List of HVDC projects#Europe
{{short description|Notable 100+ kV electrical transmission systems}}
{{Use dmy dates|date=February 2025}}
{{GeoGroup}}
Electric power transmission through interconnectors using high-voltage direct-current (HVDC) involves usually two converter stations and a transmission line. Generally overhead lines are used, but an important class of HVDC projects use submarine power cables. A back-to-back station has no transmission line and joins two separate AC grids at a single point. Historical HVDC systems used the Thury system of motor-generators but these have all been made obsolete by later developments such as mercury-arc valves (now also obsolete), thyristors, and IGBT power transistors.
Legend
Converter technology:
- Thury = Series-connected generators as designed by René Thury
- Merc = Mercury-arc valve rectifier and inverter
- Thyr = Thyristor rectifier and inverter
- IGBT = Insulated gate bipolar transistor
- BIGT = Bi-mode insulated gate transistor{{Cite web |date=2022-03-30 |title=IEC Technical Report 62543 |url=https://webstore.iec.ch/en/publication/68338 |website=IEC}}
- IEGT = Injection enhanced gate transistor
Line status:
{{legend|#FFFFFF|Existing}}
{{legend|#BFBFFF|Under construction}}
{{legend|#EFFFBF|Planned}}
{{legend|#EFBFBF|Decommissioned}}
Africa
Australia and Oceania
class="wikitable sortable"
! style="background-color: #87CEEB" | {{tooltip|Name|System/Project}} ! style="background-color: #87CEEB" | Converter ! style="background-color: #87CEEB" | Converter ! style="background-color: #87CEEB" data-sort-type="number" | {{tooltip|Total Length (Cable/Pole) ! style="background-color: #87CEEB" data-sort-type="number" | {{tooltip|Nominal ! style="background-color: #87CEEB" data-sort-type="number" | {{tooltip|Power (MW)|Power Rating}} ! style="background-color: #87CEEB" | {{tooltip|Year|Year Commissioned}} ! style="background-color: #87CEEB" | Type ! style="background-color: #87CEEB" class="unsortable" | Remarks ! style="background-color: #87CEEB" class="unsortable" | {{tooltip|Ref|Source}} | ||||||||||
style="display:none;" | !a | !a | !a | -9e99 | -9e99 | -9e99 | 1000-01-01 | !a | !a | !a |
style="display:none;" | ~z | ~z | ~z | 9e99 | 9e99 | 9e99 | 9000-01-01 | ~z | ~z | ~z |
style="background:#efbfbf;" | New Zealand - Benmore {{Coord|44|33|55|S|170|11|24|E|type:landmark|name=Inter-Island - Benmore Static Inverter Plant}} | New Zealand - Haywards {{Coord|41|9|1|S|174|58|52|E|type:landmark|name=Inter-Island - Haywards Static Inverter Plant}} | 611 (40/571) | 270 | 600 | 1965 | Merc | Built as 250 kV 600 MW link Paralleled to operate at 270 kV as positive pole with HVDC Inter-Island 2 in 1992. Partially decommissioned in 2007, fully decommissioned in August 2012. Supplier: ABB | ||
HVDC Inter-Island 2 | New Zealand - Benmore {{Coord|44|33|55|S|170|11|24|E|type:landmark|name=Inter-Island - Benmore Static Inverter Plant}} | New Zealand - Haywards {{Coord|41|9|1|S|174|58|52|E|type:landmark|name=Inter-Island - Haywards Static Inverter Plant}} | 611 (40/571) | 350 | 700 | 1992 | Thyr | Negative pole, operates in bipole configuration with HVDC Inter-Island 3 (previously HVDC Inter-Island 1) Restricted to 500 MW due to cable rating. Supplier: ABB | ||
Terranora interconnector (Directlink) | Australia - Mullumbimby {{Coord|28|34|15|S|153|27|8|E|type:landmark|name=Directlink - Mullumbimby Static Inverter Plant}} | Australia - Bungalora {{Coord|28|15|20|S|153|28|20|E|type:landmark|name=Directlink - Bungalora Static Inverter Plant}} | 59 (59/0) | 80 | 180 | 2000 | IGBT | Land cable Supplier: ABB | ||
Murraylink | Australia - Red Cliffs {{Coord|34|17|31|S|142|14|19|E|type:landmark|name=Red Cliffs Static Inverter Plant}} | Australia - Berri {{Coord|34|14|17|S|140|36|01|E|type:landmark|name=Berri Static Inverter Plant}} | 176 (176/0) | 150 | 200 | 2002 | IGBT | Underground XLPE cable Supplier: ABB | ||
Basslink | Australia - Loy Yang {{Coord|38|15|45|S|146|36|29|E|type:landmark|name=Basslink - LoyYang Static Inverter Plant}} | Australia - George Town {{Coord|41|6|53|S|146|53|31|E|type:landmark|name=Basslink - GeorgeTown Static Inverter Plant}} | 370 (298/72) | 400 | 500 | 2006 | Thyr | One of the longest HVDC cable in operation Supplier: Siemens | {{cite web|url=http://www.basslink.com.au/|title=Basslink|website=Basslink.com.au|access-date=16 January 2018|archive-date=17 January 2018|archive-url=https://web.archive.org/web/20180117131431/http://www.basslink.com.au/|url-status=live}}{{cite journal|url=http://www.ptd.siemens.de/HVDC_Solutions_EPRI_Conference_09-07_V_1b.pdf|page=44|publisher=Siemens|title=HVDC Solutions for System Interconnection and Advanced Grid Access|journal=EPRI HVDC Conference 2007-09-13 to 14|author=Joerg Dorn|author2=Dietmar Retzmann|author3=Cristen Schimpf|author4=Dag Soerangr|date=2007-11-06|access-date=15 February 2014|archive-date=2013-01-14|archive-url=https://web.archive.org/web/20130114222915/http://www.ptd.siemens.de/HVDC_Solutions_EPRI_Conference_09-07_V_1b.pdf|url-status=live}} | |
HVDC Inter-Island 3 | New Zealand - Benmore {{Coord|44|33|55|S|170|11|24|E|type:landmark|name=Inter-Island - Benmore Static Inverter Plant}} | New Zealand - Haywards {{Coord|41|9|1|S|174|58|52|E|type:landmark|name=Inter-Island - Haywards Static Inverter Plant}} | 611 (40/571) | 350 | 735 | 2013 | Thyr | Positive pole, operates in bipole configuration with HVDC Inter-Island 2 Supplier: Siemens | {{cite web|url=https://www.transpower.co.nz/projects/hvdc-inter-island-link-project |title=HVDC Inter-Island Link Project - Transpower |work=Transpower New Zealand |access-date=15 February 2014 |url-status=dead |archive-url=https://web.archive.org/web/20130210075035/https://www.transpower.co.nz/projects/hvdc-inter-island-link-project |archive-date=February 10, 2013 }} | |
style="background:#efffbf;" | Australia - Darwin | Singapore | 4200 undersea 800 overland | 2027 | aka Sun Cable | |||||
