State Enterprise "National Nuclear Energy Generating Company "Energoatom" was founded in October 1996. The company operates four nuclear power plants in Ukraine consisting of 15 units (13 VVER-1000 units and 2 VVER-440 units) with a total installed capacity of 13,835 MW. The company also operates two hydroelectric units at the Oleksandrivska Hydroelectric Plant with the installed capacity of 25 MW and three hydroelectric units at the Tashlyk Pumped-Storage Power Plant with the installed capacity of 453 MW (the hydroelectric unit No. 3 was connected to the power system in 2022[1]).
Ukraine ranks seventh in the world and second in Europe in terms of the number of nuclear reactors operated and total capacity. Energoatom provides about 55% of Ukraine's electricity needs.
The total number of employees as of the beginning of 2022 is 33,969 employees.
The organizational and legal form of Energoatom is a state enterprise.
The founder is the Cabinet of Ministers of Ukraine. The enterprise was set up in 1996 under the Ordinance of the Cabinet of Ministers of Ukraine "On the establishment of the National Nuclear Energy Generating Company "Energoatom" dated 17.10.1996 No. 1268[2] on the basis of the property and infrastructures of nuclear power plants – Zaporizhzhya NPP, Rivne NPP, South Ukraine NPP, Khmelnytskyi NPP and Chornobyl NPP. In 2001, the Chornobyl NPP was withdrawn from the SE NNEGC "Energoatom".
In 2021, the Cabinet of Ministers of Ukraine, by the Decree No. 50-r[3] dated 20 January, took over the functions of managing the unified property complex of the SE NNEGC "Energoatom".
The main types of economic activity are set out in detail in the Charter of Energoatom,[4] in particular: The enterprise was established with the purpose of producing electric energy, ensuring safe operation and increasing the efficiency of nuclear power plants, safety during construction, commissioning and decommissioning of nuclear installations, uninterrupted energy supply to business entities and the population, as well as within its competence to ensure permanent readiness of Ukraine for quick and effective actions in the event of accidents at nuclear power plants, radiation accidents in industry, compliance with the requirements of nuclear legislation, norms and rules on nuclear and radiation safety.
In accordance with the Ordinance of the Cabinet of Ministers of Ukraine dated 17 October 1996 No. 1268,[5] the company is entrusted with the functions of an operating organization. The objectives of Energoatom are the safe production of electricity; increasing the safety level of operating NPP power units and extending their period of operation; construction of NPP power units and their decommissioning; purchase of fresh nuclear fuel and removal of spent fuel; creation of a national infrastructure for handling irradiated nuclear fuel; physical protection of nuclear installations and nuclear materials; staff training and advanced training of personnel; solving social issues of employees, etc.
Energoatom is included in the list of enterprises of strategic importance for the economy and security of the state (the Ordinance of the Cabinet of Ministers of Ukraine dated 03 April 2015 No. 83 "On approval of the list of state-owned objects of strategic importance for the economy and security of the state").[6]
Energoatom belongs to the economic entities that own and use high-risk facilities (in accordance with the requirements of the Law of Ukraine "On High-Risk Facilities" dated 18 January 2001 No. 2245-ІІІ).[7]
The NPPs of Energoatom belong to the city-forming enterprises. In the cities of Energodar, Varash, Pivdennoukrainsk, Netishyn the number of NPP employees (including their family members) is more than half of the population of the administrative-territorial unit in which the nuclear power plant is located.
Schematic map of the location of Ukraine's 4 nuclear power plants and nuclear waste center.The total installed electrical capacity of the generating property of SE NNEGC "Energoatom"
Zaporizhzhya NPP.
Rivne NPP.
South Ukraine NPP.
Khmelnytskyi NPP.
SS "Atomremontservice".
SS "Atomenergomash'.
SS "Centralized purchasing".
SS "Atomprojectengineering".
SS "Emergency Technical Center".
SS "Scientific&Technical Center".
SS "Warehouse".
SS "DO "Atomprylad".
SS "Automation&Mechanical Engineering".
SS "Energoatom-Trading".
