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Electricity sector in Russia

From Wikipedia, the free encyclopedia

Russia electricity production by year
Unified Energy System of Russia

Russiais the fourth largest generator and consumer of electricity in the world. Its 440 power stations have a combined installed generation capacity of 220 GW.[1]

Russia has a singlesynchronous electrical gridencompassing much of the country. The Russian electric grid links over 3,200,000 kilometres (2,000,000 mi) of power lines, 150,000 kilometres (93,000 mi) of which are high voltage cables over 220 kV. Electricity generation is based largely on gas (46%), coal (18%), hydro (18%), and nuclear (17%) power. 60% of thermal generation (gas and coal) is fromcombined heat and powerplants. Russia operates 31 nuclear power reactors in 10 locations, with an installed capacity of 21 GW.[1]

Despite considerable geothermal and wind resources, this accounts for less than one percent.[1]

History[edit]

Tsarist period[edit]

The electric power industry first developed in Russia under theTsarist regime.The industry was highly regulated particularly by theMinistry of Finance,theMinistry of Trade and Industryand theMinistry of Internal Affairs.This led to considerable delay aselectrificationwas not made a priority in the process of industrialisation.[2]: 11–2 

Provisional Government (1917)[edit]

Old Electricity pylons inElektrostal

The eight months of theprovisional governmentlaid the groundwork for a state-owned approach to electrification as part of their move towards a centrallyplanned economy.They set up theCentral Economic Committee.

Soviet electrification[edit]

GOELRO plan title page, 1920
Electricity pylons near Moscow built during GOELRO

Electrification was a key part of the Bolshevik political programme:

Communism is Soviet government plus the electrification of the whole country.

This led to the creation of theGOELRO plan(Russian:план ГОЭЛРО) as the first-everSovietplan for national economic recovery and development. It was the prototype for subsequentFive-Year Plansdrafted byGosplan.GOELRO is the transliteration of the Russian abbreviation for "State Commission for Electrification of Russia" (Государственная комиссия поэлектрификацииРоссии).

After World War II[edit]

German-madeSachsenwerkpylon in Armenia

The second world war stopped the electrification programs in the western Soviet Union and left severe damages on generating and transmission systems. After 1945, the soviets took generators, transformers and even electricity pylonsfrom occupied germany.Even whole power plants (e.g.Trattendorfpower station) were dismantled and transported into the soviet union.

In 1954 the first nuclear power plant was commissionedin Obninsk.

In 1985 a1150-kV ultra-high-voltage power linewas commissioned, the first power line operated with more than 1000 kV.

Post Soviet development[edit]

Ekibastuz–Kokshetau high-voltage line, formerly run with 1150 kV

After the collapse of the Soviet Union, Unified Energy System of RussiaRAO UESwas founded as state-owned (50%) company. From 1992 to 2008 it was the largest electric power holding company. Four energy companies - Novosibirskenergo, Tatenergo, Irkutskenergo and Bashenergo - managed to avoid incorporation into RAO UES.[4]

Privatization and reform[edit]

contemporary concrete pylons for 110 kV

In 2002, the Russian government began reforming the power sector. The main goal was and remains upgrading the aging and outdated heating and electricity infrastructure. The restructuring involved the separation and privatization of the generation, transmission and sales companies. The grids were brought under regulatory supervision.[1]

Power generation was divided up into seven wholesale generating companies (OGK) – includingRusHydro,14 territorial generating companies (TGK), independents and state-owned entities. OGKs contain power plants and specialize mainly in electric power generation. TGKs contain predominantly combined heat and power plants (CHPs).[1]

The gradual liberalization of the wholesale electricity market, completed in January 2011, now allows producers to charge market prices. The transmission grid remains mostly under state control.[1]

As a result of the reorganization,Inter RAO UESbecame a major generating company in Russia in the field of export and import of electric power. The total installed capacity of the power plants owned or managed by the company is around 18,000 MW. The company's main types of activities are generation of electric and thermal power, sales of electric and thermal power to consumers and export and import of electric power.[1]

Post-reform developments[edit]

Price increase followed the reform process, 3-4 times the margin set by regulatory authorities.[5]In November 2011, then prime ministerVladimir Putintasked theMinistry for Economic Development (Russia),theMinistry of Energy (Russia)and the 'Federal Tariffs Service' to draft a government resolution restricting the profitability of electric utilities. This "restricted the ability of electric utilities to make money from providing services other than supplying electricity"[5]

As of 2013, Russia had nowholesale electricity market.The Ministry for Energy of Russia, concerned with price increases envisions a wholesale market under bi-lateral contracts between consumers and specific power plants.Inter RAOandGazpromEnergy Holding were lobbying for a different one.[5]

Equipment producers[edit]

TheSaint Petersburg-based Russian energy systems machine-building companyPower Machinesis the leading Russian equipment producer, with a share of over 50%.[1]It unites production, supply, construction, maintenance and modernization of equipment for thermal, nuclear, hydraulic and gas turbine power plants.