style="background:#efffbf;" | Australia - Burnie | Australia - Latrobe Valley | Approximately 340 (90/250) | 750 + 750 | late 2020s | {{cite web|url=https://www.marinuslink.com.au/wp-content/uploads/2021/12/quadfold-Marinus-Link-Fact-Sheet-NOV-v31.pdf |title=Fact Sheet - 1500 MW Marinus Link - Nov 2021|website=www.marinuslink.com.au |access-date=20 December 2021}} |
Asia
class="wikitable sortable"
! style="background-color: #87CEEB" | {{tooltip|Name|System/Project}} ! style="background-color: #87CEEB" | Converter ! style="background-color: #87CEEB" | Converter ! style="background-color: #87CEEB" data-sort-type="number" | {{tooltip|Total Length (Cable/Pole) ! style="background-color: #87CEEB" data-sort-type="number" | {{tooltip|Nominal ! style="background-color: #87CEEB" data-sort-type="number" | {{tooltip|Power (MW)|Power Rating}} ! style="background-color: #87CEEB" | {{tooltip|Year|Year Commissioned}} ! style="background-color: #87CEEB" | Type ! style="background-color: #87CEEB" class="unsortable" | Remarks ! style="background-color: #87CEEB" class="unsortable" | {{tooltip|Ref|Source}} | ||||||||||
style="display:none;" | !a | !a | !a | -9e99 | -9e99 | -9e99 | 1000-01-01 | !a | !a | !a |
style="display:none;" | ~z | ~z | ~z | 9e99 | 9e99 | 9e99 | 9000-01-01 | ~z | ~z | ~z |
Hokkaido - Honshu | Japan - Hakodate {{Coord|41|55|55|N|140|39|47|E|type:landmark_region:JP|display=inline|name=Hokkaido-Honshu Transmission - Hakodate Static Inverter Plant}} | Japan - Kamikita {{Coord|40|48|06|N|141|11|52|E|type:landmark_region:JP|display=inline|name=Hokkaido-Honshu Transmission - Kamikita Static Inverter Plant}} | 193 (44/149) | 250 | 300 | 1979 | Thyr | Supplier: ABB, Hitachi, Toshiba | ||
Zhou Shan | China - Ningbo {{coord|29|55|25|N|121|46|51|E|type:landmark|name = HVDC Zhoushan - Ningbo Static Inverter Plant?}} | China - Gao Tongge {{coord|30|02|13|N|122|04|03|E|type:landmark|name = HVDC Zhoushan - Gao Tongge Static Inverter Plant?}} | 54 (12/42) | 100 | 50 | 1982 | Thyr | |||
Gezhouba - Shanghai | China - Gezhouba Dam {{Coord|30|43|44|N|111|14|39|E|type:landmark|name=GeSha - Gezhouba Static Inverter Plant}} | China - Nan Qiao {{Coord|30|57|22|N|121|24|48|E|type:landmark|name=GeSha - Nan Qiao Static Inverter Plant}} | 1046 (0/1046) | 500 | 1200 | 1989 | Thyr | Power line shares pylons of HVDC Hubei - Shanghai in most part of its track
HVDC C&P System Refurbished by NR Electric | {{cite web|url=http://new.abb.com/systems/hvdc/references/gezhouba---shanghai|title=References - ABB|website=New.abb.com|access-date=16 January 2018|archive-date=20 January 2016|archive-url=https://web.archive.org/web/20160120170439/http://new.abb.com/systems/hvdc/references/gezhouba---shanghai|url-status=live}} | |
Sileru-Barsoor | India - Sileru {{Coord|17|52|01|N|81|39|21|E|type:landmark|name=Sileru-Barsoor Transmission - Sileru Static Inverter Plant}} | India - Barsoor {{Coord|19|8|20|N|81|23|47|E|type:landmark|name=Sileru-Barsoor Transmission - Barsoor Static Inverter Plant}} | 196 (0/196) | 200 | 100 | 1989 | Thyr | Supplier: BHEL | ||
style="background:#efbfbf;" | Kazakhstan - Ekibastuz {{Coord|51|48|57|N|75|18|58|E|type:landmark_region:UA|name=HVDC Ekibastuz-Centre - Ekibastuz HVDC Static Inverter Plant}} | Russia - Tambov {{Coord|52|46|25|N|41|19|17|E|type:landmark_region:UA|name=Tambov Substation ( planned terminal of HVDC Ekibastuz–Centre)}} | 2414 (0/2414) | 750 | 6000 | - | Thyr | Construction sites abandoned around 1990 owing to collapse of Soviet Union, line was never completed | ||
Rihand-Delhi | India - Rihand {{Coord|24|01|13|N|82|47|21|E|type:landmark|name=Rihand-Delhi Transmission - Rihand Static Inverter Plant}} | India - Dadri {{Coord|28|35|36|N|77|36|16|E|type:landmark|name=Rihand-Delhi Transmission - Dadri Static Inverter Plant}} | 814 (0/814) | 500 | 1500 | 1990 | Thyr | Supplier: ABB, BHEL | {{cite web|url=http://new.abb.com/systems/hvdc/references/rihand---delhi|title=References - ABB|website=New.abb.com|access-date=16 January 2018|archive-date=27 January 2017|archive-url=https://web.archive.org/web/20170127073135/http://new.abb.com/systems/hvdc/references/rihand---delhi|url-status=live}} | |
Haenam-Cheju | South Korea - Haenam {{Coord|34|22|03|N|126|35|34|E|type:landmark|name=Haenam-Cheju Transmission - Haenam Static Inverter Plant}} | South Korea - Jeju {{Coord|33|32|06|N|126|35|44|E|type:landmark|name=Haenam-Cheju Transmission - Jeju Static Inverter Plant}} | 101 (101/0) | 180 | 300 | 1996 | Thyr | Supplier: Alstom | ||
Leyte - Luzon | Philippines - Ormoc, Leyte {{Coord|11|5|19|N|124|38|21|E|type:landmark|name=Leyte-Luzon Transmission - Ormoc Static Inverter Plant}} | Philippines - Naga, Camarines Sur {{Coord|13|36|40|N|123|14|19|E|type:landmark|name=Leyte-Luzon Transmission - Naga Static Inverter Plant}} | 451 (21/430) | 350 | 440 | 1998 | Thyr | Supplier: ABB, Marubeni
HVDC C&P System Refurbished by NR Electric | ||
Chandrapur-Padghe | India - Chandrapur {{Coord|20|0|36|N|79|17|06|E|type:landmark|name=Chandrapur-Padghe Transmission - Chandrapur converter station}} | India - Padghe {{Coord|19|21|26|N|73|11|18|E|type:landmark|name=Chandrapur-Padghe Transmission - Padghe converter station}} | 752 (0/752) | 500 | 1500 | 1999 | Thyr | Supplier: ABB | {{cite web|url=http://new.abb.com/systems/hvdc/references/chandrapur---padghe|title=References - ABB|website=New.abb.com|access-date=16 January 2018|archive-date=9 January 2018|archive-url=https://web.archive.org/web/20180109023456/http://new.abb.com/systems/hvdc/references/chandrapur---padghe|url-status=live}} | |
Kii Channel | Japan - Anan {{Coord|33|49|40|N|134|38|14|E|type:landmark_region:JP|display=inline|name=Kii Channel Crossing - Anan Static Inverter Plant}} | Japan - Kihoku {{Coord|34|12|50|N|135|30|07|E|type:landmark_region:JP|display=inline|name=Kii Channel Crossing - Kihoku Static Inverter Plant}} | 100 (50/50) | 250 | 1400 | 2000 | Thyr | Supplier: Hitachi, Toshiba, Mitsubishi | ||