SS "Administrative Department".
SS "Donuzlavska WPP" (located in the temporarily occupied territory).
The largest nuclear power plant in Ukraine and Europe. It is located near the steppe zone on the shore of the Kakhovka Reservoir. Over the years of its existence, it has produced more than 1.1 trillion kWh of electricity. It has its own dry storage facility for spent nuclear fuel (Dry SFSF).
Rivne NPP
Rivne NPP
Start of construction – 1973.
The commissioning of the first power unit – 1980.
2 VVER-440 units та 2 VVER-1000 units with a total installed capacity of 2835 MW.
The first nuclear power plant in Ukraine with power water-cooled reactors of the VVER type. The annual production of electricity is about 20 billion kWh. The RNPP operates an automated radiation monitoring system (ARMS) equipped with seismic monitoring systems and RODOS (Real Time Online Decision Support) decision support system. This energy complex is unique for Ukraine and one of the best in the world in terms of the accuracy of parameters and characteristics.
Khmelnytskyi NPP
Khmelnytskyi NPP
Start of construction – 1981.
The commissioning of the first power unit – 1987.
2 VVER-1000 units with a total installed capacity of 2000 MW.
The most promising Ukrainian nuclear power plant in terms of realizing Ukraine's export potential on the European energy market. It is located near the central part of Western Ukraine, on the border of three regions - Khmelnytskyi, Rivne and Ternopil. The power plant generates almost 15 billion kWh of electricity per year.
South Ukrainian Energy Complex
South Ukraine NPP
South Ukraine NPP
Start of construction – 1975.
The commissioning of the first power unit – 1982.
3 VVER-1000 units with a total installed capacity of 3000 MW.
2 hydroelectric units with the installed capacity of 25 MW
Tashlyk Pumped-Storage Power Plant
3 hydroelectric units with the installed capacity of 453 MW
The South Ukrainian Energy Complex uses basic nuclear as well as flexible hydro and hydro-storage capacities. It is located in the north of the Mykolaiv region, on the banks of the South Bug River. The complex produces 17-20 billion kWh of electricity per year. For the first time in Ukraine, the SUNPP was loaded with fresh nuclear fuel produced by the American company Westinghouse. This fuel load has paved the way for Ukraine's successful diversification of nuclear fuel supplies. Since 2018, power unit No. 3,[8] and since 2020, power unit No. 2 of the SUNPP have been operating on Westinghouse fuel only.
The policy of Energoatom prioritizes the issues of security over economic, technical, scientific and other objectives. The objective of increasing and maintaining the current level of operating power units' safety has the highest priority in the activities of the operating organization. Energoatom's nuclear power plants use the nuclear and radiation technologies; therefore, the main mission of the company is an unconditional observance of nuclear and radiation safety with cost-effective generation and reliable supply of electricity and heat to consumers.
In the NPP surveillance zones, the Automated Radiation Monitoring Systems (ARMS) have been created for continuous monitoring of the radiation situation.
International experts have monitored the safety of Ukrainian nuclear power plants for many years: the periodic meetings are held at the IAEA to comply with the provisions of the Convention on Nuclear Safety; there is a safety monitoring by international experts (OSART, ASSET, WANO missions) organized within the framework of cooperation.
Increasing the reliability and efficiency of operating NPPs is implemented through the Comprehensive Consolidated Safety Upgrade Program of Power Units of Nuclear Power Plants (CCSUP - approved by the Ordinance of the Cabinet of Ministers of Ukraine (CMU) dated 07.12.2011 No. 1270. The Ordinance of the CMU dated 08.05.2019 No. 390 amended the Ordinance of the CMU dated 07.12.2011 No. 1270 and extended the period of validity of the CCSUP until 12.31.2023. The Ordinance of the CMU dated 07.11.2018 No. 924 increased the amount of funding for the CCSUP. Due to the military aggression of the Russian federation, Energoatom on its own initiative developed a draft ordinance on amending the Ordinance of the CMU dated 07.12.2011 No. 1270 regarding the extension of the term of the CCSUP until 31.12.2025)[9] and the Comprehensive Consolidated Program for Improving the Efficiency and Reliability of NPP Power Units Operation.