As of 2012, the following big international energy equipment holdings were well established and have joint ventures or their own production facilities in Russia:General Electric,Siemens,Alstom,ABB,Skoda Power,Mitsubishi Heavy Industries,Ansaldo Energia,andAreva.[1]

Power companies[edit]

Territorial generating companies[edit]

  • TGK-1- North-West (Leningrad, Murmansk Oblasts and Karelia);
  • TGK-2- north of Central Russia, Vologda and Arkhangelsk Oblasts;
  • Mosenergo(TGK-3) - Moscow and Moscow Oblast;
  • Quadra(TGK-4) - Black Earth and southern regions of Central Russia (12 Oblasts in all);
  • T PlusGroup:
    • TGK-5- Kirov Oblast, Udmurtia, Mari El and Chuvashia;
    • TGK-6- east of Central Russia, Penza Oblast;
    • TGK-7- Middle Volga and Orenburg Oblast;
    • TGK-9- Perm Krai, Sverdlovsk Oblast and Komi Republic;
  • Lukoil-Ecoenergo(TGK-8) - Southern Federal District;
  • Fortum(TGK-10) - Urals Federal District (except for Sverdlovsk Oblast);
  • TGK-11- Omsk and Tomsk Oblasts;
  • Siberian Generation Company:
  • TGK-14- Buryatia and the Trans-Baikal Krai.

Wholesale generating and other companies[edit]

Transmission and distribution companies[edit]

Supply companies[edit]

Largest supply companies:[9]

Isolated energy systems[edit]

Some parts of the country have limited connections to the Russian unified energy system, reducing the likelihood that new companies will enter the energy supply market by importing energy from neighboring energy systems. Those areas, defined as "non-price" zones, include Kaliningrad Oblast, the Komi Republic, Arkhangelsk Oblast, the south of the Sakha Republic, Primorsk Krai, Khabarovsk Krai, Amur Oblast, and the Jewish Autonomous Oblast.[8]

Additionally, some parts of Russia are completely isolated from the unified energy system, including Kamchatka, Magadan Oblast, Sakhalin Oblast, Chukotka and Taimyr Autonomous Okrug, the western and central parts of the Sakha Republic, as well as many remote settlements across the country.[8]Energy prices in "non-price" and isolated regions are exempt from liberalization and remain regulated.[8]

Consumption[edit]

Power end use (TWh and %)[10]
Russia World Russia %
1990 827 9,708 8.5%
1995 618 10,859 5.7%
2000 609 12,665 4.8%
2004 646 14,415 4.4%
2005 650 15,064 4.3%
2006 682 15,712 4.3%
2007 701 16,487 4.3%
2008 726 16,819 4.3%
Note: Gross use of electricity 2008: Russia 1,038 TWh, the world 20,181 TWh

In 2008 the end use of electricity was 4.3% (726 TWh) of the world total (16,819 TWh).[10]In 2008 the gross production of electricity was 5.1% (1,038 TWh) of the world total (20,181 TWh).[11]

Mode of production[edit]

Electricity generation by source in Russia in 2016[12]
Natural gas in RussiaNuclear power in RussiaHydro: 186,640 GWh (17.1%)Coal in RussiaOil: 10,968 GWh (1.0%)Solar: 462 GWh (0.0%)Geothermal: 446 GWh (0.0%)Wind: 146 GWh (0.0%)Waste: 32 GWh (0.0%)
  • Natural gas: 521,788 GWh (47.9%)
  • Nuclear: 196,614 GWh (18.1%)
  • Hydro: 186,640 GWh (17.1%)
  • Coal: 171,443 GWh (15.7%)
  • Oil: 10,968 GWh (1.0%)
  • Solar: 462 GWh (0.0%)
  • Geothermal: 446 GWh (0.0%)
  • Wind: 146 GWh (0.0%)
  • Waste: 32 GWh (0.0%)
Gross production of electricity by power source in Russia (TWh)[11][13]
Production Export Gas Coal/Peat Nuclear Hydro
2004 930 20 421 161 145 176
2008 1,038 18 495 197 163 167
2008 47.7% 19% 15.7% 16.1%
Note: The end use (2008) Russia 726 TWh.

According to theIEAthe Russian gross production of electricity was 1,038 TWh in 2008 and 930 TWh in 2004 giving the 4th top position among the world producers in 2008. Top ten countries produced 67% of electricity in 2008. The top producers were: 1)United States21.5% 2)China17.1% 3)Japan5.3% 4) Russia 5.1% 5)India4.1% 6)Canada3.2% 7)Germany3.1% 8)France2.8% 9)Brazil2.3% and 10)South Korea2.2%. The rest of the world produced 33%.[11][13]

Gas[edit]

The share ofnatural gasfuelled electricity was 48% of the gross electricity production in 2008 in Russia (495 TWh / 1,038 TWh.[11]

Coal and peat[edit]

The share ofcoalandpeatelectricity was 19% of the gross electricity production in 2008 in Russia (187 TWh / 1,038 TWh).[11]

Nuclear power[edit]