Tian-Guang | China - Tianshengqiao {{coord|24|54|56|N|105|05|47|E|type:landmark|name=HVDC Tian-Guang Tianshengqiao Static Inverter Plant}} | China - Beijiao {{coord|23|18|58|N|113|15|05|E|type:landmark|name=HVDC Tian-Guang Beijiao Static Inverter Plant}} | 960 (0/960) | 500 | 1800 | 2001 | Thyr | Supplier: Siemens
HVDC C&P System Refurbished by NR Electric | ||
Thailand-Malaysia | Thailand - Khlong Ngae {{Coord|6|42|56|N|100|27|8|E|type:landmark|name=Thailand-Malaysia Transmission - Khlong Ngae Static Inverter Plant}} | Malaysia - Gurun {{Coord|5|48|45|N|100|32|6|E|type:landmark|name=Thailand-Malaysia Transmission - Gurun Static Inverter Plant}} | 110 (0/110) | 300 | 300 | 2001 | Thyr | Supplier: Siemens | ||
Shengsi | China - Shengsi {{Coord|30|42|06|N|122|26|22|E|type:landmark|name=HVDC Shengsi - Shengsi Static Inverter Plant}} | China - Anabasis Sizu {{Coord|30|51|56|N|121|50|25|E|type:landmark|name=HVDC Shengsi - Anabasis Sizu Static Inverter Plant}} | 66.2 (63.21/2.99) | 50 | 60 | 2002 | Thyr | {{cite web|url=http://www.dsius.com/cet/HVDCinChina_EPRI2013_HVDC.pdf|title=HVDC in China|website=Dsius.com|access-date=16 January 2018|archive-date=24 March 2017|archive-url=https://web.archive.org/web/20170324145409/http://dsius.com/cet/HVDCinChina_EPRI2013_HVDC.pdf|url-status=live}} | ||
Talcher-Kolar | India - Talcher, Odisha {{Coord|21|06|01|N|85|03|49|E|type:landmark|name=Talcher-Kolar HVDC system - Talcher converter station}} | India - Kolar, Karnataka {{Coord|13|10|39|N|78|7|0|E|type:landmark|name=Talcher-Kolar HVDC system - Kolar converter station}} | 1450 (0/1450) | 500 | 2500 | 2003 | Thyr | Supplier: Siemens | ||
Three Gorges - Changzhou | China - Longquan {{Coord|30|47|6|N|111|31|48|E|type:landmark|name=Three Gorges-Changzhou Transmission - Longquan Static Inverter Plant}} | China - Zhengping {{Coord|31|36|42|N|119|59|27|E|type:landmark|name=Three Gorges-Changzhou Transmission - Zhengping Static Inverter Plant}} | 890 (0/890) | 500 | 3000 | 2003 | Thyr | From north bank of Three Gorges to Zhengping, 200 km from Shanghai in the East grid Supplier: ABB, Siemens. Sharing of grounding electrode at Chujiahu with HVDC Hubei-Shanghai | {{cite web|url=http://library.abb.com/global/scot/scot221.nsf/veritydisplay/5a3c07c06ce80821c1256fda003b4d45/$File/Role%20of%20Three%20Gorges%20-%20Changzhou%20HVDC%20in%20Interconnecting%20.pdf |title=ROLE OF THREE GORGES - CHANGZHOU HVDC IN INTERCONNECTING CENTRAL AND EAST CHINA |publisher=ABB |access-date=2014-02-10 |url-status=dead |archive-url=https://web.archive.org/web/20120216011121/http://library.abb.com/global/scot/scot221.nsf/veritydisplay/5a3c07c06ce80821c1256fda003b4d45/%24File/Role%20of%20Three%20Gorges%20-%20Changzhou%20HVDC%20in%20Interconnecting%20.pdf |archive-date=February 16, 2012 }}{{cite web|url=http://new.abb.com/systems/hvdc/references/three-gorges---changzhou|title=References - ABB|website=New.abb.com|access-date=16 January 2018|archive-date=8 September 2019|archive-url=https://web.archive.org/web/20190908050418/https://new.abb.com/systems/hvdc/references/three-gorges---changzhou|url-status=live}} | |
Guizhou - Guangdong I | China - Anshun, Guizhou {{Coord|26|16|23|N|105|48|21|E|type:landmark|name=GuG I - Anshun Static Inverter Plant}} | China - Zhaoqing, Guangdong {{Coord|22|54|57|N|112|29|11|E|type:landmark|name=GuG I - Zhaoqing Static Inverter Plant}} | 980 (0/980) | 500 | 3000 | 2004 | Thyr | Supplier: Siemens | ||
Three Gorges - Guangdong | China - Jingzhou {{Coord|30|27|26|N|112|08|18|E|type:landmark|name=Three Gorges-Guangdong Transmission - Jingzhou Static Inverter Plant}} | China - Huizhou {{Coord|23|16|15|N|114|12|5|E|type:landmark|name=Three Gorges-Guangdong Transmission - Huizhou Static Inverter Plant}} | 940 (0/940) | 500 | 3000 | 2004 | Thyr | Supplier: ABB | {{cite web|url=http://new.abb.com/systems/hvdc/references/three-gorges---guangdong|title=References - ABB|website=New.abb.com|access-date=16 January 2018|archive-date=11 July 2017|archive-url=https://web.archive.org/web/20170711020654/http://new.abb.com/systems/hvdc/references/three-gorges---guangdong|url-status=live}} | |
Three Gorges - Shanghai | China - Yidu {{Coord|30|31|45|N|111|22|35|E|type:landmark|name=Three Gorges-Shanghai Transmission - Yidu Static Inverter Plant}} | China - Shanghai {{Coord|31|14|13|N|121|11|13|E|type:landmark|name=Three Gorges-Shanghai Transmission - Shanghai Static Inverter Plant}} | 1060 (0/1060) | 500 | 3000 | 2006 | Thyr | Supplier: ABB | {{cite web|url=http://new.abb.com/systems/hvdc/references/three-gorges---shanghai|title=References - ABB|website=New.abb.com|access-date=16 January 2018|archive-date=20 January 2016|archive-url=https://web.archive.org/web/20160120170439/http://new.abb.com/systems/hvdc/references/three-gorges---shanghai|url-status=live}} | |
Guizhou - Guangdong II | China - Xingren {{Coord|25|27|56|N|105|15|14|E|type:landmark|name=GuG II - Xingren Static Inverter Plant}} | China - Shenzhen {{Coord|22|45|1|N|113|59|28|E|type:landmark|name=GuG II - Shenzhen Static Inverter Plant}} | 1200 (0/1200) | 500 | 3000 | 2007 | Thyr | Supplier: Siemens, Sharing of grounding electrode at Linwu with HVDC Yunnan - Guangdong | ||
Ballia - Bhiwadi | India - Ballia {{coord|26|04|16|N|83|42|48|E|type:landmark|name=HVDC Ballia-Bhiwadi - Ballia Static Inverter Plant}} | India - Bhiwadi {{coord|28|11|0|N|76|48|58|E|type:landmark|name=HVDC Ballia-Bhiwadi - Bhiwadi Static Inverter Plant}} | 800 (0/800) | 500 | 2500 | 2010 | Thyr | Supplier: Siemens | ||
Baoji - Deyang | China - Baoji {{coord|34|34|47|N|107|19|49|E|type:landmark|name=HVDC Baoji-Deyang - Baoji Static Inverter Plant}} | China - Denyang {{coord|31|19|22|N|104|34|51|E|type:landmark|name=HVDC Baoji-Deyang - Deyang Static Inverter Plant}} | 574 (0/574) | 500 | 3000 | 2010 | Thyr | ??? | ||