CCSUP was developed based on the recommendations of the joint project of the European Commission, the IAEA and Ukraine on improving safety and implementing post-Fukushima measures at NPP power units in order to increase the level of safety and reliability of operation of nuclear power units; reducing risks of the accidents at nuclear power plants during natural disasters or other extreme situations; increasing the efficiency of managing project and off-project accidents at nuclear power plants, minimizing their consequences.
Date of Implementation of the Program: 2011–2023.
The purpose of the implementation of the Comprehensive Consolidated Safety Upgrade Program of Power Units of Nuclear Power Plants is:
implementation of the recommendations of the IAEA and other international organizations regarding the improvement of the safety level of power units of Ukrainian nuclear power plants;
fulfillment of the requirements of the current domestic nuclear legislation and legislation in the field of civil defense regarding the company's readiness to act in conditions of threat and occurrence of nuclear and radiation accidents, man-made and natural emergencies.
replacement of the safety important equipment with the modern one.
The CCSUP contains 1,295 measures, of which 1,070 have been implemented as of 2022.
Energoatom also implements post-Fukushima measures aimed at preventing accidents during natural disasters or other extreme situations, minimizing the consequences of such accidents; increasing the efficiency of project and off-project accident management at nuclear power plants, minimizing their consequences. In total, 90% of the 238 post-Fukushima measures have already been implemented as of 2022.
Construction of new Nuclear Power Units in Ukraine
On August 31, 2021, in Washington (USA), Energoatom and Westinghouse signed a Memorandum of Understanding,[10] which provides for the construction of five nuclear power units in Ukraine using AP1000 technology.
On 2 June 2022, at the site of the Khmelnytskyi NPP, a Declaration was signed on the start of practical implementation of the joint project of Energoatom and Westinghouse on the construction of AP1000 power units at the site of the Khmelnytskyi NPP.
On the same day, Energoatom and Westinghouse signed a Memorandum on expanding cooperation, which provides for an increase in the number of AP1000 power units planned for construction from five to nine, as well as the establishment of a Westinghouse engineering center in Ukraine to support AP1000 projects planned for implementation in Ukraine and Europe. In addition, this Memorandum provides for operation support of the operating power units of Ukraine's NPPs and future decommissioning works.
Key stages of the pilot project implementation:
preparation and conclusion of an intergovernmental agreement on cooperation between Ukraine and the United States in the construction of AP1000 nuclear power units in Ukraine;
preparation and adoption of a draft law of Ukraine "On the placement, design and construction of power units at the Khmelnytskyi NPP site";
obtaining licenses for the construction and commissioning of two AP1000 power units at the Khmelnytskyi NPP site.
Managing spent nuclear fuel at Ukrainian NPPs
Ukraine fulfills its obligations in all aspects of handling spent nuclear fuel in accordance with the requirements of the "Joint Convention on the Safety of Spent Fuel Management and on the Safety of Radioactive Waste Management"[11] (Joint Convention) ratified by the Verkhovna Rada of Ukraine on 20 April 2022.
In accordance with the Joint Convention, the State bears responsibility for the safe handling of spent fuel and radioactive waste.
During the Soviet Union times, a technical scheme existed under which spent fuel from Ukrainian nuclear plants was taken to temporary storage facilities on the territory of the Russian federation for its further processing. After the collapse of the USSR, the Russian side began to charge a significant fee for the processing of Ukrainian spent fuel. As a result, the radioactive waste generated during processing had to be returned to Ukraine in accordance with the aforementioned Convention.
Dry spent nuclear fuel storage at Zaporizhzhia NPP
Ukraine has obtained a positive experience in coping with spent nuclear fuel management issues. In the 1990s, due to yet another restriction imposed by the Russian federation regarding the repatriation of spent nuclear fuel, Zaporizhzhia NPP power units faced the peril of being stopped. This has prompted the plant to build and commission in 2001 a temporal dry storage of a container type for its spent fuel with Duke Engineering&Services and Sierra Nuclear Corporation design, which allows storing for a fifty-year period.
