60 Hz<ref name="CREG070-98">{{Citation \|title=Colombia. CREG Resolución No. 70, May 28, 1998 \|year=1998 \|url=http://apolo.creg.gov.co/Publicac.nsf/Indice01/Resoluci%C3%B3n-1998-CREG070-98 \|access-date=16 October 2018 \|archive-url=https://web.archive.org/web/20181017001742/http://apolo.creg.gov.co/Publicac.nsf/Indice01/Resoluci%C3%B3n-1998-CREG070-98 \|archive-date=17 October 2018 \|url-status=live \|place=CO \|publisher=Commission for the Regulation of Energy and Gas (CREG)}}</ref>
			\| ] outlets, which are similar to type B but have a T-shaped neutral slot, are sometimes used for higher current 120 V commercial equipments (up to 20 A). On the other hand, ] outlets are sometimes used for 208 V and 240 V industrial equipments (up to 50 A).
	\|-		\|-
			\| {{flag\|Comoros}}
	\|]\|\| C, L \|\| 220 V \|\| 50 Hz \|\|
			\| C, E
			\|
			\| style="text-align:center" \| 220 V
			\| style="text-align:center" \| 380 V
			\| style="text-align:center" \| 50 Hz
			\|
	\|-		\|-
			\| {{flag\|Congo, Republic of the}}
	\|]\|\| A, I, G \|\| 220 V \|\| 50 Hz \|\|
			\| C, E
			\|
			\| style="text-align:center" \| 230 V
			\| style="text-align:center" \| 400 V
			\| style="text-align:center" \| 50 Hz
			\|
	\|-		\|-
			\| {{flag\|Congo, Democratic Republic of the}}<br /><ref>{{cite web \|url=https://www.generatorsource.com/Voltages_and_Hz_by_Country.aspx \|title=List of Voltages & Frequencies (Hz) Around the World \|type=Archived copy \|access-date=20 December 2022 \|archive-date=23 November 2022 \|archive-url=https://web.archive.org/web/20221123023304/https://www.generatorsource.com/Voltages_and_Hz_by_Country.aspx \|url-status=live}}</ref>
	\|]\|\| A, B \|\| 110 V \|\| 60 Hz \|\|
			\| C, D, E
			\|
			\| style="text-align:center" \| 220 V
			\| style="text-align:center" \| 380 V
			\| style="text-align:center" \| 50 Hz
			\|
	\|-		\|-
			\| {{flag\|Cook Islands}}
	\|]\|\| C, E \|\| 220 V \|\| 50 Hz \|\|
			\| I
			\| AS/NZS 3112
			\| style="text-align:center" \| 240 V
			\| style="text-align:center" \| 415 V
			\| style="text-align:center" \| 50 Hz
			\|
	\|-		\|-
			\| {{flag\|Costa Rica}}
	\|]\|\| C, E \|\| 230 V \|\| 50 Hz \|\|
			\| A, B
			\|
			\| style="text-align:center" \| 120 V
			\| style="text-align:center" \| 208 V<br />240 V<br />480 V<ref name="Boletín Informativo">{{Citation \|title=Tensiones Transitorias - Boletín Informativo \|url=https://www.cnfl.go.cr/documentos/eficiencia/tensiones_transitorias.pdf \|access-date=20 April 2020 \|archive-url=https://web.archive.org/web/20210817080312/https://www.cnfl.go.cr/documentos/eficiencia/tensiones_transitorias.pdf \|archive-date=17 August 2021 \|url-status=live \|place=CR \|publisher=CNFL - Compañía Nacional de Fuerza y Luz S.A.}}</ref>
			\| style="text-align:center" \| 60 Hz
			\|
	\|-		\|-
			\| {{flag\|Côte d'Ivoire}}
	\|]\|\| C, D \|\| 220 V \|\| 50 Hz \|\|
			\| C, E
			\|
			\| style="text-align:center" \| 230 V
			\| style="text-align:center" \| 380 V
			\| style="text-align:center" \| 50 Hz
			\|
	\|-		\|-
			\| {{flag\|Croatia}}
	\|]\|\| I \|\| 240 V \|\| 50 Hz \|\|
			\| C, F
			\|
			\| style="text-align:center" \| 230 V
			\| style="text-align:center" \| 400 V
			\| style="text-align:center" \| 50 Hz
			\|
	\|-		\|-
			\| {{flag\|Cuba}}
	\|]\|\| A, B \|\| 120 V \|\| 60 Hz \|\|
			\| A, B, C, L
			\|
			\| style="text-align:center" \| 110 V
			\| style="text-align:center" \| 190 V<br />220 V
			\| style="text-align:center" \| 60 Hz
			\| Some modern hotels have 220 V sockets for European 2-pin plugs (Type C).<ref>{{cite web \|url=https://www.tripadvisor.ca/Travel-g147270-c104286/Cuba:Caribbean:Electricity.html \|title=Cuba: Electricity - TripAdvisor \|access-date=10 June 2018 \|archive-date=12 June 2018 \|archive-url=https://web.archive.org/web/20180612141914/https://www.tripadvisor.ca/Travel-g147270-c104286/Cuba:Caribbean:Electricity.html \|url-status=live}}</ref>
	\|-		\|-
			\| {{flag\|Curaçao}}
	\|]\|\| C, E \|\| 220 V \|\| 50 Hz \|\|
			\| A,<ref name="curacao">{{cite web \|title=Curaçao Utilities \|url=http://www.curacao.com/en/directory/plan/local-services/utilities/ \|url-status=live \|archive-url=https://web.archive.org/web/20180612163436/https://www.curacao.com/en/directory/plan/local-services/utilities/ \|archive-date=12 June 2018 \|access-date=28 June 2017 \|publisher=Curaçao Tourist Board}}</ref> B, F<ref>https://www.power-plugs-sockets.com/gb/curacao/</ref>
			\|
			\| style="text-align:center" \| 127 V<ref name=curacao /><ref>Confirmed 127 V by looking at Aqualetric residential electricity meter</ref>
			\| style="text-align:center" \| 220 V<br />380 V
			\| style="text-align:center" \| 50 Hz<ref name=curacao />
			\| Some hotels and apartments have 220 V European sockets.<ref>{{cite web \|title=Do I need special plugs/adaptors for my devices in Curaçao? \|url=https://www.curacao.com/en/questions/electricity/do-i-need-special-plugs-adaptors-for-my-devices-in-curacao \|url-status=live \|archive-url=https://web.archive.org/web/20210917191123/https://www.curacao.com/en/questions/electricity/do-i-need-special-plugs-adaptors-for-my-devices-in-curacao \|archive-date=17 September 2021 \|access-date=17 September 2021}}</ref>
	\|-		\|-
			\| {{flag\|Cyprus}}
	\|]\|\| C, F \|\| 230 V \|\| 50 Hz \|\|
			\| G
			\|
			\| style="text-align:center" \| 240 V
			\| style="text-align:center" \| 400 V
			\| style="text-align:center" \| 50 Hz
			\|
	\|-		\|-
			\| {{flag\|Czech Republic}}
	\|]\|\| A, B, C, L \|\| 110 V \|\| 60 Hz \|\|
			\| C, E
			\| ČSN 35 4516
			\| style="text-align:center" \| 230 V
			\| style="text-align:center" \| 400 V
			\| style="text-align:center" \| 50 Hz
			\|
	\|-		\|-
			\| {{flag\|Denmark}}
	\|]\|\| G \|\| 240 V \|\| 50 Hz \|\|
			\| C<br />E, F, K
			\| DS/EN 50075<br />DS 60884-2-D1<ref>{{cite web \|author=Dansk Standard \|title=DS 60884-2-D1:2011 - Plugs and socket-outlets for household and similar purposes - Requirements for Danish systems \|url=http://webshop.ds.dk/groupproduct/18331/M256855/29-electrical-engineering-29-120-electrical-accessories-29-120-30-plugs-socket-outlets-couplers/ds-60884-2-d12011.aspx \|url-status=live \|archive-url=https://web.archive.org/web/20140108220745/http://webshop.ds.dk/groupproduct/18331/M256855/29-electrical-engineering-29-120-electrical-accessories-29-120-30-plugs-socket-outlets-couplers/ds-60884-2-d12011.aspx \|archive-date=8 January 2014 \|access-date=8 January 2014 \|website=webshop.ds.dk}}</ref>
			\| style="text-align:center" \| 230 V
			\| style="text-align:center" \| 400 V
			\| style="text-align:center" \| 50 Hz
			\| Type E and F sockets are rare but legal, type E, F and 7/7 plugs work as type C (unearthed).
	\|-		\|-
			\| {{flag\|Djibouti}}
	\|]\|\| E \|\| 230 V \|\| 50 Hz \|\|
			\| C, E
			\|
			\| style="text-align:center" \| 220 V
			\| style="text-align:center" \| 380 V
			\| style="text-align:center" \| 50 Hz
			\|
	\|-		\|-
			\| {{flag\|Dominica}}
	\|]\|\| C, K \|\| 230 V \|\| 50 Hz \|\|
			\| D, G
			\|
			\| style="text-align:center" \| 230 V
			\| style="text-align:center" \| 400 V
			\| style="text-align:center" \| 50 Hz
			\|
	\|-		\|-
			\| {{flag\|Dominican Republic}}
	\|]\|\| C, E \|\| 220 V \|\| 50 Hz \|\|
			\| A, B, C
			\|
			\| style="text-align:center" \| 110 V
			\| style="text-align:center" \| 120/208 V<br />277/480 V
			\| style="text-align:center" \| 60 Hz
			\|
	\|-		\|-
			\| {{flag\|Ecuador}}
	\|]\|\| D, G \|\| 230 V \|\| 50 Hz \|\|
			\| A, B
			\|
			\| style="text-align:center" \| 120 V
			\| style="text-align:center" \| 208 V<br />480 V
			\| style="text-align:center" \| 60 Hz
			\|
	\|-		\|-
			\| {{flag\|Egypt}}
	\|]\|\| A \|\| 110 V \|\| 60 Hz \|\|
			\| C, F
			\|
			\| style="text-align:center" \| 220 V
			\| style="text-align:center" \| 380 V
			\| style="text-align:center" \| 50 Hz
			\|
	\|-		\|-
			\| {{flag\|El Salvador}}
	\|]\|\| C, E, F, I \|\| 220 V \|\| 50 Hz \|\|
			\| A, B
			\|
			\| style="text-align:center" \| 115 V
			\| style="text-align:center" \| 208 V<br />220 V<br />440 V<br />480 V<ref name="Netzspannungen Weltweit">{{Citation \|url=https://www.fuhrmeister-gmbh.de/pdf/info/Netzspannungen%20weltweit_Fuhrmeister.pdf \|title=Netzspannungen Weltweit \|publisher=Fuhrmeister + Co GmbH \|year=2020 \|access-date=20 April 2020 \|archive-date=18 August 2021 \|archive-url=https://web.archive.org/web/20210818012650/https://www.fuhrmeister-gmbh.de/pdf/info/Netzspannungen%20weltweit_Fuhrmeister.pdf \|url-status=live}}</ref>
			\| style="text-align:center" \| 60 Hz
			\|
	\|-		\|-
			\| {{flag\|Equatorial Guinea}}
	\|]\|\| A, B \|\| 120–127 V \|\| 60 Hz \|\|
			\| C, E
			\|
			\| style="text-align:center" \| 220 V
			\| style="text-align:center" \| 380 V
			\| style="text-align:center" \| 50 Hz
			\|
	\|-		\|-
			\| {{flag\|Eritrea}}
	\|]\|\| C \|\| 220 V \|\| 50 Hz \|\|
			\| C, L
			\|
			\| style="text-align:center" \| 230 V
			\| style="text-align:center" \| 400 V
			\| style="text-align:center" \| 50 Hz
			\|
	\|-		\|-
			\| {{flag\|Estonia}}
	\|]\|\| A–G, I, J, L \|\| 115 V \|\| 60 Hz \|\|
			\| C, F
			\|
			\| style="text-align:center" \| 230 V
			\| style="text-align:center" \| 400 V
			\| style="text-align:center" \| 50 Hz
			\|
	\|-		\|-
			\| {{flag\|Eswatini}}
	\|]\|\| C, E \|\| 220 V \|\| 50 Hz \|\|
			\| M
			\|
			\| style="text-align:center" \| 230 V
			\| style="text-align:center" \| 400 V
			\| style="text-align:center" \| 50 Hz
			\|
	\|-		\|-
			\| {{flag\|Ethiopia}}
	\|]\|\| C \|\| 230 V \|\| 50 Hz \|\|
			\| C, E, F, L
			\|
			\| style="text-align:center" \| 220 V
			\| style="text-align:center" \| 380 V
			\| style="text-align:center" \| 50 Hz
			\| Type E is very rare because Ethiopia never had French influences.
	\|-		\|-
			\| {{flag\|Falkland Islands}}
	\|]\|\| F \|\| 230 V \|\| 50 Hz \|\|
			\| G
			\|
			\| style="text-align:center" \| 240 V
			\| style="text-align:center" \| 415 V
			\| style="text-align:center" \| 50 Hz
			\|
	\|-		\|-
			\| {{flag\|Faroe Islands}}
	\|]\|\| D, J, L \|\| 220 V \|\| 50 Hz \|\|
			\| C, E, F, K
			\|
			\| style="text-align:center" \| 230 V
			\| style="text-align:center" \| 400 V
			\| style="text-align:center" \| 50 Hz
			\| Same as in Denmark.
	\|-		\|-
			\| {{flag\|Fiji}}
	\|]\|\| C, K \|\| 220 V \|\| 50 Hz \|\|
			\| I
			\| AS/NZS 3112
			\| style="text-align:center" \| 240 V
			\| style="text-align:center" \| 415 V
			\| style="text-align:center" \| 50 Hz
			\| Same as in Australia.
	\|-		\|-
			\| {{flag\|Finland}}
	\|]\|\| G \|\| 240 V \|\| 50 Hz \|\|
			\| C<br />F
			\| SFS-EN 50075<br />SFS 5610
			\| style="text-align:center" \| 230 V
			\| style="text-align:center" \| 400 V
			\| style="text-align:center" \| 50 Hz
			\|
	\|-		\|-
			\| {{flag\|France}}
	\|]\|\| I \|\| 240 V \|\| 50 Hz \|\|
			\| C<br />E
			\| NF EN 50075<br />NF C 61-314
			\| style="text-align:center" \| 230 V
			\| style="text-align:center" \| 400 V
			\| style="text-align:center" \| 50 Hz
			\|
	\|-		\|-
			\| {{flag\|French Guiana}}
	\|]\|\| C, F \|\| 230 V \|\| 50 Hz \|\|
			\| C, E
			\|
			\| style="text-align:center" \| 220 V
			\| style="text-align:center" \| 380 V
			\| style="text-align:center" \| 50 Hz
			\|
	\|-		\|-
			\| {{flag\|French Polynesia}}
	\|]\|\| E \|\| 230 V \|\| 50 Hz \|\|
			\| A, B, C, E, F
			\|
			\| style="text-align:center" \| 110 V<br />220 V
			\| style="text-align:center" \| 380 V
			\| style="text-align:center" \| 60 Hz<ref name="Cahier des charges de la concession EDT Nord et iles">{{cite web \|url=https://agence.edt.pf/c/document_library/get_file?uuid=1a11fad7-a98f-4899-bb0c-e382d432848d&groupId=10156\|title=Calculez votre consommation \|language=fr \|website=EDT ENGIE \|archive-url=https://web.archive.org/web/20200202000627/https://www.edt.pf/?uuid=1a11fad7-a98f-4899-bb0c-e382d432848d&groupId=10156 \|archive-date=2 February 2020 \|at=page 10, article 9}}</ref><br />50 Hz
			\|
	\|-		\|-
			\| {{flag\|Gabon}}
	\|]\|\| C, D, E \|\| 220 V \|\| 50 Hz \|\|
			\| C, E
			\|
			\| style="text-align:center" \| 220 V
			\| style="text-align:center" \| 380 V
			\| style="text-align:center" \| 50 Hz
			\|
	\|-		\|-
			\| {{flag\|Gambia}}
	\|]\|\| H \|\| 230 V \|\| 50 Hz \|\|
			\| G
			\|
			\| style="text-align:center" \| 230 V
			\| style="text-align:center" \| 400 V
			\| style="text-align:center" \| 50 Hz
			\|
	\|-		\|-
			\| {{flag\|Georgia}}
	\|]\|\| C \|\| 220 V \|\| 50 Hz \|\|
			\| C, F
			\|
			\| style="text-align:center" \| 220 V
			\| style="text-align:center" \| 380 V
			\| style="text-align:center" \| 50 Hz
			\|
	\|-		\|-
			\| {{flag\|Germany}}
	\|]\|\| G \|\| 230 V \|\| 50 Hz \|\|
			\| C<br />F<br />]
			\| DIN VDE 0620<br />DIN 49441<br />DIN EN 60309
			\| style="text-align:center" \| 230 V
			\| style="text-align:center" \| 400 V
			\| style="text-align:center" \| 50 Hz
			\|
	\|-		\|-
			\| {{flag\|Ghana}}
	\|]\|\| C, F \|\| 230 V \|\| 50 Hz \|\|
			\| D, G
			\|
			\| style="text-align:center" \| 230 V
			\| style="text-align:center" \| 400 V
			\| style="text-align:center" \| 50 Hz
			\|
	\|-		\|-
			\| {{flag\|Gibraltar}}
	\|]\|\| D, G \|\| 230 V \|\| 50 Hz \|\|
			\| C, G
			\|
			\| style="text-align:center" \| 240 V
			\| style="text-align:center" \| 400 V
			\| style="text-align:center" \| 50 Hz
			\|
	\|-		\|-
			\| {{flag\|Greece}}
	\|]\|\| C, G \|\| 240 V \|\| 50 Hz \|\|
			\| C, F
			\|
			\| style="text-align:center" \| 230 V
			\| style="text-align:center" \| 400 V
			\| style="text-align:center" \| 50 Hz
			\|
	\|-		\|-
			\| {{flag\|Greenland}}
	\|]\|\| C, D, E, F \|\| 220 V \|\| 50 Hz \|\|
			\| C, E, F, K
			\|
			\| style="text-align:center" \| 230 V
			\| style="text-align:center" \| 400 V
			\| style="text-align:center" \| 50 Hz
			\|
	\|-		\|-
			\| {{flag\|Grenada}}
	\|]\|\| C, K \|\| 220 V \|\| 50 Hz \|\|
			\| G
			\|
			\| style="text-align:center" \| 230 V