Hulunbeir - Liaoning | China - Hulunbeir {{coord|48|31|04|N|119|43|30|E|type:landmark|name=HVDC Hulunbeir-Liaoning - Hulunbeir Static Inverter Plant}} | China - Shenyang {{coord|41|07|25|N|122|46|44|E|type:landmark|name=HVDC Hulunbeir-Liaoning - Shenyang Static Inverter Plant}} | 920 (0/920) | 500 | 3000 | 2010 | Thyr | Supplier: ABB | {{cite web|url=http://new.abb.com/systems/hvdc/references/hulunbeir---liaoning|title=References - ABB|website=New.abb.com|access-date=16 January 2018|archive-date=20 January 2016|archive-url=https://web.archive.org/web/20160120170439/http://new.abb.com/systems/hvdc/references/hulunbeir---liaoning|url-status=live}} | |
Xiangjiaba-Shanghai | China - Fulong {{Coord|28|32|47|N|104|25|04|E|type:landmark|name= Xiangjiaba–Shanghai HVDC system – Fulong converter station}} | China - Fengxia {{Coord|30|55|32|N|121|46|16|E|type:landmark|name= Xiangjiaba–Shanghai HVDC system – Fengxia converter station}} | 1980 (0/1980) | 800 | 6400 | 2010 | Thyr | Supplier: ABB | {{cite web|url=http://new.abb.com/systems/hvdc/references/xiangjiaba---shanghai|title=References - ABB|website=New.abb.com|access-date=16 January 2018|archive-date=16 May 2018|archive-url=https://web.archive.org/web/20180516064433/http://new.abb.com/systems/hvdc/references/xiangjiaba---shanghai|url-status=live}} | |
Yunnan - Guangdong | China - Yunnan province {{coord|25|11|24|N|102|11|30|E|type:landmark|name=HVDC Yunnan - Chuxiong Static Inverter Plant}} | China - Zengcheng {{coord|23|15|19|N|113|40|44|E|type:landmark|name=HVDC Yunnan–Guangdong - Zengcheng Static Inverter Plant}} | 1418 (0/1418) | 800 | 5000 | 2010 | Thyr | Supplier: Siemens, Sharing of grounding electrode at Linwu with HVDC Guizhou - Guangdong II
highlight: worldwide first dc 800kv hvdc application | ||
Hubei - Shanghai | China - Jingmen {{Coord|30|49|21|N|112|07|15|E|type:landmark|name=HVDC Hubei - Shanghai - Jingmen Static Inverter Plant}} | China - Fenjing {{Coord|30|52|00|N|121|00|58|E|type:landmark|name=HVDC Hubei - Shanghai - Fenjing Static Inverter Plant}} | 970 (0/970) | 500 | 3000 | 2011 | Thyr | Power line shares pylons of HVDC Gezhouba - Shanghai in most part of its track, sharing of grounding electrode at Chujiahu with HVDC Shanghai-Changzhou | ??? | |
Nanhui Wind Farm Integration | China | China | 8.4 (8.4/0) | 30 | 18 | 2011 | IGBT | Supplier: C-EPRI Electric Power Engineering Co., Ltd | {{cite web|url=http://www.epri.sgcc.com.cn/prgc/english/Company_Capability/201203/t20120307_1038855.html|archive-url=https://web.archive.org/web/20130702053357/http://www.epri.sgcc.com.cn/prgc/english/Company_Capability/201203/t20120307_1038855.html|url-status=dead|archive-date=2 July 2013|title=China-EPRI Electric Power Engineering Co., Ltd.|date=2 July 2013|access-date=16 January 2018}} | |
Ningdong - Shandong | China - Yinchuan {{coord|38|06|56|N|106|30|55|E|type:landmark|name=HVDC Ningxia-Shandong - Yinchuan Static Inverter Plant}} | China - Qingdao {{coord|36|18|41|N|119|52|53|E|type:landmark|name=HVDC Ningxia-Shandong - Qingdao Static Inverter Plant}} | 1335 (0/1335) | 660 | 4000 | 2011 | Thyr | Supplier:Alstom; C-EPRI Electric Power Engineering Co., Ltd | ||
Qinghai - Tibet | China - Geermu {{coord|36|21|20|N|95|11|05|E|type:landmark|name=HVDC Qinghai-Tibet - Geermu Static Inverter Plant}} | China - Lhasa {{coord|29|52|39|N|91|11|44|E|type:landmark|name=HVDC Qinghai-Tibet - Lhasa Static Inverter Plant}} | 1038 (0/1038) | 400 | 1500 | 2011 | Thyr | Powerline reaches altitudes up to 5300 m above sea level Supplier: CET, SGCC | ||
Mundra - Haryana | India - Mundra {{coord|22|49|46|N|69|33|22|E|type:landmark|name=HVDC Mundra-Haryana - Mundra Static Inverter Plant}} | India - Mohindergarh {{coord|28|21|40|N|76|12|56|E|type:landmark|name=HVDC Mundra-Haryana - Mohindergarh Static Inverter Plant}} | 960 (0/960) | 500 | 2500 | 2012 | Thyr | Supplier: Siemens | ||
Dalian City Infeed | China - Dalian North | China - Dalian South | 43 (43/0) | 320 | 1000 | 2013 | IGBT | {{cite web|url=http://www.epri.sgcc.com.cn/prgc/english/Company_Capability/201203/t20120307_1038854.html|archive-url=https://web.archive.org/web/20130702045929/http://www.epri.sgcc.com.cn/prgc/english/Company_Capability/201203/t20120307_1038854.html|url-status=dead|archive-date=2 July 2013|title=China-EPRI Electric Power Engineering Co., Ltd.|date=2 July 2013|access-date=16 January 2018}} | ||
Jinping - Sunan | China - Jinping {{coord|27|50|11|N|102|08|30|E|type:landmark|name=HVDC Jinping-Sunan - Jinping Static Inverter Plant}} | China - Suzhou {{coord|31|03|44|N|120|37|20|E|type:landmark|name=HVDC Jinping-Sunan - Suzhou Static Inverter Plant}} | 2090 (0/2090) | 800 | 7200 | 2013 | Thyr | Supplier: ABB, C-EPRI Electric Power Engineering Co., Ltd
ACC Provided by NR Electric in Jinping Converter Station | ||
Nanao Multi-terminal VSC HVDC | China - Sucheng {{coord|23|26|40|N|116|48|50|E|type:landmark|name=HVDC Nanao - Sucheng Static Inverter Plant}} | China - Jinniu {{coord|23|26|14|N|117|01|36|E|type:landmark|name=HVDC Nanao - Jinniu Static Inverter Plant}}; China - Qingao {{coord|23|25|46|N|117|07|45|E|type:landmark|name=HVDC Nanao - Qingao Static Inverter Plant}} | 32 (10/32) | {{sort|320|±160}} | 200/100/50 | 2013 | IEGT/IGBT | SEPRI (Electric Power Research Institute, China Southern Power Grid) is technically responsible for the entire project. Multiple suppliers are involved: three different VSC HVDC valve suppliers, two different HVDC land/sea cable suppliers and three different control & protection system/equipment suppliers. |
[http://www.csg.cn/nwgsxw/2013/mtgz/201312/t20131226_75031.html world's first multi-terminal VSC HVDC transmission project ] {{webarchive|url=https://web.archive.org/web/20140301043022/http://www.csg.cn/nwgsxw/2013/mtgz/201312/t20131226_75031.html |date=2014-03-01 }}, accessed in February 2014 [http://www.dnvgl.com/news-events/news/word-record-hvdc-transmission.aspx world's first multi-terminal VSC HVDC transmission project ], accessed in February 2014 {{webarchive |url=https://web.archive.org/web/20140208095726/http://www.dnvgl.com/news-events/news/word-record-hvdc-transmission.aspx |date=February 8, 2014 }} | |