Centralized repository for spent nuclear fuel (CRSNF)
Centralized repository for spent nuclear fuel
In 2003 Energoatom announced an international tender to determine the company for construction of a centralized repository for spent nuclear fuel of dry type in Ukraine for previously mentioned NPPs. The US company Holtec International won the tender and at the end of 2005 signed an agreement on designing, licensing, construction and commissioning the repository designed for 100 years of storage.
According to Ukrainian legislation, the CRSNF site is located between the former villages of Stara Krasnytsia, Buriakivka, Chystogolivka, and Stechanka in the Kyiv region on the territory of the Exclusion Zone, which suffered from the Chornobyl nuclear catastrophe causing radioactive contamination.
Storage of spent fuel at the CRSNF is implemented with the "dry" technology introduced by Holtec International. This technology obtained a license from the U.S. Nuclear Regulatory Commission and was tested in the US, Spain, and Great Britain, implemented in Switzerland, China, and considered for implementation in Sweden.
A dual-use character of the chosen technology for the CRSNF provides storage and transportation of spent fuel without additional equipment.
The SNF storage system implies the following three functions:
safe and hermetic localization of radioactive material in a multi-purpose container (two structural barriers of a multi-purpose container (MPC), which prevent possible leakage of radionuclides from spent assemblies to the environment);
safe long-term storage in a protective installation (HI-STORM container), which prevents direct effects of ionizing radiation generated from spent assemblies on the environment and personnel.
protection of spent heat-releasing assemblies from extreme natural and man-made influences during their storage.
A double barrier of radioactive substances localization in a special container (MPC) provides safe spent fuel storage that at each stage of handling spent fuel resides in special protective containers meeting all national requirements ensuring radiation safety.
On 25 April 2022, the State Nuclear Regulatory Inspectorate of Ukraine issued a separate permit for commissioning the CRSNF.[12] The permit was scheduled on 9 March, but was postponed due to Russian aggression and temporary occupation of the Chornobyl Exclusion Zone.
The operation of the CRSNF allows Ukraine to finally get rid of its dependence on Russian enterprises' monopoly on processing and storage of spent nuclear fuel, as well as to save about 200 million US dollars annually by abandoning the Russian services.
Company's investment projects
Investment projects implemented by "Energoatom" intend to guarantee the safe and reliable operation of its NPPs, prolong the term of power units' operation and create the enabling environment for the energy independence of Ukraine. The main projects are:
Carrying out preparatory work for the construction start of the KhNPP power units No. 5 and No. 6.
Implementation of the construction project of new power units with AP1000 design (Westinghouse) at existing and perspective sites.
Establishing the production of fuel assemblies with Westinghouse design in Ukraine.
Start of operation of the CRSNF and SNF acceptance from three Ukrainian NPPs.
Commissioning of spray pools No. 3, 4, 5 at the SUNPP.
Electricity export to the EU countries.
Research on the feasibility of SMR technology deployment in Ukraine.
Military actions at Ukrainian NPPs
Consequences of the shelling of Zaporizhzhya NPP by the Russian military
Zaporizhzhia NPP occupation
On 4 March 2022, the Zaporizhzhia NPP came under temporary occupation.[13] The armed seizure of the plant by the Russian military[14] resulted in shelling that damaged one of the ZNNP Training Center buildings, the reactor building, the block transformer, as well as household premises, some buildings, structures and equipment. An immediate threat occurred to the lives of plant personnel, along with a threat of nuclear and radiation hazards and an accident.[15] The "Zaporizhska" overhead line and the "Southern Donbaska" overhead line bore damage as well.
After the occupation of the ZNPP more than 500 troops of the Russian military force[16] and 50 units of military equipment were located at the plant's site.
The Russian military deployed at least 14 military trucks with weapons, ammunition loads explosives in the engine hall of the ZNPP power unit No. 1[17] in the vicinity to the nuclear reactor blocking access of firefighting equipment and vehicles in case of fire.