			\| style="text-align:center" \| 400 V
			\| style="text-align:center" \| 50 Hz
			\|
	\|-		\|-
			\| {{flag\|Guadeloupe}}
	\|]\|\| G \|\| 230 V \|\| 50 Hz \|\|
			\| C, D, E
			\|
			\| style="text-align:center" \| 230 V
			\| style="text-align:center" \| 400 V
			\| style="text-align:center" \| 50 Hz
			\|
	\|-		\|-
			\| {{flag\|Guam}}
	\|]\|\| C, D, E \|\| 230 V \|\| 50 Hz \|\|
			\| A, B
			\|
			\| style="text-align:center" \| 110 V
			\| style="text-align:center" \| 190 V
			\| style="text-align:center" \| 60 Hz
			\|
	\|-		\|-
			\| {{flag\|Guatemala}}
	\|]\|\| A, B \|\| 110 V \|\| 60 Hz \|\|
			\| A, B
			\|
			\| style="text-align:center" \| 120 V
			\| style="text-align:center" \| 208 V
			\| style="text-align:center" \| 60 Hz
			\|
	\|-		\|-
			\| {{flag\|Guernsey}}
	\|]\|\| A, B, G, I \|\| 120 V \|\| 60 Hz \|\|
			\| G
			\|
			\| style="text-align:center" \| 230 V
			\| style="text-align:center" \| 400 V
			\| style="text-align:center" \| 50 Hz
			\|
	\|-		\|-
			\| {{flag\|Guinea}}
	\|]\|\| C, F, K \|\| 220 V \|\| 50 Hz \|\|
			\| C, F, K
			\|
			\| style="text-align:center" \| 220 V
			\| style="text-align:center" \| 380 V
			\| style="text-align:center" \| 50 Hz
			\|
	\|-		\|-
	\|~~]\|\| C \|\| 220 V \|\| 50 Hz \|\|~~		\| {{flag\|Guinea-Bissau}}
			\| C, E, F
			\|
			\| style="text-align:center" \| 220 V
			\| style="text-align:center" \| 380 V
			\| style="text-align:center" \| 50 Hz
			\|
	\|-		\|-
			\| {{flag\|Guyana}}
	\|]\|\| A, B, D, G \|\| 240 V \|\| 60 Hz \|\|
			\| A, B, D, G
			\|
			\| style="text-align:center" \| 110 V<br />220 V<ref name="History of Guyana Power and Light"> {{webarchive \|url=https://web.archive.org/web/20180430203903/http://www.gplinc.net/about/history \|date=30 April 2018}}. Gplinc.com. Retrieved on 2014-01-01.</ref>
			\| style="text-align:center" \| 190 V
			\| style="text-align:center" \| 60 Hz<br />50 Hz<ref name="History of Guyana Power and Light"/>
			\| Conversion of 50 Hz distribution to 60 Hz is ongoing.<ref> {{webarchive\|url=https://web.archive.org/web/20090817135656/http://www.stabroeknews.com/2009/news/local/07/10/gpl-converting-parts-of-city-to-60-hz/\|date=17 August 2009}}. Stabroeknews.com (2009-07-10). Retrieved on 2014-01-01.</ref>
	\|-		\|-
			\| {{flag\|Haiti}}
	\|]\|\| A, B \|\| 110 V \|\| 60 Hz \|\|
			\| A, B
			\|
			\| style="text-align:center" \| 110 V
			\| style="text-align:center" \| 220/380 V<br />110/220 V
			\| style="text-align:center" \| 60 Hz
			\|
	\|-		\|-
			\| {{flag\|Honduras}}
	\|]\|\| A, B \|\| 110 V \|\| 60 Hz \|\|
			\| A, B
			\|
			\| style="text-align:center" \| 110 V
			\| style="text-align:center" \| 208 V<br />230 V<br />240 V<br />460 V<br />480 V
			\| style="text-align:center" \| 60 Hz
			\|
	\|-		\|-
	\|~~]\|\| D, G \|\| 220 V \|\| 50 Hz \|\|~~		\| {{flag\|Hong Kong}}
			\| G<br />D, M<ref>{{cite web \|title=Code of Practice for the Electricity (Wiring) Regulations \|url=http://www.emsd.gov.hk/filemanager/en/content_443/COP_E_2015.pdf \|url-status=live \|archive-url=https://web.archive.org/web/20181025114906/https://www.emsd.gov.hk/filemanager/en/content_443/COP_E_2015.pdf \|archive-date=25 October 2018 \|access-date=28 May 2016 \|publisher=] \|page=221}}</ref>
			\| BS 1363<br />BS 546
			\| style="text-align:center" \| 220 V
			\| style="text-align:center" \| 380 V
			\| style="text-align:center" \| 50 Hz
			\| Type G is most common.
	\|-		\|-
			\| {{flag\|Hungary}}
	\|]\|\| C, F \|\| 230 V \|\| 50 Hz \|\|
			\| C<br />F
			\| MSZ EN 50075<br />MSZ 9781-2
			\| style="text-align:center" \| 230 V
			\| style="text-align:center" \| 400 V
			\| style="text-align:center" \| 50 Hz
			\|
	\|-		\|-
			\| {{flag\|Iceland}}
	\|]\|\| C, F \|\| 220 V \|\| 50 Hz \|\|
			\| C, F
			\|
			\| style="text-align:center" \| 230 V
			\| style="text-align:center" \| 400 V
			\| style="text-align:center" \| 50 Hz
			\|
	\|-		\|-
			\| {{flag\|India}}
	\|]\|\| C, D, M \|\| 230 V \|\| 50 Hz \|\|
			\| C, D, M
			\| IS 1293<ref>October 2005. {{webarchive\|url=https://web.archive.org/web/20160303231655/https://law.resource.org/pub/in/bis/S05/is.1293.2005.pdf\|date=3 March 2016}}. ].</ref>
			\| style="text-align:center" \| 230 V<ref name="iec">{{cite web \|title=IEC World Plugs \|url=https://www.iec.ch/world-plugs \|url-status=live \|archive-url=https://web.archive.org/web/20181010204753/https://www.iec.ch/worldplugs/ \|archive-date=10 October 2018 \|access-date=30 April 2021 \|website=IEC World Plugs \|publisher=International Electrotechnical Commission}}</ref>
			\| style="text-align:center" \| 400 V<ref>{{cite web \|title=National Electrical Code 2011 \|url=https://law.resource.org/pub/in/bis/S05/is.sp.30.2011.pdf \|url-status=live \|archive-url=https://web.archive.org/web/20211230082443/https://law.resource.org/pub/in/bis/S05/is.sp.30.2011.pdf \|archive-date=30 December 2021 \|access-date=30 December 2021 \|publisher=Bureau of Indian Standards}}</ref>
			\| style="text-align:center" \| 50 Hz
			\| <p>(1) It is worth noting that the combination of a type C, E or F plug with a type D socket may often be workable; but it is unsafe to use.<ref>{{cite web \|title=Power plug & outlet Type D \|url=https://www.worldstandards.eu/electricity/plugs-and-sockets/d/ \|access-date=2023-05-09 \|website=WorldStandards \|language=en-GB}}</ref><ref>{{Citation \|title=Type of plug & socket around the world \|url=https://www.youtube.com/watch?v=aVKl-tum2ek \|access-date=2023-05-10 \|language=en}}</ref> type C, E & F plugs/sockets are not accepted in the IS 1293 standard. The standard uses type D sockets for 6 A current and type M sockets for 16 A current.<ref>{{cite book \|last=Bureau of Indian Standards \|url=http://archive.org/details/gov.in.is.1293.2005 \|title=IS 1293: Plugs and socket- outlets of rated voltage up to and including 250 volts and rated current up to 16 amperes \|date=2005 \|others=Public.Resource.Org \|language=English}}</ref><ref name=":2">{{cite web \|title=Information to Industry regarding implementation of IS 1293 \|url=https://bis.gov.in/wp-content/uploads/2021/01/Industry_Information_28012021.pdf \|website=Bureau of Indian Standards}}</ref><ref>{{cite web \|date=2020-12-23 \|title=New version of IS standard for plugs and sockets \|url=https://certification-india.com/en/new-version-of-is-standard-for-plugs-and-sockets/ \|access-date=2023-05-09 \|website=India Certification – Your expert for India Certifications \|language=en-US}}</ref><ref>{{cite web \|title=IS 1293: What are the different kinds of Indian electrical sockets? · Sid Verma \|url=https://sidverma.io/2023/03/07/indian-electrical-sockets-is1293/ \|access-date=2023-05-09 \|website=sidverma.io}}</ref></p><p>(2) From August 2015, the ] (BIS) began clamping down on the sale in the country of imported products with the type C/E/F plug by pushing manufacturers and importers to comply with the IS 1293 standard.<ref>{{cite news \|date=2015-04-21 \|title=Department of Electronics and IT upset with BIS's abrupt enforcing of technical standards \|url=https://economictimes.indiatimes.com/industry/cons-products/electronics/department-of-electronics-and-it-upset-with-biss-abrupt-enforcing-of-technical-standards/articleshow/47003345.cms?from=mdr \|access-date=2023-05-09 \|work=The Economic Times \|issn=0013-0389}}</ref> In June 2022, BIS began enforcing the standard through mandatory certification of both imported and domestic products.<ref>{{cite web \|last=Agarwal \|first=Anil \|title=S.O. 2166(E) \|url=https://dpiit.gov.in/sites/default/files/QCO-PlugSocketsOutlets-10June2021.pdf \|website=DPIIT - Government of India}}</ref></p>
	\|-		\|-
			\| {{flag\|Indonesia}}
	\|]\|\| C, F, G \|\| 127/230 V \|\| 50 Hz \|\|
			\| A{{Citation needed\|date=April 2024}}<br />C, F<br />G{{Citation needed\|date=April 2024}}
			\| -<br />SNI 04-3892<br />-
			\| style="text-align:center" \| 220 V<br />230 V
			\| style="text-align:center" \| 380 V<br />400 V
			\| style="text-align:center" \| 50 Hz
			\| <p>(1) Nominal grid voltage according to regulation is 230/400 V,<ref>{{cite web \|date=21 September 2016 \|title=Persyaratan Umum Instalasi Listrik (PUIL) 2011, Amandemen 1, 2016 \|url=https://gatrik.esdm.go.id/frontend/download_index/?kode_category=buku_puil \|url-status=live \|archive-url=https://web.archive.org/web/20240612020608/https://gatrik.esdm.go.id/frontend/download_index/?kode_category=buku_puil \|archive-date=12 June 2024 \|access-date=2024-06-12 \|publisher=] \|language=id \|location=Jakarta, Indonesia}}</ref> but in practice, equipment with 220/380 V is more commonly used.</p><p>(2) Types C and F plugs are officially recognized by '''SNI 04-3892.1.1-2003'''.</p><p>(3) British type G sockets are common in ] due to their close proximity to ].<ref>{{Cite web \|first= \|date=2022-02-18 \|title=Panduan sederhana bagi perantau di Batam \|url=https://kepri.genpi.co/gaya-hidup/2/panduan-sederhana-bagi-perantau-di-batam \|access-date=2024-12-05 \|website=GenPi Kepulauan Riau \|language=id}}</ref></p>
	\|-		\|-
			\| {{flag\|Iran}}
	\|]\|\| C \|\| 230 V \|\| 50 Hz \|\|
			\| C, F
			\|
			\| style="text-align:center" \| 220 V
			\| style="text-align:center" \| 400 V
			\| style="text-align:center" \| 50 Hz
			\|
	\|-		\|-
			\| {{flag\|Iraq}}
	\|]\|\| C, D, G \|\| 230 V \|\| 50 Hz \|\|
			\| C, D, G
			\|
			\| style="text-align:center" \| 230 V
			\| style="text-align:center" \| 400 V
			\| style="text-align:center" \| 50 Hz
			\|
	\|-		\|-
			\| {{flag\|Ireland}}
	\|]\|\| G \|\| 230 V \|\| 50 Hz \|\|
			\| G
			\| I.S. 401<ref>I.S. 401, "Safety requirements for rewirable and non-rewirable 13 A fused plugs for normal and rough use having insulating sleeves on line and neutral pins", NSAI (National Standards Authority of Ireland), (1997), Dublin</ref>
			\| style="text-align:center" \| 230 V
			\| style="text-align:center" \| 400 V
			\| style="text-align:center" \| 50 Hz
			\| Type G is the only general purpose outlet type in use in Ireland. Bathrooms may have ]. These accept 2.5 amp ] and UK type BS 4573 plugs, which used on shavers and toothbrushes. They do not accept larger type C plugs and general purpose outlets are generally banned in bathrooms / wet areas. Some hotels may also provide a type F (Schuko) socket as a convenience for European visitors.
	\|-		\|-
	\|~~]\|\| C, G \|\| 240 V \|\| 50 Hz \|\|~~		\| {{flag\|Isle of Man}}
			\| G
			\|
			\| style="text-align:center" \| 230 V
			\| style="text-align:center" \| 400 V
			\| style="text-align:center" \| 50 Hz
			\| Self-governing British crown dependency, but generally uses UK technical standards.
	\|-		\|-
			\| {{flag\|Israel}}
	\|]\|\| C, D, H \|\| 230 V \|\| 50 Hz \|\|
			\| C, H
			\|
			\| style="text-align:center" \| 230 V
			\| style="text-align:center" \| 400 V
			\| style="text-align:center" \| 50 Hz
			\|
	\|-		\|-
			\| {{flag\|Italy}}
	\|]\|\| F, L \|\| 230 V \|\| 50 Hz \|\|
			\| C<br />F, L
			\| CEI 23-34<br />CEI 23-50
			\| style="text-align:center" \| 230 V
			\| style="text-align:center" \| 400 V
			\| style="text-align:center" \| 50 Hz
			\| Type L uses two gauges of plug and socket. The 10 amp version has pin spacing that is compatible with Europlug. The 16 amp version uses wider pin spacing and larger pins. Hybrid outlets that accept both types are common and some also accept type F. NB: 16 amp type C plugs, such as CEE 7/17 commonly found on hairdryers, will not fit type L outlets and need an adapter, or should be used with a type F or hybrid type L/F outlet.
	\|-		\|-
			\| {{flag\|Jamaica}}
	\|]\|\| A, B \|\| 110 V \|\| 50 Hz \|\|
			\| A, B
			\|
			\| style="text-align:center" \| 110 V
			\| style="text-align:center" \| 190 V
			\| style="text-align:center" \| 50 Hz
			\|
	\|-		\|-
			\| {{flag\|Japan}}
	\|]\|\| A, B \|\| 100 V \|\| 50/60 Hz \|\| Eastern Japan 50 Hz (], ], ], ], and ]); Western Japan 60 Hz (], ], ], ])
			\| A, B
			\| JIS C 8303
			\| style="text-align:center" \| 100 V<br />200 V
			\| style="text-align:center" \| 200 V<br />415 V
			\| style="text-align:center" \| 50 Hz<br />60 Hz
			\| East Japan 50 Hz (], ], ], ], and ]); West Japan 60 Hz (], ], ], ], ], ]). 120 V in military facilities in Okinawa.<ref>{{cite web \|last=MC&FP \|first=Military Community Outreach \|title=MilitaryINSTALLATIONS - U.S. Department of Defense \|url=http://www.militaryinstallations.dod.mil/MOS/f?p=132:CONTENT:0::NO::P4_INST_ID,P4_INST_TYPE:2530,INSTALLATION \|url-status=dead \|archive-url=https://web.archive.org/web/20180713104730/http://www.militaryinstallations.dod.mil/MOS/f?p=132:CONTENT:0::NO::P4_INST_ID,P4_INST_TYPE:2530,INSTALLATION \|archive-date=13 July 2018 \|access-date=2018-07-13 \|website=www.militaryinstallations.dod.mil \|language=en-us}}</ref> Majority of sockets accept only type A plugs. See ] for more.
	\|-		\|-
			\| {{flag\|Jersey}}
	\|]\|\| B, C, D, F, G, J \|\| 230 V \|\| 50 Hz \|\|
			\| G
			\|
			\| style="text-align:center" \| 230 V
			\| style="text-align:center" \| 400 V
			\| style="text-align:center" \| 50 Hz
			\|
	\|-		\|-
			\| {{flag\|Jordan}}
	\|]\|\| G \|\| 240 V \|\| 50 Hz \|\|
			\| B, C, D, F, G, J
			\|
			\| style="text-align:center" \| 230 V
			\| style="text-align:center" \| 400 V
			\| style="text-align:center" \| 50 Hz
			\|
	\|-		\|-
			\| {{flag\|Kazakhstan}}
	\|]\|\| C \|\| 220 V \|\| 50 Hz \|\|
			\| C, F
			\|
			\| style="text-align:center" \| 230 V
			\| style="text-align:center" \| 400 V
			\| style="text-align:center" \| 50 Hz
			\| 230/400 V voltage is defined in "GOST 29322-2014 Mezhgosudarstvennyi Standart Napryazheniya Standartnye".
	\|-		\|-
			\| {{flag\|Kenya}}
	\|]\|\| I \|\| 240 V \|\| 50 Hz \|\|
			\| G
			\|
			\| style="text-align:center" \| 240 V
			\| style="text-align:center" \| 415 V
			\| style="text-align:center" \| 50 Hz
			\|
	\|-		\|-