Nuozhadu - Guangdong | China - Nuozhadu {{coord|22|39|20|N|100|40|00|E|type:landmark|name=HVDC Nuozhadu Static Inverter Plant}} | China - Jiangmen {{coord|22|42|33|N|112|52|12|E|type:landmark|name=HVDC Jiangmen Static Inverter Plant}} | 1413 | 800 | 6400 | 2013 | Thyr | ??? | ||
Xiluodo - Guangdong | China - Zhaotong {{coord|28|07|21|N|104|22|27|E|type:landmark|name=HVDC Xiluodu Static Inverter Plant}} | China - Conghua {{coord|23|34|00|N|113|27|03|E|type:landmark|name=HVDC Conghua Static Inverter Plant}} | 1286 (0/1286) | 500 | 6400 | 2013 | Thyr | ??? | ||
Hami - Zhengzhou | China-Hami {{coord|42|35|20|N|93|27|46|E|type:landmark|name=HVDC Hami Static Inverter Plant}} | China-Zhengzhou {{coord|34|48|46|N|114|03|24|E|type:landmark|name=HVDC Zhengzhou Static Inverter Plant}} | 2210 | 800 | 8000 | 2014 | Thyr | Supplier: C-EPRI Electric Power Engineering Co., Ltd
HVDC C&P System Provided by NR Electric {{cite press release | url = http://www.sgcc.com.cn/ywlm/mediacenter/corporatenews/05/272889.shtml | title = Southern Hami-Zhengzhou ±800kV UHVDC Transmission Project, Second Xinjiang-Northwest Main Grid 750kV HVDC Transmission Line Start Construction to Build the Silk Road of Electricity Connecting the Western Frontier with the Central Plains | publisher = State Grid Corporation of China | date = 2012-05-14 | accessdate = 2012-11-27}} {{cite web |url=http://www.epri.sgcc.com.cn/prgc/english/News/201402/t20140228_1386217.html |title=China-EPRI Electric Power Engineering Co., Ltd |access-date=2014-04-19 |url-status=dead |archive-url=https://web.archive.org/web/20140420042719/http://www.epri.sgcc.com.cn/prgc/english/News/201402/t20140228_1386217.html |archive-date=2014-04-20 }}{{cite press release | url = http://www.abb.com/cawp/seitp202/4679778c0a79cd42c1257ac300289ee3.aspx | title = ABB wins power transformers order in China worth over $100 million | publisher = ABB | date = 2012-11-27 | accessdate = 2012-11-27}} | url = http://www.globaltransmission.info/archive.php?id=13203 | title = China XD to supply equipment for SGCC's UHVDC project | work = Global Transmission Report | date = 2012-10-16 | accessdate = 2012-11-27 | archive-date = 2012-10-27 | archive-url = https://web.archive.org/web/20121027030529/http://www.globaltransmission.info/archive.php?id=13203 | url-status = dead }}{{cite web|publisher=Siemens|date=2015|accessdate=2019-01-31|url=https://www.energy.siemens.com/ru/pool/hq/power-transmission/Transformers/news/2015/2015-nov-new-order-from-sgcc.pdf|title=New order from SGCC: Siemens' biggest HVDC transformer order to date|format=PDF;101KiB|archive-date=2019-01-31|archive-url=https://web.archive.org/web/20190131145458/https://www.energy.siemens.com/ru/pool/hq/power-transmission/Transformers/news/2015/2015-nov-new-order-from-sgcc.pdf|url-status=dead}} {{cite press release|url=http://www.sgcc.com.cn/ywlm/mediacenter/corporatenews/04/271033.shtml|title=Preliminary Assessments for Hami-Zhengzhou and Xiluodu-Western Zhejiang UHV DC Projects Completed|publisher=State Grid Corporation of China|date=2012-04-12|accessdate=2012-11-27}} | ||
Jindo - Jeju | South Korea - Jindo {{Coord|34|23|08|N|126|11|14|E|type:landmark|name=HVDC Jindo–Jeju - Jindo Static Inverter Plant}} | South Korea - Jeju {{Coord|33|27|17|N|126|28|25|E|type:landmark|name=HVDC Jindo–Jeju - Jeju Static Inverter Plant}} | 105 (105/0) | 250 | 400 | 2014 | Thyr | Supplier: Alstom (converter stations), LS Cable and System (cables). | [http://www.alstom.com/press-centre/2014/7/alstom-grid-energises-jeju-island-in-south-korea/Alstom]{{dead link|date=September 2017|bot=InternetArchiveBot|fix-attempted=yes}}, Alstom Press Release, 7 July 2014.{{cite web|url=http://m.lscns.com/solution/solution0601.asp|title=Error - LS Cable|website=m.lscns.com|access-date=16 January 2018|archive-url=https://web.archive.org/web/20151119055134/http://m.lscns.com/solution/solution0601.asp|archive-date=19 November 2015|url-status=dead}} | |
Xiluodo - West Zhejiang | China - Xiluodu {{coord|28|27|37|N|104|20|20|E|type:landmark|name=HVDC Shuanglong Static Inverter Plant}} | China - Jinghua {{coord|28|53|46|N|119|43|00|E|type:landmark|name=HVDC Wuyi Static Inverter Plant}} | 1680 | 800 | 8000 | 2014 | Thyr | Supplier:C-EPRI Electric Power Engineering Co., Ltd | ??? | |
Zhoushan Multi-terminal DC Interconnection | China - Zhoushan {{Coord|30|09|07|N|121|59|29|E|type:landmark|name=HVDC Zhejiang Zhoushan Islands - Zhoushan Static Inverter Plant}} | China - Qushan {{Coord|30|25|26|N|122|16|48|E|type:landmark|name=HVDC Zhejiang Zhoushan Islands - Qushan Static Inverter Plant}} ; China - Daishan {{Coord|30|19|37|N|122|11|35|E|type:landmark|name=HVDC Zhejiang Zhoushan Islands - Daishan Static Inverter Plant}} ; China - Yangshan {{Coord|30|36|26|N|122|07|40|E|type:landmark|name=HVDC Zhejiang Zhoushan Islands - Yangshan Static Inverter Plant}} ; China - Sijiao {{Coord|30|41|45|N|122|25|50|E|type:landmark|name=HVDC Zhejiang Zhoushan Islands - Sijiao Static Inverter Plant}} | 134 (134/0) | {{sort|400|±200}} | 400 | 2014 | IGBT | Supplier:C-EPRI Electric Power Engineering Co., Ltd
HVDC C&P System Provided by NR Electric | ||
Humeng - Shandong | China | China | 800 | 6400 | 2015 | Thyr | ??? | |||
Irkutsk - Beijing | Russia - Irkutsk | China - Beijing | 800 | 6400 | 2015 | Thyr | ??? | |||
Champa-Kurukshetra | India - Champa | India - Kurukshetra | 1365 (0/1365) | 800 | {{sort|6000|2 x 3000}} | 2016 | Thyr | 2 Bipoles. Supplier: Alstom | {{cite web|url=http://www.alstom.com/Global/OneAlstomPlus/Grid/PDF/Supergrid/Champa%20800%20kV%20UHVDC%20project%20in%20India.pdf?epslanguage=en-GB|format=PDF|title=Champa ±800 kV UHVDC|website=Alstom.com|access-date=16 January 2018|archive-url=https://web.archive.org/web/20150127054620/http://www.alstom.com/Global/OneAlstomPlus/Grid/PDF/Supergrid/Champa%20800%20kV%20UHVDC%20project%20in%20India.pdf?epslanguage=en-GB|archive-date=27 January 2015|url-status=dead}} | |