Right after the occupation, the Russian enterprises "Rosatom" and "Rosenergoatom" sent a group of their employees to the ZNPP site.[18] The "Rosenergoatom" personnel rotated three times since that. On June 2, 2022, a team of 10 Rosenergoatom employees headed by the chief engineer of the Kalininska NPP arrived at the Zaporizhzhya NPP.
Consequences of the Russian military attack on the administrative building of the Zaporizhzhya NPP
In August–September 2022, there is constantly shelling at the ZNPP causing substantial damage to the equipment, buildings, structures, pipelines, installations of the ZNPP, which led to the emergence of nuclear and radiation hazards and a high threat of nuclear accident due to damage to power units, chemical blocks and other equipment and buildings that ensure the operation of the NPP.[19]
On 5 August 2022, three shelling attacks occurred at the plant's site close to one of the power units. A hit appeared between the Training Center and the 750 open switchyard damaging the high-voltage line 150 kV ZNPP – ZaTPS that led to the power outage of the auxiliary transformers No. 1, 2 and the HVL 330 kV ZNPP – ZaTPS, and decreased total capacity of the ZNPP to 1000 MWe.
The electric substation "Luch" bore substantial damages in a consequence of the shelling of the town of Energodar: 6 out of 7 microdistrics remained without electricity. The water intake station ceased working and the town lost its water supply as well.
On 6 August 2022, military forces shelled the ZNPP and its satellite-town Energodar and hit in the vicinity of the dry spent nuclear fuel storage of the plant. Three radiation monitoring sensors around the ZNPP DSFSF were damaged.
On 8 August 2022, the Russian military forces continued to shell the town hitting residential buildings.
On 11 August 2022, the occupiers shelled the fire station that was aimed for the plant's needs in case of emergency.
Entering the educational and training center as a result of shelling by the Russian military at the ZNPP on 4 March 2022
On 13 August 2022 the damage occurred at the open switchyard 750kW.
On 20 August 2022, in a consequence of the shelling, windows in one of the transitional galleries were shattered.
On 25 August 2022 due to the fires at the Zaporizhzhia TPS ash damps located in the vicinity of the ZNPP, the fourth power line connecting the ZNPP with the Ukrainian power grid – overhead line 750kW ZNPP – "Dniprovska" - went offline twice. The previous shelling had damaged three other lines. As a result, two operating power units of the plant were disconnected from the grid. The actions of the Russian military led to the complete disconnection of the ZNPP from the power grid for the first time in the plant's history.[20]
On 21 September 2022 at 01:13 am another shelling damaged the connection equipment of unit No. 6 with the plant's open switchyard.[21] The attack caused the disconnection of unit transformer and house load transformers. The loss of power actuated two emergency diesel generators of the safety systems to ensure cooling of the nuclear fuel from pumps.
The safety of NPPs in circumstances of warfare and occupation is a new challenge, as none of NPP in the world have ever been designed with protection from potential hostilities, bombing and missile shelling.
One person died and 10 people were seriously injured due to shelling of the ZNPP site and the satellite-town of Energodar.
The occupation forces exert psychological pressure and torture of local residents and personnel of the NPP.[22]
Over 100 people were detained and their location is not yet known.[23]
Military attacks on other NPPs
On 19 September 2022 the Russian military forces fired a missile attack on industrial zone of the South Ukrainian nuclear power plant[24] using most likely the "Iskander" missile of the "earth – earth" class. The missile hit in approximately 300 meters from the nuclear reactors.[25] The hit weave damaged the NPP premises by shattering over 100 windows. The attack caused the shutdown of one of hydroelectric units of Oleksandrivska hydro Power Plant, which is a part of the SUNPP energy complex, and the high-voltage power line.
On 1 September 2022, the IAEA mission attended the ZNPP.[26] On the same day majority of the delegation left the occupied by the Russia facility. Six experts of the Agency remained at the Zaporizhzhia NPP.