			\| {{flag\|Kiribati}}
	\|]\|\| C, F \|\| 220 V \|\| 60 Hz \|\| Type F likely to be found in offices and hotels. 110 V power with plugs A & B was previously used but is being phased out. Older buildings may still have this, and some hotels offer both 110 V and 220 V service.
			\| I
			\| AS/NZS 3112
			\| style="text-align:center" \| 230 V
			\| style="text-align:center" \| 400 V
			\| style="text-align:center" \| 50 Hz
			\|
	\|-		\|-
			\| {{flag\|Kosovo}}
	\|]\|\| C, G \|\| 240 V \|\| 50 Hz \|\|
			\| C, F<ref>https://www.power-plugs-sockets.com/gb/kosovo/</ref>
			\|
			\| style="text-align:center" \| 230 V
			\| style="text-align:center" \| 400 V
			\| style="text-align:center" \| 50 Hz
			\|
	\|-		\|-
			\| {{flag\|Kuwait}}
	\|]\|\| C \|\|
			\| C, G
			\|
			\| style="text-align:center" \| 240 V
			\| style="text-align:center" \| 415 V
			\| style="text-align:center" \| 50 Hz
			\|
	\|-		\|-
			\| {{flag\|Kyrgyzstan}}
	\|]\|\| A, B, C, E, F \|\| 230 V \|\| 50 Hz \|\|
			\| C, F
			\|
			\| style="text-align:center" \| 220 V
			\| style="text-align:center" \| 380 V
			\| style="text-align:center" \| 50 Hz
			\|
	\|-		\|-
			\| {{flag\|Laos}}
	\|]\|\| C, F \|\| 220 V \|\| 50 Hz \|\|
			\| A, B, C, E, F
			\|
			\| style="text-align:center" \| 230 V
			\| style="text-align:center" \| 400 V
			\| style="text-align:center" \| 50 Hz
			\| Some buildings and households have hybrid sockets compatible with type A, B and C.
	\|-		\|-
			\| {{flag\|Latvia}}
	\|]\|\| A, B, C, D, G \|\| 110/200 V \|\| 50 Hz \|\|
			\| C, F
			\|
			\| style="text-align:center" \| 230 V
			\| style="text-align:center" \| 400 V
			\| style="text-align:center" \| 50 Hz
			\|
	\|-		\|-
			\| {{flag\|Lebanon}}
	\|]\|\| M \|\| 220 V \|\| 50 Hz \|\|
			\| A, B, C, D, G
			\|
			\| style="text-align:center" \| 220 V
			\| style="text-align:center" \| 400 V
			\| style="text-align:center" \| 50 Hz
			\| Type C sockets are the most frequent. Many buildings and households have double use sockets compatible with type A and C.
	\|-		\|-
			\| {{flag\|Lesotho}}
	\|]\|\| A, B \|\| 120 V \|\| 60 Hz \|\|
			\| M
			\|
			\| style="text-align:center" \| 220 V
			\| style="text-align:center" \| 380 V
			\| style="text-align:center" \| 50 Hz
			\|
	\|-		\|-
			\| {{flag\|Liberia}}
	\|]\|\| D \|\| 127 V \|\| 50 Hz \|\| Barce, Benghazi, Derna, Sebha & Tobruk 230 V
			\| A, B, C, E, F
			\|
			\| style="text-align:center" \| 120 V<br />220 V
			\| style="text-align:center" \| 208 V
			\| style="text-align:center" \| 60 Hz<br />50 Hz
			\|
	\|-		\|-
			\| {{flag\|Libya}}
	\|]\|\| C, F \|\| 220 V \|\| 50 Hz \|\|
			\| C, D, F, L
			\|
			\| style="text-align:center" \| 127 V<br />230 V
			\| style="text-align:center" \| 400 V
			\| style="text-align:center" \| 50 Hz
			\| ], ], ], ] & ] 230 V.{{Citation needed\|date=November 2013}}
	\|-		\|-
			\| {{flag\|Liechtenstein}}
	\|]\|\| J \|\| 230 V \|\| 50 Hz \|\|
			\| C, J
			\|
			\| style="text-align:center" \| 230 V
			\| style="text-align:center" \| 400 V
			\| style="text-align:center" \| 50 Hz
			\|
	\|-		\|-
			\| {{flag\|Lithuania}}
	\|]\|\| C, F \|\| 220 V \|\| 50 Hz \|\|
			\| C, F
			\|
			\| style="text-align:center" \| 230 V
			\| style="text-align:center" \| 400 V
			\| style="text-align:center" \| 50 Hz
			\|
	\|-		\|-
			\| {{flag\|Luxembourg}}
	\|]\|\| D, G \|\| 220 V \|\| 50 Hz \|\|
			\| C, F
			\|
			\| style="text-align:center" \| 230 V
			\| style="text-align:center" \| 400 V
			\| style="text-align:center" \| 50 Hz
			\|
	\|-		\|-
			\| {{flag\|Macau}}
	\|]\|\| C, F \|\| 220 V \|\| 50 Hz \|\|
			\| D, F, G, M
			\|
			\| style="text-align:center" \| 230 V<ref>{{cite web \|title=Standard Conditions of Supply of Electricity \|url=https://www.cem-macau.com/uploads/pdf_Supply_Elec2009_56f0d4116d.pdf \|url-status=live \|archive-url=https://web.archive.org/web/20221221132054/https://www.cem-macau.com/uploads/pdf_Supply_Elec2009_56f0d4116d.pdf \|archive-date=21 December 2022 \|access-date=2022-12-20}}</ref>
			\| style="text-align:center" \| 400 V
			\| style="text-align:center" \| 50 Hz
			\|
	\|-		\|-
			\| {{flag\|Madagascar}}
	\|]\|\| C, D, E, J, K \|\| 127/220 V \|\| 50 Hz \|\|
			\| C, D, E, J, K
			\|
			\| style="text-align:center" \| 127 V<br />220 V
			\| style="text-align:center" \| 380 V
			\| style="text-align:center" \| 50 Hz
			\|
	\|-		\|-
			\| {{flag\|Malawi}}
	\|]\|\| C, F \|\| 220 V \|\| 50 Hz \|\|
			\| G
			\|
			\| style="text-align:center" \| 230 V
			\| style="text-align:center" \| 400 V
			\| style="text-align:center" \| 50 Hz
			\|
	\|-		\|-
			\| {{flag\|Malaysia}}
	\|]\|\| G \|\| 230 V \|\| 50 Hz \|\|
			\| C<ref name="MyPlugST">. Archived from 2015-01-07.</ref><br />G<ref name="MyPlugST" /><br />M<ref name="MyPlugST" /><ref>{{cite web \|title=Guidelines For Electrical Wiring In Residential Buildings \|url=http://www.st.gov.my/images/article/polisi/guidelines/guidelines%20for%20electrical%20wiring%20in%20residential%20buildings%20.pdf \|url-status=live \|archive-url=https://web.archive.org/web/20181010204920/https://www.st.gov.my/images/article/polisi/guidelines/guidelines%20for%20electrical%20wiring%20in%20residential%20buildings%20.pdf \|archive-date=10 October 2018 \|access-date=30 October 2013 \|publisher=] \|edition=2008}}</ref>
			\| MS 1578:2003<ref name="MyPlugST" /><br />MS 589:PT.1:1997<ref name="MyPlugST" /><br />MS 1577:2003<ref name="MyPlugST" />
			\| style="text-align:center" \| 230 V<ref> {{webarchive \|url=https://web.archive.org/web/20190212011123/https://www.st.gov.my/ms/web/general/details/144 \|date=12 February 2019}}. Malaysian Energy Commission Notice (Nominal Voltage - 2008-01-01). Retrieved on 2019-02-11</ref>
			\| style="text-align:center" \| 400 V
			\| style="text-align:center" \| 50 Hz
			\| <p>Type C requires adaptor. Bathrooms may have shaver supply units.<ref name="MyPlugDC"> {{webarchive \|url=https://web.archive.org/web/20150107141448/http://www.st.gov.my/index.php/policies/standards/electrical-equipment/8-policies/162-socket-outlet-15a-and-below.html\|date=2015-01-07}} Energy Commission of Malaysia. (MS 1579:2003 is adaptor for Europlugs.)</ref></p><p>Type M is used mainly for air conditioners and boilers.</p>
	\|-		\|-
			\| {{flag\|Maldives}}
	\|]\|\| G \|\| 240 V \|\| 50 Hz \|\| ] 230 V
			\| D, G, J, K, L
			\|
			\| style="text-align:center" \| 230 V
			\| style="text-align:center" \| 400 V
			\| style="text-align:center" \| 50 Hz
			\|
	\|-		\|-
			\| {{flag\|Mali}}
	\|]\|\| A, D, G, J, K, L \|\| 230 V \|\| 50 Hz \|\|
			\| C, E
			\|
			\| style="text-align:center" \| 220 V
			\| style="text-align:center" \| 380 V
			\| style="text-align:center" \| 50 Hz
			\|
	\|-		\|-
			\| {{flag\|Malta}}
	\|]\|\| C, E \|\| 220 V \|\| 50 Hz \|\|
			\| G
			\|
			\| style="text-align:center" \| 230 V
			\| style="text-align:center" \| 400 V
			\| style="text-align:center" \| 50 Hz
			\|
	\|-		\|-
			\| {{flag\|Martinique}}
	\|]\|\| G \|\| 240 V \|\| 50 Hz \|\|
			\| C, D, E
			\|
			\| style="text-align:center" \| 220 V
			\| style="text-align:center" \| 380 V
			\| style="text-align:center" \| 50 Hz
			\|
	\|-		\|-
			\| {{flag\|Mauritania}}
	\|]\|\| C, D, E \|\| 220 V \|\| 50 Hz \|\|
			\| C, E, F
			\|
			\| style="text-align:center" \| 220 V
			\| style="text-align:center" \| 220 V
			\| style="text-align:center" \| 50 Hz
			\|
	\|-		\|-
			\| {{flag\|Mauritius}}
	\|]\|\| C \|\| 220 V \|\| 50 Hz \|\|
			\| C, E, G
			\|
			\| style="text-align:center" \| 230 V
			\| style="text-align:center" \| 400 V
			\| style="text-align:center" \| 50 Hz
			\|
	\|-		\|-
			\| {{flag\|Mexico}}
	\|]\|\| C, G \|\| 230 V \|\| 50 Hz \|\|
			\| A, B
			\| NMX-J-163-ANCE
			\| style="text-align:center" \| 120 V<br />127 V
			\| style="text-align:center" \| 240 V<br />220 V
			\| style="text-align:center" \| 60 Hz
			\| Both 120/240 V split-phase and 127/220 V three-phase are used.
	\|-		\|-
			\| {{flag\|Federated States of Micronesia}}
	\|]\|\| A \|\| 127 V \|\| 60 Hz \|\| Type B becoming more common. Voltage can vary 110 to 135 depending on local transformer. 2-phase is commonly available and local electricians are apt to wire both to a type A socket to give 240 V for air conditioning or washing machine/dryers, beware there is never a warning!
			\| A, B
			\|
			\| style="text-align:center" \| 120 V
			\| style="text-align:center" \| 208 V
			\| style="text-align:center" \| 60 Hz
			\|
	\|-		\|-
			\| {{flag\|Moldova}}
	\|]\|\| A, B \|\| 120 V \|\| 60 Hz \|\|
			\| C, F
			\|
			\| style="text-align:center" \| 220 V
			\| style="text-align:center" \| 400 V
			\| style="text-align:center" \| 50 Hz
			\|
	\|-		\|-
			\| {{flag\|Monaco}}
	\|]\|\| C \|\| \|\|\|\|
			\| C, D, E, F
			\|
			\| style="text-align:center" \| 230 V
			\| style="text-align:center" \| 400 V
			\| style="text-align:center" \| 50 Hz
			\|
	\|-		\|-
			\| {{flag\|Mongolia}}
	\|]\|\| C, D, E, F \|\| 127/220 V \|\| 50 Hz \|\|
			\| C, E, F
			\|
			\| style="text-align:center" \| 220 V
			\| style="text-align:center" \| 400 V
			\| style="text-align:center" \| 50 Hz
			\|
	\|-		\|-
			\| {{flag\|Montenegro}}
	\|]\|\| C, E \|\| 230 V \|\| 0 Hz \|\|
			\| C, F
			\|
			\| style="text-align:center" \| 230 V
			\| style="text-align:center" \| 400 V
			\| style="text-align:center" \| 50 Hz
			\|
	\|-		\|-
			\| {{flag\|Montserrat}}
	\|] (Leeward Is.)\|\| A, B \|\| 230 V \|\| 60 Hz \|\|
			\| A, B
			\|
			\| style="text-align:center" \| 230 V
			\| style="text-align:center" \| 400 V
			\| style="text-align:center" \| 60 Hz
			\|
	\|-		\|-
			\| {{flag\|Morocco}}
	\|]\|\| C, E \|\| 127/220 V \|\| 50 Hz \|\| Conversion to 220 V only underway
			\| C, E
			\|
			\| style="text-align:center" \| 127 V<br />220 V
			\| style="text-align:center" \| 380 V
			\| style="text-align:center" \| 50 Hz
			\|
	\|-		\|-
			\| {{flag\|Mozambique}}
	\|]\|\| C, F, M \|\| 220 V \|\| 50 Hz \|\| Type M found especially near the border with South Africa, including the capital, ].
			\| C, F, M
			\|
			\| style="text-align:center" \| 220 V
			\| style="text-align:center" \| 380 V
			\| style="text-align:center" \| 50 Hz
			\|
	\|-		\|-
			\| {{flag\|Myanmar}}
	\|]\|\| C, D, F, G \|\| 230 V \|\| 50 Hz \|\| Type G found primarily in better hotels. Also, many major hotels chains are said to have multipurpose outlets, which will take Australian 3-pin plugs and perhaps other types.
			\| A, C, D, F, G, I
			\|
			\| style="text-align:center" \| 230 V
			\| style="text-align:center" \| 400 V
			\| style="text-align:center" \| 50 Hz
			\|
	\|-		\|-
			\| {{flag\|Namibia}}
	\|]\|\| D, M \|\| 220 V \|\| 50 Hz \|\|
			\| D, M
			\|
			\| style="text-align:center" \| 220 V
			\| style="text-align:center" \| 380 V
			\| style="text-align:center" \| 50 Hz
			\|
	\|-		\|-
			\| {{flag\|Nauru}}
	\|]\|\| I \|\| 240 V \|\| 50 Hz \|\|
			\| I
			\| AS/NZS 3112
			\| style="text-align:center" \| 240 V
			\| style="text-align:center" \| 415 V
			\| style="text-align:center" \| 50 Hz
			\|
	\|-		\|-
			\| {{flag\|Nepal}}
	\|]\|\| C, D, M \|\| 230 V \|\| 50 Hz \|\|
			\| C, D, M
			\|
			\| style="text-align:center" \| 230 V
			\| style="text-align:center" \| 400 V
			\| style="text-align:center" \| 50 Hz
			\|
	\|-		\|-
			\| {{flag\|Netherlands}}
	\|]\|\| C, F \|\| 230 V \|\| 50 Hz \|\|
			\| C<br />F
			\| EN 50075<br />NEN 1020
			\| style="text-align:center" \| 230 V
			\| style="text-align:center" \| 400 V
			\| style="text-align:center" \| 50 Hz
			\|
	\|-		\|-
			\| {{flag\|New Caledonia}}
	\|]\|\| A, B, F \|\| 127/220 V \|\| 50 Hz \|\| ] 120 V, 60 Hz; Saba & ] 110 V, 60 Hz, A, maybe B
			\| C, F
			\|
			\| style="text-align:center" \| 220 V
			\| style="text-align:center" \| 380 V
			\| style="text-align:center" \| 50 Hz
			\| Despite that New Caledonia is a French territory, German Schuko type F sockets are used instead of French type E sockets.
	\|-		\|-
			\| {{flag\|New Zealand}}
	\|]\|\| F \|\| 220 V \|\| 50 Hz \|\|
			\| I
			\| ]
			\| style="text-align:center" \| 230 V
			\| style="text-align:center" \| 400 V
			\| style="text-align:center" \| 50 Hz
			\| Line and neutral reversed compared to Argentinian type I.
	\|-		\|-
			\| {{flag\|Nicaragua}}
	\|]\|\| I \|\| 230 V \|\| 50 Hz \|\|
			\| A, B
			\|
			\| style="text-align:center" \| 120 V
			\| style="text-align:center" \| 208 V
			\| style="text-align:center" \| 60 Hz
			\|
	\|-		\|-
			\| {{flag\|Niger}}
	\|]\|\| A \|\| 120 V \|\| 60 Hz \|\|
			\| A, B, C, D, E, F
			\|
			\| style="text-align:center" \| 220 V
			\| style="text-align:center" \| 380 V
			\| style="text-align:center" \| 50 Hz
			\|
	\|-		\|-
			\| {{flag\|Nigeria}}
	\|]\|\| A, B, C, D, E, F \|\| 220 V \|\| 0 Hz \|\|
			\| D, G
			\|
			\| style="text-align:center" \| 230 V
			\| style="text-align:center" \| 415 V
			\| style="text-align:center" \| 50 Hz
			\|
	\|-		\|-
			\| {{flag\|Niue}}
	\|]\|\| D, G \|\| 240 V \|\| 50 Hz \|\|
			\| I
			\| AS/NZS 3112
			\| style="text-align:center" \| 230 V
			\| style="text-align:center" \| 400 V
			\| style="text-align:center" \| 50 Hz
			\|
	\|-		\|-
			\| {{flag\|North Korea}}
	\|]\|\| C, F \|\| 230 V \|\| 50 Hz \|\|
			\| A, C, F
			\|
			\| style="text-align:center" \| 110 V<br />220 V
			\| style="text-align:center" \| 380 V
			\| style="text-align:center" \| 60 Hz<br />50 Hz
			\|
	\|-		\|-
			\| {{flag\|North Macedonia}}
	\|]\|\| A, B, I \|\| 100 V \|\| 60 Hz \|\| Military facilities 120 V
			\| C, F
			\|
			\| style="text-align:center" \| 230 V
			\| style="text-align:center" \| 400 V
			\| style="text-align:center" \| 50 Hz
			\|
	\|-		\|-
			\| {{flag\|Norway}}
	\|]\|\| C, G \|\| 240 V \|\| 50 Hz \|\| Voltage variations common
			\| C<br />F
			\| NEK EN 50075<br />NEK 502
			\| style="text-align:center" \| 230 V
			\| style="text-align:center" \| 230 V<br />400 V
			\| style="text-align:center" \| 50 Hz