Goupitan - Guangdong | China | China | 3000 | 2016 | Thyr | ??? | ||||
Jinsha River II - East China | China | China | 800 | 6400 | 2016 | Thyr | ??? | |||
North-East Agra | India - Agra {{coord|27|05|01|N|78|04|22|E|type:landmark|name=HVDC Biswanath-Agra - Agra Static Inverter Plant}} | India - Biswanath {{coord|26|44|23|N|93|13|09|E|type:landmark|name=HVDC Biswanath Static Inverter Plant}} | 1728 (0/1728) | 800 | 6000 | 2016 | Thyr | Will supply electricity to serve 90 million people Bipole Ultra high voltage, multiterminal (intermediate converter station at Alipurdauar {{coord|26|29|23|N|89|27|41|E|type:landmark|name=HVDC Biswanath-Agra}}) Supplier: ABB | {{cite web|url=http://new.abb.com/systems/hvdc/references/north-east-agra|title=References - ABB|website=New.abb.com|access-date=16 January 2018|archive-date=12 January 2018|archive-url=https://web.archive.org/web/20180112233948/http://new.abb.com/systems/hvdc/references/north-east-agra|url-status=live}} | |
New HVDC Hokkaido-Honshu | Japan - Imabetsu {{Coord|41|08|01|N|140|30|46|E|type:landmark_region:JP|display=inline|name=New Hokkaido-Honshu Transmission - Imabetsu Static Inverter Plant}} | Japan - Hokuto {{Coord|41|54|57|N|140|35|07|E|type:landmark_region:JP|display=inline|name=New Hokkaido-Honshu Transmission - Hokuto Static Inverter Plant}} | 122 (24/98) | 250 | 300 | 2019 | IGBT | suppliers: Toshiba | {{cite web |url= https://www.cigre2019.jp/_img/program/The%20New%20Hokkaido-Honshu%20HVDC%20Link.pdf |title= The New Hokkaido-Honshu HVDC Link }}{{Dead link|date=June 2022 |bot=InternetArchiveBot |fix-attempted=yes }}{{cite web|url=https://www.toshiba-energy.com/en/info/info2019_0328_02.htm|title=New Hokkaido-Honshu VSC HVDC Commissioned, Interconnecting Hokkaido and the Main Island of Honshu|date=28 March 2019|access-date=7 January 2021|archive-date=17 October 2020|archive-url=https://web.archive.org/web/20201017023609/https://www.toshiba-energy.com/en/info/info2019_0328_02.htm|url-status=live}} | |
Matiari to Lahore Transmission Line Project | Pakistan - Matiari, Sindh | Pakistan - Lahore, Punjab | 878 | 660 | 4000 | 2021 | Thyr | ±660 kV Bipole HVDC with Converter/ Grounding Electrode Stations | ||
style="background:#bfbfff;"
| Inner Mongolia - Linyi | China - Shizhustan {{coord|38|46|40|N|106|52|00|E|type:landmark|name=HVDC Shizhustan Static Inverter Plant}} | China - Linyi {{coord|35|33|07|N|118|37|07|E|type:landmark|name=HVDC Linyi Static Inverter Plant}} | 800 | 6400 | 2017 | Thyr | ??? | |||
style="background:#bfbfff;"
| Jiuquan- Xiangtan | China - Qiaowan {{coord|40|36|03|N|96|43|22|E|type:landmark|name=HVDC Qiaowan Static Inverter Plant}} | China - Xiangtan {{coord|27|38|55|N|112|47|25|E|type:landmark|name=HVDC Xiangtan Static Inverter Plant}} | 800 | 6400 | 2017 | Thyr | Supplier:C-EPRI Electric Power Engineering Co., Ltd
HVDC C&P System Provided by NR Electric | ??? | |||
style="background:#bfbfff;"
| North Shanxi - Nanjing | China - North Shanxi {{coord|39|39|35|N|112|27|45|E|type:landmark|name=HVDC North Shanxi Static Inverter Plant}} | China - Nanjing {{coord|32|54|47|N|118|35|33|E|type:landmark|name=HVDC Nanjing Static Inverter Plant}} | 2017 | Thyr | ??? | |||||
style="background:#efffbf;"
| Northwest Yunnan - Guangdong | China - Xinsong {{coord|26|24|55|N|99|49|12|E|type:landmark|name=HVDC Xinsong Static Inverter Plant}} | China - Dongfang {{coord|22|44|17|N|113|52|07|E|type:landmark|name=HVDC Dongfang Static Inverter Plant}} | 1953 | 800 | 5000 | 2018 | Thyr | ??? | ||
style="background:#efffbf;"
| Xilin Hot - Taizhou | China - Xilin Hot {{coord|44|14|40|N|116|30|22|E|type:landmark|name=HVDC Xilin Hot Static Inverter Plant}} | China - Taizhou {{coord|33|07|25|N|119|58|05|E|type:landmark|name=HVDC Taizhou Static Inverter Plant}} | 800 | 10000 | 2017 | Thyr | ??? | |||
style="background:#efffbf;"
| Yinchuan - Zhuji | China - Yinchuan {{coord|37|43|45|N|106|32|22|E|type:landmark|name=HVDC Yinchuan Static Inverter Plant}} | China - Zhuji {{coord|29|56|25|N|120|13|12|E|type:landmark|name=HVDC Zhuji Static Inverter Plant}} | 800 | 6400 | 2017 | Thyr | HVDC C&P System Provided by NR Electric
| ??? | |||
style="background:#efffbf;"
| Dianxibei - Guangdong | China-Lijiang | China-Zhengzhen | 1928/0 | 800 | 5000 | 2017 | Thyr | Supplier: C-EPRI Electric Power Engineering Co., Ltd | ??? | |
style="background:#efffbf;"
| Jinsha River II - Fujian | China | China | 800 | 6400 | 2018 | Thyr | ??? | |||
style="background:#efffbf;"
| Humeng - Liaoning | China | China | 800 | 6400 | 2018 | Thyr | ??? | |||
style="background:#bfbfff;"
| Rudong Offshore Wind Connector | China - Jiangsu Rudong | China - Jiangsu Rudong Platform | 100 (100/0) | 400 | 1100 | 2022 | IGBT | Suppliers: XJ and RXHK for valve, ZTT Cable | ||
style="background:#bfbfff;"
| Sheyang Offshore Wind Connector | China - Jiangsu Sheyang | China - Jiangsu Sheyang Platform | 83 (83/0) | 250 | 1100 | 2022 | IGBT | |||
style="background:#bfbfff;"
| Zhangbei DC Grid Project | China - Beijing | China - Zhangbei China - Fengning China - Kangbao | 495 (0/495) | 500 | 3000/3000/1500/1500 | 2021 | IGBT | Four terminal DC Grid
Suppliers: NR Electric, others | ||
style="background:#bfbfff;"
| Wudongde multi-terminal UHVDC demonstration project | China - Yunnan | China - Guangxi China - Guangdong | 1489 (0/1489) | 800 | 8000/3000/5000 | 2021 | Thyr/IGBT | Three terminal Hybrid DC system, Yunnan (Thyristor), Guangdong and Guangxi (IGBT) | ||
Raigarh-Pugalur | India - Raigarh {{coord|21|51|21|N|83|21|01|E|type:landmark|name=HVDC Raigarh - Raigarh Static Rectifier Plant}} | India - Pugalur {{coord|10|49|33|N|77|32|13|E|type:landmark|name=HVDC Pugalur Static Inverter Plant}} India - Thrissur | 1830 | 800 | 6000 | 2019 | Thyr | Supplier: ABB; One of the World's biggest Multi-terminal HVDC system with Ultra High Voltage DC Transmission system (UHVDC) | {{cite web|url=http://tdworld.com/overhead-transmission/india-build-longest-800kv-uhvdc-transmission-line|title=India to Build Longest 800kV UHVDC Transmission Line|date=11 January 2017|access-date=20 January 2017|archive-date=18 January 2017|archive-url=https://web.archive.org/web/20170118194747/http://tdworld.com/overhead-transmission/india-build-longest-800kv-uhvdc-transmission-line|url-status=live}} | |