On 3 September 2022, the IAEA Secretary General Rafael Grossi during the press conference informed world media about the primal results of the IAEA mission stay at the NPP captured by the Russian military.[27]
On 5 September 2022, 4 out of 6 representatives of the IAEA mission team finished their work at the Zaporizhzhia NPP and lest the plant's site.
On 6 September 2022, the IAEA published a report covering the results on the ZNPP visit.[28] In the document, the Agency calls for the urgent establishment of a safe zone around the plant in order to prevent a nuclear disaster and is ready to start consultations for the creation of such a zone. During the visit, the mission recorded damage to the buildings and structures of the plant and noted that further shelling could damage important equipment and lead to a significant release of radioactive substances.
On 7 September 2022, during the UN Security Council session regarding the situation at the ZNPP, UN Secretary General António Guterres declared "Any kind of harm caused to the nuclear facility can lead to disaster for the region and beyond. Any actions that could jeopardize the physical integrity, safety or security of the nuclear plant are unacceptable".[29]
On 15 September 2022 the IAEA Board of Governors, which consists of 35 representatives of the UN member-countries, adopted a resolution demanding that Russia ends the occupation of the Zaporizhzhia Nuclear Power Plant.[30]
On June 22, 2024, the Government of Ukraine appointed the supervisory board of Energoatom. It consists of 5 members, three of whom are independent, and two are state representatives. The selected members include Timothy John Sohn, Michael Elliot Crist, Jarek Neverovich, Vitalii Petruk, and Tymofii Mylovanov.[31][32]
Dry cask storage is a method of storing high-level radioactive waste, such as spent nuclear fuel that has already been cooled in a spent fuel pool for at least one year and often as much as ten years. Casks are typically steel cylinders that are either welded or bolted closed. The fuel rods inside are surrounded by inert gas. Ideally, the steel cylinder provides leak-tight containment of the spent fuel. Each cylinder is surrounded by additional steel, concrete, or other material to provide radiation shielding to workers and members of the public.
State Atomic Energy Corporation Rosatom, also known as Rosatom State Nuclear Energy Corporation,, or Rosatom State Corporation, is a Russian state corporation headquartered in Moscow that specializes in nuclear energy, nuclear non-energy goods and high-tech products. It was established in 2007 and comprises more than 350 enterprises, including scientific research organizations, a nuclear weapons complex, and the world's only nuclear icebreaker fleet.
The Zaporizhzhia Nuclear Power Station in southeastern Ukraine is the largest nuclear power plant in Europe and among the 10 largest in the world. It has been under Russian control since 2022. It was built by the Soviet Union near the city of Enerhodar, on the southern shore of the Kakhovka Reservoir on the Dnieper river. From 1996 to 2022, it was operated by Energoatom, which operates Ukraine's other three nuclear power stations.
The Kozloduy Nuclear Power Plant is a nuclear power plant in Bulgaria situated 180 kilometres (110 mi) north of Sofia and 5 kilometres (3.1 mi) east of Kozloduy, a town on the Danube river, near the border with Romania. It is the country's only nuclear power plant and the largest in the region. The construction of the first reactor began on 6 April 1970.
The AP1000 is a nuclear power plant designed and sold by Westinghouse Electric Company. The plant is a pressurized water reactor with improved use of passive nuclear safety and many design features intended to lower its capital cost and improve its economics.
The water-water energetic reactor (WWER), or VVER is a series of pressurized water reactor designs originally developed in the Soviet Union, and now Russia, by OKB Gidropress. The idea of such a reactor was proposed at the Kurchatov Institute by Savely Moiseevich Feinberg. VVER were originally developed before the 1970s, and have been continually updated. They were one of the initial reactors developed by the USSR, the other being the infamous RBMK. As a result, the name VVER is associated with a wide variety of reactor designs spanning from generation I reactors to modern generation III+ reactor designs. Power output ranges from 70 to 1300 MWe, with designs of up to 1700 MWe in development. The first prototype VVER-210 was built at the Novovoronezh Nuclear Power Plant.
Rivne Nuclear Power Plant is a nuclear plant in Ukraine in Rivne Oblast, which operates the first VVER-440 reactors to be constructed in Ukraine.