			\| 230 V on IT grid, and 400 V on TN grid.
	\|-		\|-
			\| {{flag\|Oman}}
	\|]\|\| C, D \|\| 230 V \|\| 50 Hz \|\|
			\| G
			\|
			\| style="text-align:center" \| 240 V
			\| style="text-align:center" \| 415 V
			\| style="text-align:center" \| 50 Hz
			\|
	\|-		\|-
			\| {{flag\|Pakistan}}
	\|]\|\| A, B \|\| 120 V \|\| 60 Hz \|\|
			\| C, D, G, M
			\|
			\| style="text-align:center" \| 230 V
			\| style="text-align:center" \| 400 V
			\| style="text-align:center" \| 50 Hz
			\|
	\|-		\|-
			\| {{flag\|Palau}}
	\|]\|\| A, B \|\| 110 V \|\| 60 Hz \|\| Panama City 120 V
			\| A, B
			\|
			\| style="text-align:center" \| 120 V
			\| style="text-align:center" \| 208 V
			\| style="text-align:center" \| 60 Hz
			\|
	\|-		\|-
			\| {{flag\|Palestine}}
	\|]\|\| I \|\| 240 V \|\| 50 Hz \|\|
			\| C, H
			\|
			\| style="text-align:center" \| 230 V
			\| style="text-align:center" \| 400 V
			\| style="text-align:center" \| 50 Hz
			\|
	\|-		\|-
			\| {{flag\|Panama}}
	\|]\|\| C \|\| 220 V \|\| 50 Hz \|\|
			\| A, B
			\|
			\| style="text-align:center" \| 110 V
			\| style="text-align:center" \| 240 V
			\| style="text-align:center" \| 60 Hz
			\|
	\|-		\|-
			\| {{flag\|Papua New Guinea}}
	\|]\|\| A, B, C \|\| 220 V \|\| 60 Hz \|\| ] 110/220 V; ] 50 Hz
			\| I
			\| AS/NZS 3112
			\| style="text-align:center" \| 240 V
			\| style="text-align:center" \| 415 V
			\| style="text-align:center" \| 50 Hz
			\|
	\|-		\|-
			\| {{flag\|Paraguay}}
	\|]\|\| A, B, C \|\| 220 V \|\| 60 Hz \|\|
			\| A, B, C, N
			\|
			\| style="text-align:center" \| 220 V
			\| style="text-align:center" \| 380 V
			\| style="text-align:center" \| 50 Hz
			\|
	\|-		\|-
			\| {{flag\|Peru}}
	\|]\|\| C, E \|\| 230 V \|\| 50 Hz \|\|
			\| A, B, C<br />F, L<ref>{{cite web \|date=2016-01-24 \|title=MEM recomienda qué tipo de tomacorrientes se deben utilizar \|url=https://diariocorreo.pe/peru/mem-recomienda-que-tipo-de-tomacorrientes-se-deben-utilizar-648835/ \|url-status=live \|archive-url=https://web.archive.org/web/20190329002707/https://diariocorreo.pe/peru/mem-recomienda-que-tipo-de-tomacorrientes-se-deben-utilizar-648835/ \|archive-date=29 March 2019 \|access-date=2019-08-26 \|website=Diario Correo \|language=es}}</ref>
			\|
			\| style="text-align:center" \| 220 V
			\| style="text-align:center" \| 380 V<br />440 V
			\| style="text-align:center" \| 60 Hz
			\|
	\|-		\|-
			\| {{flag\|Philippines}}
	\|]\|\| C, F \|\| 230 V \|\| 50 Hz \|\|
			\| A, B, C
			\|
			\| style="text-align:center" \| 115 V<br />230 V<ref>{{cite web \|title=Philippine Electrical Code, section 2.20.1.5 (a) \|url=https://www.pdf-archive.com/2016/06/03/philippine-electrical-code/philippine-electrical-code.pdf \|url-status=live \|archive-url=https://web.archive.org/web/20170329140800/https://www.pdf-archive.com/2016/06/03/philippine-electrical-code/philippine-electrical-code.pdf \|archive-date=29 March 2017 \|access-date=28 March 2017}}</ref>
			\| style="text-align:center" \| 220 V<br />380 V<br />440 V
			\| style="text-align:center" \| 60 Hz
			\| Combined wall socket that supports types A and C are widely common among households in addition to type B for ground pin hole-added variant.
	\|-		\|-
			\| {{flag\|Pitcairn Islands}}
	\|]\|\| A, B \|\| 120 V \|\| 60 Hz \|\|
			\| I
			\| AS/NZS 3112
			\| style="text-align:center" \| 230 V
			\| style="text-align:center" \| 400 V
			\| style="text-align:center" \| 50 Hz
			\|
	\|-		\|-
			\| {{flag\|Poland}}
	\|]\|\| D, G \|\| 240 V \|\| 50 Hz \|\|
			\| C, E
			\| BN-88/3064
			\| style="text-align:center" \| 230 V
			\| style="text-align:center" \| 400 V
			\| style="text-align:center" \| 50 Hz
			\|
	\|-		\|-
			\| {{flag\|Portugal}}
	\|]\|\| E \|\| 220 V \|\| 50 Hz \|\|
			\| C, E, F
			\| NP 1260
			\| style="text-align:center" \| 230 V
			\| style="text-align:center" \| 400 V
			\| style="text-align:center" \| 50 Hz
			\| Type E is very rare, used only in very old installations.
	\|-		\|-
			\| {{flag\|Puerto Rico}}
	\|]\|\| C, F \|\| 230 V \|\| 50 Hz \|\|
			\| A, B
			\|
			\| style="text-align:center" \| 120 V
			\| style="text-align:center" \| 480 V
			\| style="text-align:center" \| 60 Hz
			\|
	\|-		\|-
			\| {{flag\|Qatar}}
	\|]\|\| C, F \|\| 220 V \|\| 50 Hz \|\|
			\| D, F, G, L
			\|
			\| style="text-align:center" \| 240 V
			\| style="text-align:center" \| 415 V
			\| style="text-align:center" \| 50 Hz
			\|
	\|-		\|-
			\| {{flag\|Réunion}}
	\|]\|\| C, J \|\| 230 V \|\| 50 Hz \|\|
			\| C, E
			\|
			\| style="text-align:center" \| 220 V
			\| style="text-align:center" \| 400 V
			\| style="text-align:center" \| 50 Hz
			\|
	\|-		\|-
			\| {{flag\|Romania}}
	\|]\|\| D, G \|\| 230 V \|\| 60 Hz \|\|
			\| C, F
			\|
			\| style="text-align:center" \| 230 V
			\| style="text-align:center" \| 400 V
			\| style="text-align:center" \| 50 Hz
			\|
	\|-		\|-
			\| {{flag\|Russia}}
	\|] (Winward Is.)\|\| G \|\| 240 V \|\| 50 Hz \|\|
			\| C, F
			\|
			\| style="text-align:center" \| 230 V<ref name="docs.cntd.ru">{{cite web \|title=Standard Voltages \|url=http://docs.cntd.ru/document/gost-29322-92 \|url-status=live \|archive-url=https://web.archive.org/web/20180921103941/http://docs.cntd.ru/document/gost-29322-92 \|archive-date=21 September 2018 \|access-date=11 August 2014 \|website=docs.cntd.ru}} Document gost-29322-92 via Google Translate: "The nominal voltages of the existing 220/380 and 240/415 V networks should be gradually changed to the recommended value of 230/400 V. Until 2003, as a first stage, power supply companies in countries with a 220/380 V network should lead the voltage to The value of 230/400 V (GOST 29322-92 (IEC 38-83) Standard voltage%). Electricity supply companies in regions with 240/415 V network should also bring this voltage to the value 230/400 V (GOST 29322-92 (IEC 38-83) Standard voltage%). After 2003, the range of 230/400 V ± 10% should be reached. Then, the issue of reducing the limits will be considered."</ref>
			\| style="text-align:center" \| 400 V
			\| style="text-align:center" \| 50 Hz
			\| USSR (along with much of Eastern Europe) used ] sockets with 4.0 mm pins similar to type C plugs and the 4.8 mm standard used by type E & F.<ref> {{webarchive \|url=https://web.archive.org/web/20131203014833/http://elec.ru/library/gosts_e71/gost_7396_1-89.pdf \|date=3 December 2013}} Elec.ru (2013-01-30). Retrieved on 2013-02-05.</ref>
	\|-		\|-
			\| {{flag\|Rwanda}}
	\|] (Winward Is.)\|\| A, C, E, G, I, K \|\| 230 V \|\| 50 Hz \|\|
			\| C, E, F, G, J
			\|
			\| style="text-align:center" \| 230 V
			\| style="text-align:center" \| 400 V
			\| style="text-align:center" \| 50 Hz
			\|
	\|-		\|-
			\| {{flag\|Saint Helena, Ascension and Tristan da Cunha}}
	\|]\|\| A, B, F, G \|\| 127/220 V \|\| 60 Hz \|\|
			\| G<ref>https://www.power-plugs-sockets.com/gb/saint-helena-ascension-and-tristan-da-cunha/</ref>
			\|
			\| style="text-align:center" \| 230 V
			\| style="text-align:center" \| 400 V
			\| style="text-align:center" \| 50 Hz
			\|
	\|-		\|-
			\| {{flag\|Saint Martin}} (French)
	\|]\|\| C, D, E, K \|\| 230 V \|\| 50 Hz \|\|
			\| C, E
			\|
			\| style="text-align:center" \| 220 V
			\| style="text-align:center" \| 380 V
			\| style="text-align:center" \| 60 Hz
			\|
	\|-		\|-
			\| {{flag\|Sint Maarten}} (Dutch)
	\|]\|\| C, F \|\| 220 V \|\| 50 Hz \|\|
			\| A, B
			\|
			\| style="text-align:center" \| 120 V<br />127 V
			\| style="text-align:center" \| 220 V
			\| style="text-align:center" \| 60 Hz
			\| 127/220 V AC 60 Hz three-phase service.
	\|-		\|-
			\| {{flag\|St. Kitts and Nevis}}
	\|]\|\| G \|\| 240 V \|\| 50 Hz \|\|
			\| A, B, D, G
			\|
			\| style="text-align:center" \| 230 V
			\| style="text-align:center" \| 400 V
			\| style="text-align:center" \| 60 Hz
			\|
	\|-		\|-
			\| {{flag\|St. Lucia}}
	\|]\|\| D, G \|\| 230 V \|\| 50 Hz \|\|
			\| A, B, G
			\|
			\| style="text-align:center" \| 240 V
			\| style="text-align:center" \| 400 V
			\| style="text-align:center" \| 50 Hz
			\|
	\|-		\|-
			\| {{flag\|Saint Pierre and Miquelon}}
	\|]\|\| G \|\| 230 V \|\| 50 Hz \|\| Type A adaptors are widely available from shops as an extension set of 2 to 5 sets of sockets; most commonly used for audio and video equipment.
			\| C, E, F<ref>{{cite web \|title=Before your stay \|url=http://www.spm-tourisme.fr/1/useful-info/before-your-stay/ \|url-status=live \|archive-url=https://web.archive.org/web/20220118215551/http://www.spm-tourisme.fr/1/useful-info/before-your-stay/ \|archive-date=18 January 2022 \|access-date=2022-03-01 \|website=Tourism Office of Saint Pierre et Miquelon}}</ref>
			\|
			\| style="text-align:center" \| 230 V
			\| style="text-align:center" \| 400 V
			\| style="text-align:center" \| 50 Hz
			\|
	\|-		\|-
			\| {{flag\|St. Vincent and the Grenadines}}
	\|]\|\| E \|\| 230 V \|\| 50 Hz \|\|
			\| A, B, C, E, G, I, K
			\|
			\| style="text-align:center" \| 230 V
			\| style="text-align:center" \| 400 V
			\| style="text-align:center" \| 50 Hz
			\|
	\|-		\|-
			\| {{flag\|Samoa}}
	\|]\|\| C, F \|\| 220 V \|\| 50 Hz \|\|
			\| I
			\| AS/NZS 3112
			\| style="text-align:center" \| 230 V
			\| style="text-align:center" \| 400 V
			\| style="text-align:center" \| 50 Hz
			\|
	\|-		\|-
			\| {{flag\|San Marino}}
	\|]\|\| C \|\| 220 V \|\| 50 Hz \|\|
			\| C, F, L
			\|
			\| style="text-align:center" \| 230 V
			\| style="text-align:center" \| 400 V
			\| style="text-align:center" \| 50 Hz
			\|
	\|-		\|-
			\| {{flag\|São Tomé and Príncipe}}
	\|]\|\| M \|\| 220/230 V \|\| 50 Hz \|\| Grahamstad & Port Elizabeth 250 V; also found in King Williams
			\| C, F
			\|
			\| style="text-align:center" \| 220 V
			\| style="text-align:center" \| 400 V
			\| style="text-align:center" \| 50 Hz
			\|
	\|-		\|-
			\| {{flag\|Saudi Arabia}}
	\|]\|\| C, F \|\| 230 V \|\| 50 Hz \|\|
			\| G
			\| SASO 2203
			\| style="text-align:center" \| 230 V
			\| style="text-align:center" \| 400 V
			\| style="text-align:center" \| 50 Hz<br />60 Hz
			\|
	\|-		\|-
			\| {{flag\|Senegal}}
	\|]\|\| D, M \|\| 230 V \|\| 50 Hz \|\|
			\| C, D, E, K
			\|
			\| style="text-align:center" \| 230 V
			\| style="text-align:center" \| 400 V
			\| style="text-align:center" \| 50 Hz
			\|
	\|-		\|-
			\| {{flag\|Serbia}}
	\|]\|\| C, D \|\| 230 V \|\| 50 Hz \|\|
			\| C<br />F
			\| JUS N.E3.552<br />JUS N.E3.553
			\| style="text-align:center" \| 230 V
			\| style="text-align:center" \| 400 V
			\| style="text-align:center" \| 50 Hz
			\|
	\|-		\|-
			\| {{flag\|Seychelles}}
	\|]\|\| C, F \|\| 127 V \|\| 60 Hz \|\|
			\| G
			\|
			\| style="text-align:center" \| 240 V
			\| style="text-align:center" \| 240 V
			\| style="text-align:center" \| 50 Hz
			\|
	\|-		\|-
			\| {{flag\|Sierra Leone}}
	\|]\|\| M \|\| 230 V \|\| 50 Hz \|\|
			\| D, G
			\|
			\| style="text-align:center" \| 230 V
			\| style="text-align:center" \| 400 V
			\| style="text-align:center" \| 50 Hz
			\|
	\|-		\|-
			\| {{flag\|Singapore}}
	\|]\|\| C, F \|\| 230 V \|\| 50 Hz \|\|
			\| C<br />G<br />M
			\| -<br />SS 145<br />SS 472
			\| style="text-align:center" \| 230 V
			\| style="text-align:center" \| 400 V
			\| style="text-align:center" \| 50 Hz
			\| <p>Type C requires adaptor. Hotel bathrooms may have shaver supply units (but usually not in homes).</p><p>Type M is used mainly for air conditioners, ovens, clothes dryers and some high-powered industrial/office equipment.</p>
	\|-		\|-
			\| {{flag\|Slovakia}}
	\|]\|\| C, J \|\| 230 V \|\| 50 Hz \|\|
			\| C, E, F
			\| STN 34 4516
			\| style="text-align:center" \| 230 V
			\| style="text-align:center" \| 400 V
			\| style="text-align:center" \| 50 Hz
			\|
	\|-		\|-
			\| {{flag\|Slovenia}}
	\|]\|\| C, E, L \|\| 220 V \|\| 50 Hz \|\|
			\| C, F
			\|
			\| style="text-align:center" \| 230 V
			\| style="text-align:center" \| 400 V
			\| style="text-align:center" \| 50 Hz
			\|
	\|-		\|-
			\| {{flag\|Solomon Islands}}
	\|]\|\| A, B, E \|\| 110/220 V \|\| 60 Hz \|\|
			\| G, I
			\| AS/NZS 3112
			\| style="text-align:center" \| 230 V
			\| style="text-align:center" \| 400 V
			\| style="text-align:center" \| 50 Hz
			\|
	\|-		\|-
			\| {{flag\|Somalia}}
	\|]\|\| C, I \|\| 220 V \|\| 50 Hz \|\|
			\| C, G
			\|
			\| style="text-align:center" \| 220 V
			\| style="text-align:center" \| 380 V
			\| style="text-align:center" \| 50 Hz
			\|
	\|-		\|-
			\| {{flag\|South Africa}}
	\|]\|\| A, B \|\| 110 V \|\| 60 Hz \|\|
			\| C, M, N
			\| ]
			\| style="text-align:center" \| 230 V
			\| style="text-align:center" \| 400 V
			\| style="text-align:center" \| 50 Hz
			\|
	\|-		\|-
			\| {{flag\|South Korea}}
	\|]\|\| D, G \|\| 230 V \|\| 50 Hz \|\|
			\| C, F
			\| KS C 8305
			\| style="text-align:center" \| 220 V
			\| style="text-align:center" \| 380 V
			\| style="text-align:center" \| 60 Hz
			\|
	\|-		\|-
			\| {{flag\|Spain}}
	\|]\|\| A, C \|\| 220 V \|\| 50 Hz \|\| Some outlets are a combination of type A and C and can accept either type plug.
			\| C, F
			\| UNE 20315
			\| style="text-align:center" \| 230 V
			\| style="text-align:center" \| 400 V
			\| style="text-align:center" \| 50 Hz
			\| Type E is extremely rare, but it may appear in some buildings, such as the ]. Almost every Spanish plug would work on Type E sockets.
	\|-		\|-
			\| {{flag\|Sri Lanka}}
	\|]\|\| C \|\| 220 V \|\| 50 Hz \|\| Lome 127 V
			\| D, G, M
			\| ] 734
			\| style="text-align:center" \| 230 V
			\| style="text-align:center" \| 400 V
			\| style="text-align:center" \| 50 Hz
			\| Only type G permitted to be manufactured or imported from August 2017.<ref>{{cite press release \|title=New standards for 13A plugs and socket outlets manufactures & importers \|date=13 June 2018 \|publisher=] \|url=http://www.pucsl.gov.lk/english/news/press-release-new-standards-for-13a-plugs-and-socket-outlets-manufactures-importers/ \|access-date=17 April 2019 \|url-status=live \|archive-url=https://web.archive.org/web/20180331182421/http://www.pucsl.gov.lk/english/news/press-release-new-standards-for-13a-plugs-and-socket-outlets-manufactures-importers/ \|archive-date=31 March 2018}}</ref>