style="background:#bfbfff;" | Tajikistan - Sangtuda | Pakistan - Nowshera | 750 | 500 | 1300 | 2025 | Thyr | ±500 kV Bipole HVDC with Converter Stations | {{cite news|title=Central Asia-South Asia Electricity Transmission and Trade Project|url=https://www.worldbank.org/en/news/speech/2016/05/10/central-asia-south-asia-electricity-transmission-and-trade-project-casa-1000|accessdate=23 July 2023|date=10 May 2016}}{{cite news|title=HVDC Classic Reference list|url=https://search.abb.com/library/Download.aspx?DocumentID=POW0013&LanguageCode=en&DocumentPartId=&Action=Launch|accessdate=23 July 2023}} | |
style="background:#efffbf;"
|India–Sri Lanka HVDC Interconnection |Madurai - India |Anurathapura - Sri Lanka |285 |{{sort|320|±320}} |500/1000 |2030 |Thyr | | | ||||||||||
style="background:#efffbf;"
|Andaman HVDC Connection |Paradip - India |Port Blair - India |1160 |{{sort|320|±320}} |250/125 |2030 |IGBT |one of the world's longest deep-sea UG cable HVDC system |
Europe
2 As of 9 December 2015, LitPol Link started trial operations.{{cite web|title=News on trial operations of LitPol Link|url=http://www.litpol-link.com/news/litpol-link-starts-trial-operations-O5JnB3|website=LitPol Link News|publisher=LitPol-link.com|access-date=8 January 2016|archive-url=https://web.archive.org/web/20160111014543/http://www.litpol-link.com/news/litpol-link-starts-trial-operations-O5JnB3|archive-date=11 January 2016|url-status=usurped}}
3 Caithness Moray HVDC serves a number of renewable energy sources in the north of Scotland - see map{{cite web|title=SSE PD in Scotland|url=https://www.ssepd.co.uk/WesternIsles/|website=Western Isles|publisher=SSE Power Distribution|access-date=3 January 2016|archive-date=5 March 2016|archive-url=https://web.archive.org/web/20160305155343/https://www.ssepd.co.uk/WesternIsles/|url-status=live}}
4 Contracts due to be placed in 2016.
5 Elia says construction expected to start in late 2017.
6 Date is that quoted to support the Shetland Wind Farm that SSE is a part investor in.{{cite web|title=Shetland Windfarm|url=http://www.vikingenergy.co.uk/timeline|website=Viking Energy - Timeline|publisher=Viking Energy|access-date=31 December 2015|archive-date=3 March 2016|archive-url=https://web.archive.org/web/20160303225104/http://www.vikingenergy.co.uk/timeline|url-status=live}}
7 Decision on project expected in 2017 following consultation - see SSE PD reference.
North America
South America
class="wikitable sortable"
! style="background-color: #87CEEB" | {{tooltip|Name|System/Project}} ! style="background-color: #87CEEB" | Converter ! style="background-color: #87CEEB" | Converter ! style="background-color: #87CEEB" data-sort-type="number" | {{tooltip|Total Length (Cable/Pole) ! style="background-color: #87CEEB" data-sort-type="number" | {{tooltip|Nominal ! style="background-color: #87CEEB" data-sort-type="number" | {{tooltip|Power (MW)|Power Rating}} ! style="background-color: #87CEEB" | {{tooltip|Year|Year Commissioned}} ! style="background-color: #87CEEB" | Type ! style="background-color: #87CEEB" class="unsortable"| Remarks ! style="background-color: #87CEEB" class="unsortable"| {{tooltip|Ref|Source}} | ||||||||||
style="display:none;" | !a | !a | !a | -9e99 | -9e99 | -9e99 | 1000-01-01 | !a | !a | !a |
style="display:none;" | ~z | ~z | ~z | 9e99 | 9e99 | 9e99 | 9000-01-01 | ~z | ~z | ~z |
Itaipu 1 | Brazil - Foz do Iguaçu, Paraná {{Coord|25|27|58|S|54|32|33|W|type:landmark|name=Itaipu DC Transmission - Foz do Iguaçu Static Inverter Plant}} | Brazil - São Roque, São Paulo {{Coord|23|40|2|S|47|6|19|W|type:landmark|name=Itaipu DC Transmission - Sao Roque Static Inverter Plant}} | 785 (0/785) | 600 | 3150 | 1984 | Thyr | Supplier: ABB | ||
Itaipu 2 | Brazil - Foz do Iguaçu, Paraná {{Coord|25|27|58|S|54|32|33|W|type:landmark|name=Itaipu DC Transmission - Foz do Iguaçu Static Inverter Plant}} | Brazil - São Roque, São Paulo {{Coord|23|40|2|S|47|6|19|W|type:landmark|name=Itaipu DC Transmission - Sao Roque Static Inverter Plant}} | 805 (0/805) | 600 | 3150 | 1987 | Thyr | Supplier: ABB | ||
Rio Madeira | Brazil, Porto Velho {{coord|08|54|53|S|63|57|27|W|type:landmark|name=HVDC Rio Madeira - Porto Velho Static Inverter Plant}} | Brazil, Araraquara {{coord|21|49|59|S|48|20|52|W|type:landmark|name=HVDC Rio Madeira - Araraquara Static Inverter Plant}} | 2375 (0/2375) | 600 | 7100 | 2013 | Thyr | The longest transmission link in the world Suppliers: ABB, Alstom | {{cite web|url=http://new.abb.com/systems/hvdc/references/rio-madeira|title=References - ABB|website=New.abb.com|access-date=16 January 2018|archive-date=5 January 2018|archive-url=https://web.archive.org/web/20180105102538/http://new.abb.com/systems/hvdc/references/rio-madeira|url-status=live}} | |
Xingu-Estreito (aka, Belo Monte 1)
| Brazil - Anapu, Pará | Brazil - Ibiraci, Minas Gerais | 2077 (0/2077) | 800 | 4000 | 2017 | Thyr | Supplier: SIEMENS | {{Cite web|title=Technical benefits of HVDC lines and experience of HVDC projects: Brazil, China, and perspectives in Latin America|url=https://energia.gob.cl/sites/default/files/mini-sitio/07_stategrid_paulo_esmeraldo.pdf|url-status=live|access-date=2021-05-09|archive-date=2021-05-09|archive-url=https://web.archive.org/web/20210509154110/https://energia.gob.cl/sites/default/files/mini-sitio/07_stategrid_paulo_esmeraldo.pdf}} | ||
Xingu-Rio (aka, Belo Monte 2)
|Brazil - Pará |Brazil - Rio de Janeiro |2550 |800 |4000 |2019 |Thyr |Supplier: NARI/XD/CET |
Back to back
Maps
=Africa=
{{maplink |frame=yes |frame-width=450|frame-height=500