Kola Nuclear Power Plant

In 2008 Russian federation was the 4th country by nuclear electricity production with 163 TWh (6% of the world total). According to theIEA15.7% of Russian domestic electricity was generated by nuclear power in 2008.[11]

In 2009 Russia had in total 31 nuclear reactors[14]and installed capacity in 2008 23 GW.[11]

Nuclear reactor construction and export[edit]

In 2006 Russia had exported nuclear reactors to Armenia, Bulgaria, Czech Republic, Finland, Hungary, India, Iran, Lithuania, Slovak Republic and Ukraine. In Russia, the average construction time was in 1) 1965-1976 57 months and 2) 1977-1993 72–89 months, but the four plants that have been completed since then have taken around 180 months (15 years), due to increased opposition following theChernobyl accidentand the political changes after 1992.[15]

Hydropower[edit]

As of 2008hydroelectric power plantsgenerated 167 TWh from a total capacity of 47 GW. Russia is the 5th-largest producer of electricity from hydropower in the world, accounting for 5.1% of the world's hydroelectric generation. The use of other renewable sources for electricity in 2008 was not significant in the Russian Federation, according to the statistics of the IEA in terms of electricity volume in 2008.[16]

Electricity imports[edit]

As of 2010, Russia imports 17.5% of its total electricity consumption, with about 90% originating from Kazakhstan and Georgia.[9]Inter RAOhas a monopoly on electricity imports in the country.[9]

Power stations[edit]

Electrical grid[edit]

The synchronous grids of Europe. IPS/UPS is shown in red.

TheIPS/UPSis awide area synchronous transmission gridof someCIS countrieswith a common mode of operation and centralized supervisory control. It has an installed generation capacity of 300gigawatts,and produces 1,200terawatt-hours (TWh) per year for its 280 million customers. The system spans eight time zones.[17]

See also[edit]

References[edit]

  1. ^abcdefghi"Russia Electric Power Generation & Transmission Equipment Overview".Export.gov.23 February 2012.Archivedfrom the original on 18 February 2017.Retrieved4 September2017.Public DomainThis article incorporates text from this source, which is in thepublic domain.
  2. ^Coopersmith, Jonathan (1992).The Electrification of Russia, 1880-1926.Cornell University Press.
  3. ^Vladimir, Lenin (1920).Our Foreign and Domestic Position and Party Tasks.Moscow.Communism is Soviet power plus the electrification of the whole country, since industry cannot be developed without electrification.{{cite book}}:CS1 maint: location missing publisher (link)
  4. ^Wengle, Susanne A. (2015).Post-Soviet Power.Cambridge University Press.ISBN9781107072480.Archivedfrom the original on 8 September 2017.
  5. ^abcLarisa Makeeva; Elena Kudryavtseva (June 2013)."The Russian electric power industry: still in transition".Russian Survey.RIA Novosti.Archivedfrom the original on 13 April 2014.Retrieved10 April2014.
  6. ^Connor, John T. (2011).Out of the Red: Investment and Capitalism in Russia.John Wiley & Sons. p. 117.ISBN9781118160763.Archivedfrom the original on 4 September 2017.
  7. ^Shuster, Simon (5 March 2007)."State Keeps Control in UES Sell-Off".The Moscow Times.Retrieved5 December2018.
  8. ^abcdBoute, Anatole (2015).Russian Electricity and Energy Investment Law.BRILL. pp. 82, 247, 399.ISBN9789004203280.Archivedfrom the original on 8 September 2017.
  9. ^abc"Electricity regulation in the Russian Federation: overview".Practical Law UK Signon.Retrieved8 September2017.
  10. ^abEnergy in Sweden, Facts and figures 2010Archived16 October 2013 at theWayback Machine,The Swedish Energy Agency Table 58 (Source IEA)
  11. ^abcdefgIEA Key stats 2010Archived11 October 2010 at theWayback Machinepages electricity 27 gas 13,25 fossil 25 nuclear 17
  12. ^International Energy AgencyOriginal Title: https://www.iea.org/statistics/?country=RUSSIA&year=2016&category=Electricity&indicator=ElecGenByFuel&mode=chart&dataTable=ELECTRICITYANDHEAT; Original Title:.Retrieved26 August2019.{{cite web}}:Check|url=value (help);Missing or empty|title=(help)
  13. ^abIEA Key energy statistics 2006Archived12 October 2009 at theWayback Machine
  14. ^Al GoreOur Choice, A plan to solve the climate crises, Bloomsbury 2009 pages 156, 159
  15. ^The Economics of Nuclear Power[permanent dead link]Greenpeace5.12.2007
  16. ^IEA Key stats 2010Archived11 October 2010 at theWayback Machinepages 19 and 27
  17. ^ Sergei Lebed (20 April 2005)."IPS/UPS Overview"(PDF).Brussels: UCTE-IPSUPS Study presentation: 5. Archived fromthe original(PDF)on 28 July 2011.Retrieved7 December2008.{{cite journal}}:Cite journal requires|journal=(help)

External links[edit]