	\|-		\|-
			\| {{flag\|Sudan}}
	\|]\|\| I \|\| 240 V \|\| 50 Hz \|\|
			\| C, D, F, G
			\|
			\| style="text-align:center" \| 230 V
			\| style="text-align:center" \| 400 V
			\| style="text-align:center" \| 50 Hz
			\|
	\|-		\|-
			\| {{flag\|Suriname}}
	\|]\|\| A, B \|\| 115 V \|\| 60 Hz \|\|
			\| A, B, C, F
			\|
			\| style="text-align:center" \| 127 V
			\| style="text-align:center" \| 220 V<br />400 V
			\| style="text-align:center" \| 60 Hz
			\| Type A and B tend to be very common because standard sockets can't accommodate such voltage.
	\|-		\|-
			\| {{flag\|Sweden}}
	\|]\|\| C, E \|\| 230 V \|\| 50 Hz \|\|
			\| C<br />F<br />IEC 60309
			\| SS-EN 50075<br />SS 428 08 34<br />SS-EN 60309
			\| style="text-align:center" \| 230 V
			\| style="text-align:center" \| 400 V
			\| style="text-align:center" \| 50 Hz
			\| Bathrooms may have shaver supply units.
	\|-		\|-
			\| {{flag\|Switzerland}}
	\|]\|\| C, F \|\| 230 V \|\| 50 Hz \|\|
			\| C, J
			\| SN SEV 1011:2009<ref name="SEV1011">{{cite web \|date=1 August 2011 \|title=Information SEV 1011 – power socket/plug/connector \|url=http://www.esti.admin.ch/files/elektrische_erzeugnisse/Info_SEV1011_de-fr-it-en.pdf \|url-status=dead \|archive-url=https://web.archive.org/web/20120425070657/http://www.esti.admin.ch/files/elektrische_erzeugnisse/Info_SEV1011_de-fr-it-en.pdf \|archive-date=25 April 2012 \|access-date=2014-08-22 \|website=esti.admin.ch \|publisher=Federal Inspectorate for Heavy Current Installations ESTI, Swiss Confederation \|type=PDF}}</ref><ref>{{cite web \|date=13 May 2011 \|title=New standard for plugs in Switzerland starting from 2013 \|url=http://www.biaonline.com/catalog/pdfs/09/0911.pdf \|url-status=live \|archive-url=https://web.archive.org/web/20130526053647/http://www.biaonline.com/catalog/pdfs/09/0911.pdf \|archive-date=26 May 2013 \|access-date=2014-08-22 \|publisher=Federal Inspectorate for Heavy Current Installations ESTI, Swiss Confederation \|type=PDF}}</ref>
			\| style="text-align:center" \| 230 V
			\| style="text-align:center" \| 400 V
			\| style="text-align:center" \| 50 Hz
			\|
	\|-		\|-
			\| {{flag\|Syria}}
	\|]\|\| B, F \|\| 220 V \|\| 50 Hz \|\|
			\| C, E, L
			\|
			\| style="text-align:center" \| 220 V
			\| style="text-align:center" \| 380 V
			\| style="text-align:center" \| 50 Hz
			\|
	\|-		\|-
			\| {{flag\|Taiwan}}
	\|]\|\| G \|\| 240 V \|\| 50 Hz \|\|
			\| A<br />B
			\| CNS 690<br />CNS 15767
			\| style="text-align:center" \| 110 V
			\| style="text-align:center" \| 220 V<br />380 V
			\| style="text-align:center" \| 60 Hz
			\| Sockets in older buildings are often unearthed and accept only type A plugs.
	\|-		\|-
			\| {{flag\|Tajikistan}}
	\|]\|\| C, F \|\| 220 V \|\| 50 Hz \|\|
			\| C, F, I
			\|
			\| style="text-align:center" \| 220 V
			\| style="text-align:center" \| 380 V
			\| style="text-align:center" \| 50 Hz
			\|
	\|-		\|-
			\| {{flag\|Tanzania}}
	\|]\|\| C, D, G \|\| 220 V \|\| 50 Hz \|\|
			\| D, G
			\|
			\| style="text-align:center" \| 230 V
			\| style="text-align:center" \| 415 V
			\| style="text-align:center" \| 50 Hz
			\|
	\|-		\|-
			\| {{flag\|Thailand}}
	\|]\|\| G \|\| 230 V \|\| 50 Hz \|\|A 'shaver' socket is sometimes found in bathrooms that will provides low current to some other plug types. These almost always have a 110 V socket and a 230 V socket in the same unit.
			\| A, B, C, O
			\|
			\| style="text-align:center" \| 220 V
			\| style="text-align:center" \| 400 V
			\| style="text-align:center" \| 50 Hz
			\| There is also a Thai national standard, TIS 166-2549 (sometimes known as Type O) which may not yet be in common use.<ref> (English translation) Archived from 2016-07-07.</ref><ref> (Original Thai) {{ISBN\|974-9815-94-7}}</ref> Type E and F plugs and sockets are banned.
	\|-		\|-
			\| {{flag\|Timor-Leste}} (East Timor)
	\|]\|\| A, B \|\| 120 V \|\| 60 Hz \|\|
			\| C, E, F, I
			\|
			\| style="text-align:center" \| 220 V
			\| style="text-align:center" \| 380 V
			\| style="text-align:center" \| 50 Hz
			\|
	\|-		\|-
			\| {{flag\|Togo}}
	\|]\|\| C, F, I, L \|\| 220 V \|\| 50 Hz \|\| Type F becoming more common as a result of computer use. Neutral and live wires are reversed, as in Argentina.
			\| C, E
			\|
			\| style="text-align:center" \| 220 V
			\| style="text-align:center" \| 380 V
			\| style="text-align:center" \| 50 Hz
			\|
	\|-		\|-
			\| {{flag\|Tonga}}
	\|]\|\| C, I \|\| 220 V \|\| 50 Hz \|\|
			\| I
			\| AS/NZS 3112
			\| style="text-align:center" \| 230 V
			\| style="text-align:center" \| 400 V
			\| style="text-align:center" \| 50 Hz
			\|
	\|-		\|-
			\| {{flag\|Trinidad and Tobago}}
	\|]\|\| A, B \|\| 120 V \|\| 60 Hz \|\|
			\| A, B
			\|
			\| style="text-align:center" \| 115 V
			\| style="text-align:center" \| 115/230 V<br />230/400 V
			\| style="text-align:center" \| 60 Hz
			\|
	\|-		\|-
			\| {{flag\|Tunisia}}
	\|]\|\| A, C, G \|\| 127/220 V \|\| 50 Hz \|\| To be standardised at 220 V. Type G found in newer hotels, primarily those built by Singaporean and Hong Kong developers.
			\| C, E
			\|
			\| style="text-align:center" \| 230 V
			\| style="text-align:center" \| 400 V
			\| style="text-align:center" \| 50 Hz
			\|
	\|-		\|-
			\| {{flag\|Turkey}}
	\|]\|\| A, B \|\| 110 V \|\| 60 Hz \|\|
			\| C, F
			\|
			\| style="text-align:center" \| 230 V<ref>{{cite web \|title=Elektronik Elektrik Sayaçlari Teknik Şartnamesi \|url=https://www.tedas.gov.tr/sx.web.docs/tedas/tedas_arge/docs/sartnameler/tedas_arge/TEDA%C5%9E-MLZ%202017-062%20Elektronik%20Elektrik%20Saya%C3%A7lar%C4%B1%20Teknik%20%C5%9Eartnamesi%20(2019).pdf \|url-status=live \|archive-url=https://web.archive.org/web/20210916131856/https://www.tedas.gov.tr/sx.web.docs/tedas/tedas_arge/docs/sartnameler/tedas_arge/TEDA%C5%9E-MLZ%202017-062%20Elektronik%20Elektrik%20Saya%C3%A7lar%C4%B1%20Teknik%20%C5%9Eartnamesi%20(2019).pdf \|archive-date=16 September 2021 \|access-date=16 September 2021}}</ref>
			\| style="text-align:center" \| 400 V
			\| style="text-align:center" \| 50 Hz
			\|
	\|-		\|-
			\| {{flag\|Turkmenistan}}
	\|]\|\| I \|\| 230 V \|\| 50 Hz \|\|
			\| B, C, F
			\|
			\| style="text-align:center" \| 220 V
			\| style="text-align:center" \| 380 V
			\| style="text-align:center" \| 50 Hz
			\|
	\|-		\|-
			\| {{flag\|Tuvalu}}
	\|]\|\| A, D, G \|\| 230 V \|\| 50 Hz \|\|
			\| I
			\| AS/NZS 3112
			\| style="text-align:center" \| 230 V
			\| style="text-align:center" \| 400 V
			\| style="text-align:center" \| 50 Hz
			\|
	\|-		\|-
			\| {{flag\|Uganda}}
	\|]\|\| C, D, G \|\| 230 V \|\| 50 Hz \|\|
			\| G
			\|
			\| style="text-align:center" \| 240 V
			\| style="text-align:center" \| 415 V
			\| style="text-align:center" \| 50 Hz
			\|
	\|-		\|-
			\| {{flag\|Ukraine}}
	\|]\|\| D, G \|\| 220 V \|\| 50 Hz \|\|
			\| C, F
			\|
			\| style="text-align:center" \| 230 V<ref>{{cite web \|title=ДСТУ ЕN 50160:2014 \|url=https://www.en.lg.ua/images/stories/2019/standart-yakosti.pdf \|url-status=live \|archive-url=https://web.archive.org/web/20210516053837/https://www.en.lg.ua/images/stories/2019/standart-yakosti.pdf \|archive-date=16 May 2021 \|access-date=11 March 2020}}</ref><ref> Temporarily the nominal voltage in the low-voltage network is 220 V</ref>
			\| style="text-align:center" \| 400 V
			\| style="text-align:center" \| 50 Hz
			\|
	\|-		\|-
			\| {{flag\|United Arab Emirates}}
	\|}
			\| G<ref name=":0">{{cite book \|url=https://www.doe.gov.ae/-/media/Project/DOE/Department-Of-Energy/Media-Center-Publications/EWR-2020-EN-V8-B-Online.pdf \|title=The Electricity Wiring Regulations (2020) \|publisher=Abu Dhabi Department of Energy \|pages=51 \|archive-url=https://web.archive.org/web/20221101155040/https://www.doe.gov.ae/-/media/Project/DOE/Department-Of-Energy/Media-Center-Publications/EWR-2020-EN-V8-B-Online.pdf \|archive-date=1 November 2022}}</ref>
	\| valign="top" \|
			\| BS 1363<ref name=":0" />
	{\|
			\| style="text-align:center" \| 230 V<ref name=":1">{{cite book \|url=https://www.doe.gov.ae/-/media/Project/DOE/Department-Of-Energy/Media-Center-Publications/Regulations/English/ESR2020EditionPublication.pdf \|title=The Electricity Supply Regulations (2020) \|publisher=Abu Dhabi Department of Energy \|year=2020 \|pages=18 \|archive-url=https://web.archive.org/web/20221101150908/https://www.doe.gov.ae/-/media/Project/DOE/Department-Of-Energy/Media-Center-Publications/Regulations/English/ESR2020EditionPublication.pdf \|archive-date=1 November 2022}}</ref>
			\| style="text-align:center" \| 400 V<ref name=":1" />
			\| style="text-align:center" \| 50 Hz<ref name=":1" />
			\| Bathrooms may have shaver supply units.<ref name=":0" />
	\|-		\|-
			\| {{flag\|United Kingdom}}
	]
			\| G<ref>{{cite web \|last=Mullins \|first=Malcolm \|date=Spring 2006 \|title=The Origin of the BS 1363 Plug and Socket-Outlet System \|url=http://electrical.theiet.org/wiring-matters/18/plug-origin.cfm?type=pdf \|url-status=dead \|archive-url=https://web.archive.org/web/20160303213209/http://electrical.theiet.org/wiring-matters/18/plug-origin.cfm?type=pdf \|archive-date=3 March 2016 \|access-date=2016-10-16 \|work=IEE Wiring Matters \|publisher=]}}</ref><br />D, M<ref>{{cite web \|title=Museum of Plugs and Sockets: BS 546 plugs and sockets \|url=https://www.plugsocketmuseum.nl/OldBritish1.html \|url-status=live \|archive-url=https://web.archive.org/web/20220930215252/https://plugsocketmuseum.nl/OldBritish1.html \|archive-date=30 September 2022 \|access-date=2023-01-06 \|website=www.plugsocketmuseum.nl}}</ref>
			\| BS 1363<br />BS 546
			\| style="text-align:center" \| 230 V<ref>{{Citation \|title=The Electricity Safety, Quality and Continuity Regulations 2002 PART VII Regulation 27 \|year=2002 \|url=http://www.legislation.gov.uk/uksi/2002/2665/regulation/27/made \|access-date=12 September 2013 \|archive-url=https://web.archive.org/web/20190524025328/http://www.legislation.gov.uk/uksi/2002/2665/regulation/27/made \|archive-date=24 May 2019 \|url-status=live \|place=UK \|publisher=UK Government}}</ref>
			\| style="text-align:center" \| 400 V
			\| style="text-align:center" \| 50 Hz
			\| Type D mostly historical, nowadays used only for remotely switched lighting and similar. Type M historically used in domestic installations, now only for stage lighting (and there increasingly replaced with ]). Bathrooms may have shaver supply units.
	\|-		\|-
			\| {{anchor\|United States of America}} {{flag\|United States}}
	]
			\| A<br />B<br />NEMA 14-30<br />NEMA 14-50
			\| NEMA 1-15<br />NEMA 5-15<br />NEMA 14-30<br />NEMA 14-50
			\| style="text-align:center" \| 120 V<br />120 V<br />240 V<br />240 V
			\| style="text-align:center" \| 120/208 V<br />277/480 V<br />120/240 V<br />240 V<br />480 V
			\| style="text-align:center" \| 60 Hz
			\| NEMA 5-20R outlets, which are similar to type B but have a T-shaped neutral slot, are sometimes used for higher current 120 V equipment (up to 20 A).
	\|-		\|-
			\| {{flag\|U.S. Virgin Islands}}
	]
			\| A<br />B
			\| NEMA 1-15P<br />NEMA 5-15P
			\| style="text-align:center" \| 110 V
			\| style="text-align:center" \| 190 V
			\| style="text-align:center" \| 60 Hz
			\|
	\|-		\|-
			\| {{flag\|Uruguay}}
	]
			\| C, F, I, L
			\|
			\| style="text-align:center" \| 230 V
			\| style="text-align:center" \| 380 V
			\| style="text-align:center" \| 50 Hz
			\| Type I was the main standard until the 1990s, and still appears in old installations.
	\|-		\|-
			\| {{flag\|Uzbekistan}}
	]
			\| C, E, F
			\|
			\| style="text-align:center" \| 220 V
			\| style="text-align:center" \| 380 V
			\| style="text-align:center" \| 50 Hz
			\|
	\|-		\|-
			\| {{flag\|Vanuatu}}
	]
			\| C, G, I
			\| AS/NZS 3112
			\| style="text-align:center" \| 230 V
			\| style="text-align:center" \| 400 V
			\| style="text-align:center" \| 50 Hz
			\|
	\|-		\|-
			\| {{flag\|Venezuela}}
	]
			\| A, B
			\|
			\| style="text-align:center" \| 120 V<br />208 V<br />240 V
			\| style="text-align:center" \| 115/220 V<br />220/440 V<br />230/460 V<ref>{{cite web \|title=International Mains Voltages \|url=https://www.pooleyinc.com/pdf/SEW%20Voltages%20of%20the%20World.pdf \|url-status=live \|archive-url=https://web.archive.org/web/20200506192743/https://www.pooleyinc.com/pdf/SEW%20Voltages%20of%20the%20World.pdf \|archive-date=6 May 2020 \|access-date=15 January 2020 \|website=International Mains Voltages - Pooley Inc. \|publisher=SEW Eurodrive}}</ref>
			\| style="text-align:center" \| 60 Hz
			\|
	\|-		\|-
			\| {{flag\|Vietnam}}
	]
			\| A, B, C, D, F, G
			\| TCVN 6188-1
			\| style="text-align:center" \| 220 V
			\| style="text-align:center" \| 380 V
			\| style="text-align:center" \| 50 Hz
			\| Majority of households use unearthed hybrid sockets that accept type A and C plugs. Hybrid sockets that accept type A, B and C plugs are sometimes used in commercial installations. Type F plugs are frequently plugged into hybrid sockets, even though no earth contact is made.
	\|-		\|-
			\| {{flag\|Yemen}}
	]
			\| A, D, G
			\|
			\| style="text-align:center" \| 240 V
			\| style="text-align:center" \| 400 V
			\| style="text-align:center" \| 50 Hz
			\|
	\|-		\|-
			\| {{flag\|Zambia}}
	]
			\| C, D, G
	\|-
			\|
	]
			\| style="text-align:center" \| 230 V
	\|-
			\| style="text-align:center" \| 400 V
	]
			\| style="text-align:center" \| 50 Hz
			\|
	\|-		\|-
			\| {{flag\|Zimbabwe}}
	]
			\| D, G
	\|-
			\|
	]
			\| style="text-align:center" \| 220 V
	\|}
			\| style="text-align:center" \| 415 V
			\| style="text-align:center" \| 50 Hz
			\|
	\|}		\|}