|text=HVDC links in Africa (interactive map) {{legend|#f80e34|Existing}} {{legend|lime|Under construction}}{{legend|#0e1ef8|Proposed}}
|zoom=3
|frame-lat=1.2
|frame-long=18.0
|id1 =Q1563622 |type1 =line|title1 =Cahora Bassa
|id2 =Q586131 |type2 =line|title2 =Inga–Shaba HVDC
|id3 =Q4129358 |type3 =line|title3 =Caprivi Link
|id4 =Q55633427 |type4 =line|title4 =Sodo–Moyale–Suswa High Voltage Power Line
}}
{{clear}}
=Australia and Oceania=
{{maplink |frame=yes |frame-width=500|frame-height=400
|text=HVDC links in Europe (interactive map) {{legend|#f80e34|Existing}} {{legend|lime|Under construction}}{{legend|#0e1ef8|Proposed}}
|zoom=3
|frame-lat=-28.75
|frame-long=146.43
|id1 =Q16813 |type1 =line|title1 =HVDC Inter-Island
|id2 =Q7703288 |type2 =line|title2 =Terranora interconnector
|id3 =Q6939547 |type3 =line|title3 =Murraylink
|id4 =Q810536 |type4 =line|title4 =Basslink
}}
{{clear}}
=Europe=
{{maplink |frame=yes |frame-width=650|frame-height=500
|text=HVDC links in Europe (interactive map) {{legend|#f80e34|Existing}} {{legend|lime|Under construction}}{{legend|#0e1ef8|Proposed}}
|id1 =Q918000 |type1 =line|title1 =BritNed
|id2 =Q23041456 |type2 =line|title2 =Nemo Link
|id3 =Q1563624 |type3 =line|title3 =HVDC Cross-Channel (IFA-2000)
|id4 =Q85932728 |type4 =line|title4 =ElecLink
|id5 =Q28231939 |type5 =line|title5 =IFA-2
|id6 =Q85764561 |type6 =line|title6 =Greenlink
|id7 =Q5331045 |type7 =line|title7 =East–West Interconnector
|id8 =Q5636209 |type8 =line|title8 =North Sea Link
|id9 =Q21208645 |type9 =line|title9 =Viking Link
|id10=Q657166 |type10=line|title10=NorNed
|id11=Q20962155 |type11=line|title11=COBRAcable
|id12=Q1961296 |type12=line|title12=NordLink
|id13=Q264054 |type13=line|title13=Skagerrak
|id14=Q351845 |type14=line|title14=Konti–Skan
|id15=Q314180 |type15=line|title15=Baltic Cable
|id16=Q175924 |type16=line|title16=Kontek
|id17=Q59795 |type17=line|title17=SwePol
|id18=Q7050527 |type18=line|title18=NordBalt
|id19=Q906852 |type19=line|title19=Fenno–Skan
|id20=Q3735876 |type20=line|title20=Estlink 1
|id21=Q61404269 |type21=line|title21=Estlink 2
|id22=Q22949127 |type22=line|title22=ALEGrO
|id23=Q2204736 |type23=line|title23=Italy–Corsica–Sardinia (SACOI)
|id24=Q23746774 |type24=line|title24=MON.ITA
|id25=Q585906 |type25=line|title25=Italy–Greece
|id26=Q16642975 |type26=line|title26=Electrical interconnection between Baixas - Santa Llogaia
|id27=Q24283220 |type27=line|title27=Savoie–Piémont
|id28=Q975279 |type28=line|title28=HVDC Volgograd–Donbass
|id29=Q85788332 |type29=line|stroke-color29=#00ff00|title29=NeuConnect
|id30=Q28224760 |type30=line|stroke-color30=#00ff00|title30=FAB Link
|id31=Q28154456 |type31=line|stroke-color31=#00ff00|title31=Celtic Interconnector
|id32=Q125698358|type32=line|stroke-color32=#00ff00|title32=Electrical interconnection across the Biscay Gulf
|id33=Q7987887 |type33=line|title33=Western HVDC Link
|id34=Q5636206 |type34=line|title34=Moyle Interconnector
|id35 =Q7495663 |type35=line|title35=Shetland HVDC Connection
|id36=Q84699868 |type36=line|title36=Caithness - Moray Link
|id37=Q5598748 |type37=line|title37=Great Belt power link
|id38=Q7659648 |type38=line|title38=SydVästlänken
|id39=Q1563629 |type39=line|title39=HVDC Gotland
|id40=Q5151636 |type40=line|title40=Cometa
|id41=Q3943420 |type41=line|title41=SAPEI
|id42=Q18658655 |type42=line|title42=Ål-Link
|id43=Q131715438|type43=line|title43=Crete-Attica interconnection
|id44=Q117337813|type44=line|stroke-color44=#00ff00|title44=Eastern Green Link 2
|id45=Q117337803|type45=line|stroke-color45=#00ff00|title45=Eastern Green Link 1
|id46=Q1563637 |type46=line|title46=Kollsnes - Troll A
|id47=Q131716936|type47=line|title47=Johan Sverdrup HVDC
|id48=Q131716924|type48=line|title48=Valhall HVDC
|id49=Q19599435 |type49=line|title49=SylWin 1
|id50=Q5636200 |type50=line|title50=HelWin 1
|id51=Q19599434 |type51=line|title51=HelWin 2
|id52=Q631037 |type52=line|title52=BorWin 1
|id53=Q23580988 |type53=line|title53=BorWin 2
|id54=Q19599431 |type54=line|title54=BorWin 3
|id55=Q5636198 |type55=line|title55=DolWin 1
|id56=Q19599432 |type56=line|title56=DolWin 2
|id57=Q19599433 |type57=line|title57=DolWin 3
|id58=Q129015112|type58=line|title58=Dolwin 6
|id59=Q131560736|type59=line|title59=Dogger Bank A Export Cable
|id60=Q131560793|type60=line|title60=Dogger Bank B Export Cable
|id61=Q134731332|type61=line|stroke-color61=#00ff00|title61=Dogger Bank C Export Cable
|id62=Q131572485|type62=line|stroke-color62=#00ff00|title62=Sofia Wind Farm Export Cable
|id63=Q131572524|type63=line|stroke-color63=#00ff00|title63=Dolwin 5
|id64=Q131572617|type64=line|stroke-color64=#00ff00|title64=Borwin 5
|id65=Q134730311|type65=line|stroke-color65=#0e1ef8|title65=IJmuiden Ver Alpha Export Cable
|id66=Q134730439|type66=line|stroke-color66=#0e1ef8|title66=IJmuiden Ver Beta Export Cable
}}
{{clear}}
=South America=
{{maplink |frame=yes |frame-width=400|frame-height=500
|text=HVDC links in South America (interactive map) {{legend|#f80e34|Existing}} {{legend|lime|Under construction}}{{legend|#0e1ef8|Proposed}}
|zoom=3
|frame-lat=-25.7
|frame-long=-58.8
|id1 =Q5636202 |type1 =line|title1 =HVDC Itaipu
|id2 =Q7335275 |type2 =line|title2 =Rio Madeira HVDC system
|id3 =Q48970740 |type3 =line|title3 =Xingu-Estreito HVDC transmission line
|id4 =Q110613108|type4 =line|title4 =Xingu-Rio HVDC transmission line
}}
{{clear}}
See also
{{Portal|Energy|Lists}}
- Asian Super Grid
- Desertec
- Electrode line
- European super grid
- High-voltage direct current
- List of high voltage underground and submarine cables
- Lyon-Moutiers DC transmission scheme
- Scotland-Norway interconnector
- HVDC converter station
- Super grid
- Submarine power cable
- Transmission tower
- Uno Lamm
- Valve hall
References
{{Reflist|30em}}
Sources
- {{cite book
| title=HVDC and FACTS Controllers: Applications Of Static Converters In Power Systems
| author=Vijay K. Sood
| date=31 May 2004
| page=2
| publisher=Springer-Verlag
| isbn=978-1-4020-7890-3
}}
{{Lists of high-voltage transmission links}}