Leningrad Nuclear Power Plant ) is a nuclear power plant located in the town of Sosnovy Bor in Russia's Leningrad Oblast, on the southern shore of the Gulf of Finland, some 70 kilometres (43 mi) to the west of the city centre of Saint Petersburg.
The Mochovce Nuclear Power Plant is a nuclear power plant located between the towns of Nitra and Levice, on the site of the former village of Mochovce, Slovakia. Two up-rated 470 MW reactors plus a 471 MW VVER 440 reactor are presently in operation, with a fourth of the same type under construction. In 2022 it generated almost 7,000 GWh of electricity, the power plant provided approximately 20% of Slovakia's electricity needs.
The Kursk Nuclear Power Plant is one of the three biggest nuclear power plants (NPPs) in Russia and one of the four biggest electricity producers in the country. It is located on the bank of the Seym River about 40 kilometers west of the city of Kursk, midway between it and the town of Lgov, in western Russia. The nearby city of Kurchatov was founded when construction of the plant began. The plant feeds the grid for Kursk Oblast and 19 other regions. As of 2024, the site houses two active reactors and two decommissioned older units. It also houses the partially built Kursk 5 and Kursk 6 units which had construction halted, and two new VVER designs are under construction.
The South Ukraine Nuclear Power Plant, also known as the Pivdennoukrainsk Nuclear Power Plant, is a nuclear power plant in Ukraine, near the city of Pivdennoukrainsk in Mykolaiv Oblast, about 350 kilometres (220 mi) south of Kyiv. It is the second largest of the country's five nuclear power stations. It is part of the South Ukrainian Energy Complex, along with the Tashlyk Pumped-Storage Power Plant and Oleksandrivska hydroelectric power station.
Tianwan Nuclear Power Plant is a nuclear power plant (NPP) on the coast of the Yellow Sea, approximately 30 kilometers east of downtown Lianyungang, Jiangsu Province, China. The plant's owner is Jiangsu Nuclear Power Corporation, a joint venture with majority owner a subsidiary of China National Nuclear Corporation (CNNC).
The Khmelnytskyi Nuclear Power Plant generates nuclear power in Ukraine. The plant is operated by Energoatom. Two VVER-1000 reactors are operational, each generating 1000 MW (net) of electricity, with two AP1000 reactors under construction.
Smolensk Nuclear Power Plant is a nuclear power station in Russia. It is located in the Smolensk region, in Desnogorsk province, approximately 100 kilometres (62 mi) from Smolensk, 115 kilometres (71 mi) from Bryansk and 320 kilometres (200 mi) from Moscow. Smolensk Nuclear Power Plant is the biggest power generating station in the north-western region of the united energy system of the Russian Federation. Smolensk NPP has an outer appearance similar to that of Chernobyl NPP units 3-4, as both are later generation RBMKs.
Ukraine operates four nuclear power plants with 15 reactors located in Volhynia and South Ukraine. The total installed nuclear power capacity is over 13 GWe, ranking 7th in the world in 2020. Energoatom, a Ukrainian state enterprise, operates all four active nuclear power stations in Ukraine. In 2019, nuclear power supplied over 20% of Ukraine's energy.
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Chyhyryn Nuclear Power Station is an unfinished nuclear power plant located to the east of Chyhyryn in Ukraine, on the territory adjacent to the Kremenchuk Reservoir shore, between the villages Stetsivka and Vitove.
Ukraine is home to four nuclear power plants, as well as the Chernobyl Exclusion Zone, site of the 1986 Chernobyl disaster. As of January 2024, both the Chernobyl and the Zaporizhzhia nuclear power plants saw battles during the war that resulted from the 2022 Russian invasion of Ukraine. The invasion has prompted significant discussion about the status of the power plants, including fears of potential disasters, and has also prompted debates about nuclear energy programmes in other European countries.
During the Russian invasion of Ukraine, the Zaporizhzhia Nuclear Power Plant has become the center of an ongoing nuclear safety crisis, described by Ukraine as an act of nuclear terrorism by Russia.
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