			== Notes ==
	<br clear="all" />
			{{notelist}}
	]

	]
			== See also ==
	<br clear="all" />
			{{colbegin}}
	==See also==
	*]		* ]
	*]		* ]
			* ]
			* ]
			* ]
			* ]
			* ]
			{{colend}}

			== References ==
			{{reflist}}

			== External links ==
			* {{Wikivoyage-inline\|Electrical systems}}
			* {{Wikibooks-inline\|Guide to Electrical Equipment for Travelers}}

			{{Electricity delivery}}

			]
			]
			]
			]
			]
			]
			]

			]
			]

Latest revision as of 08:31, 16 December 2024

For broader coverage of this topic, see Mains electricity.

Mains electricity by country includes a list of countries and territories, with the plugs, voltages and frequencies they commonly use for providing electrical power to low voltage appliances, equipment, and lighting typically found in homes and offices. (For industrial machinery, see industrial and multiphase power plugs and sockets.) Some countries have more than one voltage available. For example, in North America, a unique split-phase system is used to supply to most premises that works by center tapping a 240 volt transformer. This system is able to concurrently provide 240 volts and 120 volts. Consequently, this allows homeowners to wire up both 240 V and 120 V circuits as they wish (as regulated by local building codes). Most sockets are connected to 120 V for the use of small appliances and electronic devices, while larger appliances such as dryers, electric ovens, ranges and EV chargers use dedicated 240 V sockets. Different sockets are mandated for different voltage or maximum current levels.

Voltage, frequency, and plug type vary, but large regions may use common standards. Physical compatibility of receptacles may not ensure compatibility of voltage, frequency, or connection to earth (ground), including plugs and cords. In some areas, older standards may still exist. Foreign enclaves, extraterritorial government installations, or buildings frequented by tourists may support plugs not otherwise used in a country, for the convenience of travellers.

Main reference source – IEC World Plugs

The International Electrotechnical Commission (IEC) publishes a web microsite World Plugs which provides the main source for this page, except where other sources are indicated. World Plugs includes some history, a description of plug types, and a list of countries giving the type(s) used and the mains voltage and frequency.

Although useful for quick reference, especially for travellers, IEC World Plugs may not be regarded as totally accurate, as illustrated by the examples in the plugs section below, and errors may exist.

Voltages

Voltages in this article are the nominal single-phase supply voltages, or split-phase supply voltages. Three-phase and industrial loads may have other voltages.

All voltages are root mean square (RMS) voltage; the peak AC voltage is greater by a factor of ${\sqrt {2}}$ , and the peak-to-peak voltage greater by a factor of $2{\sqrt {2}}.$

Plugs

Main article: AC power plugs and sockets

The system of plug types using a single letter (from A to N) used here is from World Plugs, which defines the plug type letters in terms of a general description, without making reference to specific standards. Where a plug does not have a specific letter code assigned to it, then it may be defined by the style sheet number listed in IEC TR 60083. Not all plugs are included in the letter system; for example, there is no designation for the plugs defined by the Thai National Standard TIS 116-2549, though some web sites refer to the three-pin plug described in that standard as "Type O".

Identification guide

Type A (NEMA 1–15 U.S. 2 pin)
max 125 V AC, max rating 15 A, (GB1002 Chinese 2 pin) max 250 V AC, max rating 6 A or 10 A
Type B (NEMA 5–15 U.S. 3 pin)
max 125 V AC, max rating 15 A
and IEC standard 60906-2
Type C (CEE 7/16 Europlug)
CEE 7/17 2-pin plug
Type D (BS 546 5 A)
Type E (French) CEE 7/6 plug & CEE 7/5 socket, 16 A
Type F ("Schuko") CEE 7/4 plug & CEE 7/3 socket, 16 A
CEE 7/7 plug, (combines earthing methods of Type E & Type F)
Type G (BS 1363 UK)
Type H (SI 32 Israel)
Type I (Australian AS/NZS 3112); Argentinian version has reversed polarity compared to Chinese and Australian versions
Type J (SN 441011 Switzerland), 10 A
Type K (SRAF 1962/DB Denmark)
Type L (CEI 23-50)
Type M (15 A BS 546)
Type N (NBR 14136, Brazil and SANS 164-2, South Africa)
Thai TIS 166-2549 mains plug, often known as Type O
So-called "universal socket" which meets no standard but accepts a number of different plug types (criticized as non-compliant and unsafe)

Table of mains voltages, frequencies, and plugs

Country or territory	Plug type	National plug standard	Voltage		Frequency	Notes
Country or territory	Plug type	National plug standard	Residential	Three-phase	Frequency	Notes
Afghanistan	C, F		220 V	380 V	50 Hz
Albania	C, F		230 V	400 V	50 Hz
Algeria	C, F		240 V	400 V	50 Hz
American Samoa	A, B, F, I		120 V	208 V	60 Hz
Andorra	C, F		230 V	400 V	50 Hz
Angola	C, F		220 V	380 V	50 Hz
Anguilla	A, B		110 V	120/208 V 127/220 V 240/415 V	60 Hz
Antigua and Barbuda	A, B		230 V	400 V	60 Hz
Argentina	C, I	IRAM 2073	220 V	380 V	50 Hz	Line and neutral reversed compared to Chinese and Australian/NZ type I.
Armenia	C, F		230 V	400 V	50 Hz
Aruba	A, B, F		127 V	220 V	60 Hz
Australia	I	AS/NZS 3112	230 V 240 V	400 V 415 V	50 Hz	Nominal voltage is 230/400 V; in practice 240/415 V is more commonly used.
Austria	C F	ÖVE-IG/EN 50075 ÖVE/ÖNORM E 8620	230 V	400 V	50 Hz
Azerbaijan	C, F		220 V	380 V	50 Hz
Bahamas	A, B		120 V	208 V	60 Hz
Bahrain	G		230 V	400 V	50 Hz
Bangladesh	A, C, D, G		220 V	380 V	50 Hz
Barbados	A, B		115 V	200 V	50 Hz
Belarus	C, F		230 V	400 V	50 Hz
Belgium	C, E	NBN C 61 112-1	230 V	230/400 V	50 Hz
Belize	A, B, G		110 V 220 V	190 V 380 V	60 Hz
Benin	C, E		220 V	380 V	50 Hz
Bermuda	A, B		120 V	208 V	60 Hz
Bhutan	C, D, F, G, M		230 V	400 V	50 Hz
Bolivia	A, B, C		115 V 230 V	400 V	50 Hz
Bonaire, Sint Eustatius and Saba	A, B		127 V	220 V	50 Hz	Sockets for 220-240 V European type C plugs are typically available at hotels; some buildings modify voltage, so travellers are advised to check before plugging in. Type F are also available at some hotels.
Bosnia and Herzegovina	C, F		230 V	400 V	50 Hz
Botswana	D, G, M		230 V	400 V	50 Hz
Brazil	C, N	NBR 14136	127 V 220 V	220 V 380 V	60 Hz	Before standardization, socket types varied: C (very old installations), I (for air conditioners), and combinations like A/C and A/B/C.
British Virgin Islands	A, B		110 V	190 V	60 Hz
Brunei	G		240 V	415 V	50 Hz
Bulgaria	C, F		230 V	400 V	50 Hz
Burkina Faso	C, E		220 V	380 V	50 Hz
Burundi	C, E		220 V	380 V	50 Hz
Cambodia	A, C, G		230 V	400 V	50 Hz	Sockets for British type G plugs are mainly found at some hotels and never in households.
Cameroon	C, E		220 V	380 V	50 Hz
Canada	A B NEMA 14-30 NEMA 14-50	CSA C22.2 No. 42	120 V 120 V 240 V 240 V	120/208 V 240 V 277/480 V 347/600 V	60 Hz	NEMA 5-20R outlets, which are similar to type B but have a T-shaped neutral slot, are sometimes used for higher current 120 V equipment (up to 20 A). Homes are typically provided with 120/240 V split-phase power; NEMA 14-30R and 14-50R receptacles are provided on 240 V circuits for clothes dryers and electric stoves.
Cape Verde	C, F		220 V	400 V	50 Hz
Cayman Islands	A, B		120 V	240 V	60 Hz
Central African Republic	C, E		220 V	380 V	50 Hz
Chad	C, D, E, F		220 V	380 V	50 Hz
Chile	C, F, L		220 V	380 V	50 Hz	Type L is the national official standard; C and F are compatible. Schuko or type F plugs are often used for high power appliances.
China	A, C, I	GB/T 1002 GB/T 2099	220 V	380 V	50 Hz	Type C was removed from GB/T 1002-2021, but A/C hybrid sockets still appear in old installations. Line/neutral reversed compared to Argentinian type I.
Colombia	A, B		120 V	120/208 V 277/480 V 120/240 V 240/208/120 V 240 V 480 V	60 Hz	NEMA 5-20R outlets, which are similar to type B but have a T-shaped neutral slot, are sometimes used for higher current 120 V commercial equipments (up to 20 A). On the other hand, NEMA 10-50P outlets are sometimes used for 208 V and 240 V industrial equipments (up to 50 A).
Comoros	C, E		220 V	380 V	50 Hz
Congo, Republic of the	C, E		230 V	400 V	50 Hz
Congo, Democratic Republic of the	C, D, E		220 V	380 V	50 Hz
Cook Islands	I	AS/NZS 3112	240 V	415 V	50 Hz
Costa Rica	A, B		120 V	208 V 240 V 480 V	60 Hz
Côte d'Ivoire	C, E		230 V	380 V	50 Hz
Croatia	C, F		230 V	400 V	50 Hz
Cuba	A, B, C, L		110 V	190 V 220 V	60 Hz	Some modern hotels have 220 V sockets for European 2-pin plugs (Type C).
Curaçao	A, B, F		127 V	220 V 380 V	50 Hz	Some hotels and apartments have 220 V European sockets.
Cyprus	G		240 V	400 V	50 Hz
Czech Republic	C, E	ČSN 35 4516	230 V	400 V	50 Hz
Denmark	C E, F, K	DS/EN 50075 DS 60884-2-D1	230 V	400 V	50 Hz	Type E and F sockets are rare but legal, type E, F and 7/7 plugs work as type C (unearthed).
Djibouti	C, E		220 V	380 V	50 Hz
Dominica	D, G		230 V	400 V	50 Hz
Dominican Republic	A, B, C		110 V	120/208 V 277/480 V	60 Hz
Ecuador	A, B		120 V	208 V 480 V	60 Hz
Egypt	C, F		220 V	380 V	50 Hz
El Salvador	A, B		115 V	208 V 220 V 440 V 480 V	60 Hz
Equatorial Guinea	C, E		220 V	380 V	50 Hz
Eritrea	C, L		230 V	400 V	50 Hz
Estonia	C, F		230 V	400 V	50 Hz
Eswatini	M		230 V	400 V	50 Hz
Ethiopia	C, E, F, L		220 V	380 V	50 Hz	Type E is very rare because Ethiopia never had French influences.
Falkland Islands	G		240 V	415 V	50 Hz
Faroe Islands	C, E, F, K		230 V	400 V	50 Hz	Same as in Denmark.
Fiji	I	AS/NZS 3112	240 V	415 V	50 Hz	Same as in Australia.
Finland	C F	SFS-EN 50075 SFS 5610	230 V	400 V	50 Hz
France	C E	NF EN 50075 NF C 61-314	230 V	400 V	50 Hz
French Guiana	C, E		220 V	380 V	50 Hz
French Polynesia	A, B, C, E, F		110 V 220 V	380 V	60 Hz 50 Hz
Gabon	C, E		220 V	380 V	50 Hz
Gambia	G		230 V	400 V	50 Hz
Georgia	C, F		220 V	380 V	50 Hz
Germany	C F IEC 60309	DIN VDE 0620 DIN 49441 DIN EN 60309	230 V	400 V	50 Hz
Ghana	D, G		230 V	400 V	50 Hz
Gibraltar	C, G		240 V	400 V	50 Hz
Greece	C, F		230 V	400 V	50 Hz
Greenland	C, E, F, K		230 V	400 V	50 Hz
Grenada	G		230 V	400 V	50 Hz
Guadeloupe	C, D, E		230 V	400 V	50 Hz
Guam	A, B		110 V	190 V	60 Hz
Guatemala	A, B		120 V	208 V	60 Hz
Guernsey	G		230 V	400 V	50 Hz
Guinea	C, F, K		220 V	380 V	50 Hz
Guinea-Bissau	C, E, F		220 V	380 V	50 Hz
Guyana	A, B, D, G		110 V 220 V	190 V	60 Hz 50 Hz	Conversion of 50 Hz distribution to 60 Hz is ongoing.
Haiti	A, B		110 V	220/380 V 110/220 V	60 Hz
Honduras	A, B		110 V	208 V 230 V 240 V 460 V 480 V	60 Hz
Hong Kong	G D, M	BS 1363 BS 546	220 V	380 V	50 Hz	Type G is most common.
Hungary	C F	MSZ EN 50075 MSZ 9781-2	230 V	400 V	50 Hz
Iceland	C, F		230 V	400 V	50 Hz
India	C, D, M	IS 1293	230 V	400 V	50 Hz	(1) It is worth noting that the combination of a type C, E or F plug with a type D socket may often be workable; but it is unsafe to use. type C, E & F plugs/sockets are not accepted in the IS 1293 standard. The standard uses type D sockets for 6 A current and type M sockets for 16 A current. (2) From August 2015, the Bureau of Indian Standards (BIS) began clamping down on the sale in the country of imported products with the type C/E/F plug by pushing manufacturers and importers to comply with the IS 1293 standard. In June 2022, BIS began enforcing the standard through mandatory certification of both imported and domestic products.
Indonesia	A C, F G	- SNI 04-3892 -	220 V 230 V	380 V 400 V	50 Hz	(1) Nominal grid voltage according to regulation is 230/400 V, but in practice, equipment with 220/380 V is more commonly used. (2) Types C and F plugs are officially recognized by SNI 04-3892.1.1-2003. (3) British type G sockets are common in Riau Islands due to their close proximity to Singapore.
Iran	C, F		220 V	400 V	50 Hz
Iraq	C, D, G		230 V	400 V	50 Hz
Ireland	G	I.S. 401	230 V	400 V	50 Hz	Type G is the only general purpose outlet type in use in Ireland. Bathrooms may have shaver sockets. These accept 2.5 amp Europlug CEE 7/16 and UK type BS 4573 plugs, which used on shavers and toothbrushes. They do not accept larger type C plugs and general purpose outlets are generally banned in bathrooms / wet areas. Some hotels may also provide a type F (Schuko) socket as a convenience for European visitors.
Isle of Man	G		230 V	400 V	50 Hz	Self-governing British crown dependency, but generally uses UK technical standards.
Israel	C, H		230 V	400 V	50 Hz
Italy	C F, L	CEI 23-34 CEI 23-50	230 V	400 V	50 Hz	Type L uses two gauges of plug and socket. The 10 amp version has pin spacing that is compatible with Europlug. The 16 amp version uses wider pin spacing and larger pins. Hybrid outlets that accept both types are common and some also accept type F. NB: 16 amp type C plugs, such as CEE 7/17 commonly found on hairdryers, will not fit type L outlets and need an adapter, or should be used with a type F or hybrid type L/F outlet.
Jamaica	A, B		110 V	190 V	50 Hz
Japan	A, B	JIS C 8303	100 V 200 V	200 V 415 V	50 Hz 60 Hz	East Japan 50 Hz (Tokyo, Kawasaki, Sapporo, Yokohama, and Sendai); West Japan 60 Hz (Okinawa, Osaka, Kyoto, Kobe, Nagoya, Hiroshima). 120 V in military facilities in Okinawa. Majority of sockets accept only type A plugs. See Energy in Japan for more.
Jersey	G		230 V	400 V	50 Hz
Jordan	B, C, D, F, G, J		230 V	400 V	50 Hz
Kazakhstan	C, F		230 V	400 V	50 Hz	230/400 V voltage is defined in "GOST 29322-2014 Mezhgosudarstvennyi Standart Napryazheniya Standartnye".
Kenya	G		240 V	415 V	50 Hz
Kiribati	I	AS/NZS 3112	230 V	400 V	50 Hz
Kosovo	C, F		230 V	400 V	50 Hz
Kuwait	C, G		240 V	415 V	50 Hz
Kyrgyzstan	C, F		220 V	380 V	50 Hz
Laos	A, B, C, E, F		230 V	400 V	50 Hz	Some buildings and households have hybrid sockets compatible with type A, B and C.
Latvia	C, F		230 V	400 V	50 Hz
Lebanon	A, B, C, D, G		220 V	400 V	50 Hz	Type C sockets are the most frequent. Many buildings and households have double use sockets compatible with type A and C.
Lesotho	M		220 V	380 V	50 Hz
Liberia	A, B, C, E, F		120 V 220 V	208 V	60 Hz 50 Hz
Libya	C, D, F, L		127 V 230 V	400 V	50 Hz	Barca, Benghazi, Derna, Sabha & Tobruk 230 V.
Liechtenstein	C, J		230 V	400 V	50 Hz
Lithuania	C, F		230 V	400 V	50 Hz
Luxembourg	C, F		230 V	400 V	50 Hz
Macau	D, F, G, M		230 V	400 V	50 Hz
Madagascar	C, D, E, J, K		127 V 220 V	380 V	50 Hz
Malawi	G		230 V	400 V	50 Hz
Malaysia	C G M	MS 1578:2003 MS 589:PT.1:1997 MS 1577:2003	230 V	400 V	50 Hz	Type C requires adaptor. Bathrooms may have shaver supply units. Type M is used mainly for air conditioners and boilers.
Maldives	D, G, J, K, L		230 V	400 V	50 Hz
Mali	C, E		220 V	380 V	50 Hz
Malta	G		230 V	400 V	50 Hz
Martinique	C, D, E		220 V	380 V	50 Hz
Mauritania	C, E, F		220 V	220 V	50 Hz
Mauritius	C, E, G		230 V	400 V	50 Hz
Mexico	A, B	NMX-J-163-ANCE	120 V 127 V	240 V 220 V	60 Hz	Both 120/240 V split-phase and 127/220 V three-phase are used.
Federated States of Micronesia	A, B		120 V	208 V	60 Hz
Moldova	C, F		220 V	400 V	50 Hz
Monaco	C, D, E, F		230 V	400 V	50 Hz
Mongolia	C, E, F		220 V	400 V	50 Hz
Montenegro	C, F		230 V	400 V	50 Hz
Montserrat	A, B		230 V	400 V	60 Hz
Morocco	C, E		127 V 220 V	380 V	50 Hz
Mozambique	C, F, M		220 V	380 V	50 Hz
Myanmar	A, C, D, F, G, I		230 V	400 V	50 Hz
Namibia	D, M		220 V	380 V	50 Hz
Nauru	I	AS/NZS 3112	240 V	415 V	50 Hz
Nepal	C, D, M		230 V	400 V	50 Hz
Netherlands	C F	EN 50075 NEN 1020	230 V	400 V	50 Hz
New Caledonia	C, F		220 V	380 V	50 Hz	Despite that New Caledonia is a French territory, German Schuko type F sockets are used instead of French type E sockets.
New Zealand	I	AS/NZS 3112	230 V	400 V	50 Hz	Line and neutral reversed compared to Argentinian type I.
Nicaragua	A, B		120 V	208 V	60 Hz
Niger	A, B, C, D, E, F		220 V	380 V	50 Hz
Nigeria	D, G		230 V	415 V	50 Hz
Niue	I	AS/NZS 3112	230 V	400 V	50 Hz
North Korea	A, C, F		110 V 220 V	380 V	60 Hz 50 Hz
North Macedonia	C, F		230 V	400 V	50 Hz
Norway	C F	NEK EN 50075 NEK 502	230 V	230 V 400 V	50 Hz	230 V on IT grid, and 400 V on TN grid.
Oman	G		240 V	415 V	50 Hz
Pakistan	C, D, G, M		230 V	400 V	50 Hz
Palau	A, B		120 V	208 V	60 Hz
Palestine	C, H		230 V	400 V	50 Hz
Panama	A, B		110 V	240 V	60 Hz
Papua New Guinea	I	AS/NZS 3112	240 V	415 V	50 Hz
Paraguay	A, B, C, N		220 V	380 V	50 Hz
Peru	A, B, C F, L		220 V	380 V 440 V	60 Hz
Philippines	A, B, C		115 V 230 V	220 V 380 V 440 V	60 Hz	Combined wall socket that supports types A and C are widely common among households in addition to type B for ground pin hole-added variant.
Pitcairn Islands	I	AS/NZS 3112	230 V	400 V	50 Hz
Poland	C, E	BN-88/3064	230 V	400 V	50 Hz
Portugal	C, E, F	NP 1260	230 V	400 V	50 Hz	Type E is very rare, used only in very old installations.
Puerto Rico	A, B		120 V	480 V	60 Hz
Qatar	D, F, G, L		240 V	415 V	50 Hz
Réunion	C, E		220 V	400 V	50 Hz
Romania	C, F		230 V	400 V	50 Hz
Russia	C, F		230 V	400 V	50 Hz	USSR (along with much of Eastern Europe) used GOST sockets with 4.0 mm pins similar to type C plugs and the 4.8 mm standard used by type E & F.
Rwanda	C, E, F, G, J		230 V	400 V	50 Hz
Saint Helena, Ascension and Tristan da Cunha	G		230 V	400 V	50 Hz
Saint Martin (French)	C, E		220 V	380 V	60 Hz
Sint Maarten (Dutch)	A, B		120 V 127 V	220 V	60 Hz	127/220 V AC 60 Hz three-phase service.
St. Kitts and Nevis	A, B, D, G		230 V	400 V	60 Hz
St. Lucia	A, B, G		240 V	400 V	50 Hz
Saint Pierre and Miquelon	C, E, F		230 V	400 V	50 Hz
St. Vincent and the Grenadines	A, B, C, E, G, I, K		230 V	400 V	50 Hz
Samoa	I	AS/NZS 3112	230 V	400 V	50 Hz
San Marino	C, F, L		230 V	400 V	50 Hz
São Tomé and Príncipe	C, F		220 V	400 V	50 Hz
Saudi Arabia	G	SASO 2203	230 V	400 V	50 Hz 60 Hz
Senegal	C, D, E, K		230 V	400 V	50 Hz
Serbia	C F	JUS N.E3.552 JUS N.E3.553	230 V	400 V	50 Hz
Seychelles	G		240 V	240 V	50 Hz
Sierra Leone	D, G		230 V	400 V	50 Hz
Singapore	C G M	- SS 145 SS 472	230 V	400 V	50 Hz	Type C requires adaptor. Hotel bathrooms may have shaver supply units (but usually not in homes). Type M is used mainly for air conditioners, ovens, clothes dryers and some high-powered industrial/office equipment.
Slovakia	C, E, F	STN 34 4516	230 V	400 V	50 Hz
Slovenia	C, F		230 V	400 V	50 Hz
Solomon Islands	G, I	AS/NZS 3112	230 V	400 V	50 Hz
Somalia	C, G		220 V	380 V	50 Hz
South Africa	C, M, N	SANS 164	230 V	400 V	50 Hz
South Korea	C, F	KS C 8305	220 V	380 V	60 Hz
Spain	C, F	UNE 20315	230 V	400 V	50 Hz	Type E is extremely rare, but it may appear in some buildings, such as the University Carlos III of Madrid. Almost every Spanish plug would work on Type E sockets.
Sri Lanka	D, G, M	SLS 734	230 V	400 V	50 Hz	Only type G permitted to be manufactured or imported from August 2017.
Sudan	C, D, F, G		230 V	400 V	50 Hz
Suriname	A, B, C, F		127 V	220 V 400 V	60 Hz	Type A and B tend to be very common because standard sockets can't accommodate such voltage.
Sweden	C F IEC 60309	SS-EN 50075 SS 428 08 34 SS-EN 60309	230 V	400 V	50 Hz	Bathrooms may have shaver supply units.
Switzerland	C, J	SN SEV 1011:2009	230 V	400 V	50 Hz
Syria	C, E, L		220 V	380 V	50 Hz
Taiwan	A B	CNS 690 CNS 15767	110 V	220 V 380 V	60 Hz	Sockets in older buildings are often unearthed and accept only type A plugs.
Tajikistan	C, F, I		220 V	380 V	50 Hz
Tanzania	D, G		230 V	415 V	50 Hz
Thailand	A, B, C, O		220 V	400 V	50 Hz	There is also a Thai national standard, TIS 166-2549 (sometimes known as Type O) which may not yet be in common use. Type E and F plugs and sockets are banned.
Timor-Leste (East Timor)	C, E, F, I		220 V	380 V	50 Hz
Togo	C, E		220 V	380 V	50 Hz
Tonga	I	AS/NZS 3112	230 V	400 V	50 Hz
Trinidad and Tobago	A, B		115 V	115/230 V 230/400 V	60 Hz
Tunisia	C, E		230 V	400 V	50 Hz
Turkey	C, F		230 V	400 V	50 Hz
Turkmenistan	B, C, F		220 V	380 V	50 Hz
Tuvalu	I	AS/NZS 3112	230 V	400 V	50 Hz
Uganda	G		240 V	415 V	50 Hz
Ukraine	C, F		230 V	400 V	50 Hz
United Arab Emirates	G	BS 1363	230 V	400 V	50 Hz	Bathrooms may have shaver supply units.
United Kingdom	G D, M	BS 1363 BS 546	230 V	400 V	50 Hz	Type D mostly historical, nowadays used only for remotely switched lighting and similar. Type M historically used in domestic installations, now only for stage lighting (and there increasingly replaced with Ceeform). Bathrooms may have shaver supply units.
United States	A B NEMA 14-30 NEMA 14-50	NEMA 1-15 NEMA 5-15 NEMA 14-30 NEMA 14-50	120 V 120 V 240 V 240 V	120/208 V 277/480 V 120/240 V 240 V 480 V	60 Hz	NEMA 5-20R outlets, which are similar to type B but have a T-shaped neutral slot, are sometimes used for higher current 120 V equipment (up to 20 A).
U.S. Virgin Islands	A B	NEMA 1-15P NEMA 5-15P	110 V	190 V	60 Hz
Uruguay	C, F, I, L		230 V	380 V	50 Hz	Type I was the main standard until the 1990s, and still appears in old installations.
Uzbekistan	C, E, F		220 V	380 V	50 Hz
Vanuatu	C, G, I	AS/NZS 3112	230 V	400 V	50 Hz
Venezuela	A, B		120 V 208 V 240 V	115/220 V 220/440 V 230/460 V	60 Hz
Vietnam	A, B, C, D, F, G	TCVN 6188-1	220 V	380 V	50 Hz	Majority of households use unearthed hybrid sockets that accept type A and C plugs. Hybrid sockets that accept type A, B and C plugs are sometimes used in commercial installations. Type F plugs are frequently plugged into hybrid sockets, even though no earth contact is made.
Yemen	A, D, G		240 V	400 V	50 Hz
Zambia	C, D, G		230 V	400 V	50 Hz
Zimbabwe	D, G		220 V	415 V	50 Hz

Notes

"C" may indicate that buildings have three-pin sockets compatible with Europlugs, which also work with other plug types or that buildings have some or all two-pin European style sockets, similar to CEE 7/1, or that use of an adaptor is common practice. Not all two-pin European plugs are compatible with all two-pin European sockets; see AC power plugs and sockets § Compatibility.

References

World Plugs Archived 10 October 2018 at the Wayback Machine. International Electrotechnical Commission (IEC). Retrieved on 2018-06-05.
^ IEC/TR 60083 ed7.0: Plugs and socket-outlets for domestic and similar general use standardized in member countries of IEC. International Electrotechnical Commission, October 2015. This 421-page technical report describes many national standards for domestic plugs and sockets. The first edition was published in January 1957. The 7th edition was approved in December 2012 and was published on 29 October 2015.
"WorldStandards.eu - Power plug & outlet Type O". Archived from the original on 24 July 2020. Retrieved 25 July 2020.
"Universal AC Outlet • Setup Guide" (PDF). Anaheim, CA: Extron Electronics. November 2017. 68-1638-01 Rev. F. Archived from the original (PDF) on 16 May 2018. Retrieved 21 May 2018.
"Alert noting non-compliant power strips" (PDF). 2009. Archived from the original (PDF) on 6 March 2016. Retrieved 25 October 2019.
"Sri Lanka Sets National Standard for Plugs and Socket Outlets". Public Utilities Commission of Sri Lanka. Archived from the original on 2 April 2019. Retrieved 25 October 2019. Standardized on Type G; sale of non-compliant sockets is banned as of August 2018, and buildings must re-wire by August 2038.
^ "IEC World Plugs". IEC World Plugs. International Electrotechnical Commission. Archived from the original on 10 October 2018. Retrieved 30 April 2021.
"Three-phase electric power (industrial applications only)" (Archived copy). Archived from the original on 20 December 2022. Retrieved 20 December 2022.
Reglamentado por AEA 90364, IRAM 2001 & IEC 60083
^ "Standard Voltages". docs.cntd.ru. Archived from the original on 21 September 2018. Retrieved 11 August 2014. Document gost-29322-92 via Google Translate: "The nominal voltages of the existing 220/380 and 240/415 V networks should be gradually changed to the recommended value of 230/400 V. Until 2003, as a first stage, power supply companies in countries with a 220/380 V network should lead the voltage to The value of 230/400 V (GOST 29322-92 (IEC 38-83) Standard voltage%). Electricity supply companies in regions with 240/415 V network should also bring this voltage to the value 230/400 V (GOST 29322-92 (IEC 38-83) Standard voltage%). After 2003, the range of 230/400 V ± 10% should be reached. Then, the issue of reducing the limits will be considered."
"Electrical Plug/Outlet and Voltage Information for Bonaire". Adaptelec.com. Archived from the original on 12 June 2018. Retrieved 25 May 2018.
"F.A.Q." CaribbeanClubBonaire.com. Archived from the original on 26 May 2018. Retrieved 25 May 2018.
"Technology on Bonaire". InfoBonaire.com. Archived from the original on 26 May 2018. Retrieved 25 May 2018.
"Electricity". CaribInn.com. Archived from the original on 12 June 2018. Retrieved 25 May 2018.
Brasil. Decreto n. 41.019, de 26 de fev. de 1957. Regulamenta os serviços de energia elétrica, BR: BR Government, 1957, archived from the original on 18 April 2019, retrieved 7 January 2018
Brasil. Lei n. 4.454, de 06 de nov. de 1964. Dispõe sobre a unificação de frequência da corrente elétrica no País, BR: BR Government, 1964, archived from the original on 10 July 2019, retrieved 7 January 2018
CSA Standard C22.2 No. 42-10: General use receptacles, attachment plugs, and similar wiring devices. Mississauga, Ontario: Canadian Standards Association. 2010. p. 1.
CAN3-C235-83: Preferred Voltage Levels for AC Systems, 0 to 50 000 V. Rexdale (Toronto), Ontario: Canadian Standards Association. 1983. p. 9.
C22.1-18: Canadian Electrical Code, Part 1. Toronto, Ontario: Canadian Standards Association. 2018. p. 243.
Colombia. Resolución 90708: Reglamento Técnico de Instalaciones Eléctricas - RETIE, August 30, 2013, CO: Ministry of Mines and Energy, 2013, archived from the original on 11 July 2015, retrieved 16 October 2018
Colombia. CREG Resolución No. 70, May 28, 1998, CO: Commission for the Regulation of Energy and Gas (CREG), 1998, archived from the original on 17 October 2018, retrieved 16 October 2018
"List of Voltages & Frequencies (Hz) Around the World" (Archived copy). Archived from the original on 23 November 2022. Retrieved 20 December 2022.
Tensiones Transitorias - Boletín Informativo (PDF), CR: CNFL - Compañía Nacional de Fuerza y Luz S.A., archived (PDF) from the original on 17 August 2021, retrieved 20 April 2020
"Cuba: Electricity - TripAdvisor". Archived from the original on 12 June 2018. Retrieved 10 June 2018.
^ "Curaçao Utilities". Curaçao Tourist Board. Archived from the original on 12 June 2018. Retrieved 28 June 2017.
https://www.power-plugs-sockets.com/gb/curacao/
Confirmed 127 V by looking at Aqualetric residential electricity meter
"Do I need special plugs/adaptors for my devices in Curaçao?". Archived from the original on 17 September 2021. Retrieved 17 September 2021.
Dansk Standard. "DS 60884-2-D1:2011 - Plugs and socket-outlets for household and similar purposes - Requirements for Danish systems". webshop.ds.dk. Archived from the original on 8 January 2014. Retrieved 8 January 2014.
Netzspannungen Weltweit (PDF), Fuhrmeister + Co GmbH, 2020, archived (PDF) from the original on 18 August 2021, retrieved 20 April 2020
"Calculez votre consommation". EDT ENGIE (in French). page 10, article 9. Archived from the original on 2 February 2020.
^ History of Guyana Power and Light Archived 30 April 2018 at the Wayback Machine. Gplinc.com. Retrieved on 2014-01-01.
GPL Converting Parts of the City to 60 Hz, retrieved 2009 July 31 Archived 17 August 2009 at the Wayback Machine. Stabroeknews.com (2009-07-10). Retrieved on 2014-01-01.
"Code of Practice for the Electricity (Wiring) Regulations" (PDF). Electrical and Mechanical Services Department. p. 221. Archived (PDF) from the original on 25 October 2018. Retrieved 28 May 2016.
October 2005. IS 1293 - Indian Standard - Plugs and socket-outlets of related voltage up to and including 250 volts and rated current up to and including 16 Amperes -- Specification Archived 3 March 2016 at the Wayback Machine. Bureau of Indian Standards.
"National Electrical Code 2011" (PDF). Bureau of Indian Standards. Archived (PDF) from the original on 30 December 2021. Retrieved 30 December 2021.
"Power plug & outlet Type D". WorldStandards. Retrieved 9 May 2023.
Type of plug & socket around the world, retrieved 10 May 2023
Bureau of Indian Standards (2005). IS 1293: Plugs and socket- outlets of rated voltage up to and including 250 volts and rated current up to 16 amperes. Public.Resource.Org.
"Information to Industry regarding implementation of IS 1293" (PDF). Bureau of Indian Standards.
"New version of IS standard for plugs and sockets". India Certification – Your expert for India Certifications. 23 December 2020. Retrieved 9 May 2023.
"IS 1293: What are the different kinds of Indian electrical sockets? · Sid Verma". sidverma.io. Retrieved 9 May 2023.
"Department of Electronics and IT upset with BIS's abrupt enforcing of technical standards". The Economic Times. 21 April 2015. ISSN 0013-0389. Retrieved 9 May 2023.
Agarwal, Anil. "S.O. 2166(E)" (PDF). DPIIT - Government of India.
"Persyaratan Umum Instalasi Listrik (PUIL) 2011, Amandemen 1, 2016" (in Indonesian). Jakarta, Indonesia: Kementerian Energi dan Sumber Daya Mineral Republik Indonesia Direktorat Jenderal Ketenagalistrikan. 21 September 2016. Archived from the original on 12 June 2024. Retrieved 12 June 2024.
"Panduan sederhana bagi perantau di Batam". GenPi Kepulauan Riau (in Indonesian). 18 February 2022. Retrieved 5 December 2024.
I.S. 401, "Safety requirements for rewirable and non-rewirable 13 A fused plugs for normal and rough use having insulating sleeves on line and neutral pins", NSAI (National Standards Authority of Ireland), (1997), Dublin
MC&FP, Military Community Outreach. "MilitaryINSTALLATIONS - U.S. Department of Defense". www.militaryinstallations.dod.mil. Archived from the original on 13 July 2018. Retrieved 13 July 2018.
https://www.power-plugs-sockets.com/gb/kosovo/
"Standard Conditions of Supply of Electricity" (PDF). Archived (PDF) from the original on 21 December 2022. Retrieved 20 December 2022.
^ Plug Top/Plug (15 A and below) -Energy Commission of Malaysia. Archived from the original 2015-01-07.
"Guidelines For Electrical Wiring In Residential Buildings" (PDF) (2008 ed.). Energy Commission of Malaysia. Archived (PDF) from the original on 10 October 2018. Retrieved 30 October 2013.
Voltan Nominal Archived 12 February 2019 at the Wayback Machine. Malaysian Energy Commission Notice (Nominal Voltage - 2008-01-01). Retrieved on 2019-02-11
Socket Outlet (15 A and below) Archived 2015-01-07 at the Wayback Machine Energy Commission of Malaysia. (MS 1579:2003 is adaptor for Europlugs.)
"MEM recomienda qué tipo de tomacorrientes se deben utilizar". Diario Correo (in Spanish). 24 January 2016. Archived from the original on 29 March 2019. Retrieved 26 August 2019.
"Philippine Electrical Code, section 2.20.1.5 (a)" (PDF). Archived (PDF) from the original on 29 March 2017. Retrieved 28 March 2017.
ГОСТ 7396.1–89 - Plugs (Electrical) and socket-outlets for domestic and similar general use. Standards. Archived 3 December 2013 at the Wayback Machine Elec.ru (2013-01-30). Retrieved on 2013-02-05.
https://www.power-plugs-sockets.com/gb/saint-helena-ascension-and-tristan-da-cunha/
"Before your stay". Tourism Office of Saint Pierre et Miquelon. Archived from the original on 18 January 2022. Retrieved 1 March 2022.
"New standards for 13A plugs and socket outlets manufactures & importers" (Press release). Public Utilities Commission of Sri Lanka. 13 June 2018. Archived from the original on 31 March 2018. Retrieved 17 April 2019.
"Information SEV 1011 – power socket/plug/connector" (PDF). esti.admin.ch (PDF). Federal Inspectorate for Heavy Current Installations ESTI, Swiss Confederation. 1 August 2011. Archived from the original (PDF) on 25 April 2012. Retrieved 22 August 2014.
"New standard for plugs in Switzerland starting from 2013" (PDF) (PDF). Federal Inspectorate for Heavy Current Installations ESTI, Swiss Confederation. 13 May 2011. Archived (PDF) from the original on 26 May 2013. Retrieved 22 August 2014.
TIS 166-2549 (2006): Thai Industrial Standards for Plugs and socket-outlets for household and similar purposes: plugs and socket-outlets with rated voltage not exceeding 250 V (English translation) Archived from the original 2016-07-07.
TIS 166-2549 (2006): Thai Industrial Standard for Plugs and socket-outlets for household and similar purposes: plugs and socket-outlets with rated voltage not exceeding 250 V (Original Thai) ISBN 974-9815-94-7
"Elektronik Elektrik Sayaçlari Teknik Şartnamesi" (PDF). Archived (PDF) from the original on 16 September 2021. Retrieved 16 September 2021.
"ДСТУ ЕN 50160:2014" (PDF). Archived (PDF) from the original on 16 May 2021. Retrieved 11 March 2020.
Temporarily the nominal voltage in the low-voltage network is 220 V
^ The Electricity Wiring Regulations (2020) (PDF). Abu Dhabi Department of Energy. p. 51. Archived from the original (PDF) on 1 November 2022.
^ The Electricity Supply Regulations (2020) (PDF). Abu Dhabi Department of Energy. 2020. p. 18. Archived from the original (PDF) on 1 November 2022.
Mullins, Malcolm (Spring 2006). "The Origin of the BS 1363 Plug and Socket-Outlet System". IEE Wiring Matters. Institute of Electrical Engineers. Archived from the original on 3 March 2016. Retrieved 16 October 2016.
"Museum of Plugs and Sockets: BS 546 plugs and sockets". www.plugsocketmuseum.nl. Archived from the original on 30 September 2022. Retrieved 6 January 2023.
The Electricity Safety, Quality and Continuity Regulations 2002 PART VII Regulation 27, UK: UK Government, 2002, archived from the original on 24 May 2019, retrieved 12 September 2013
"International Mains Voltages" (PDF). International Mains Voltages - Pooley Inc. SEW Eurodrive. Archived (PDF) from the original on 6 May 2020. Retrieved 15 January 2020.

External links

Electrical systems travel guide from Wikivoyage
Guide to Electrical Equipment for Travelers at Wikibooks

Electricity delivery

Concepts

Portal pylons of Kriftel substation near Frankfurt

Sources

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