A view shows the Bratsk Hydroelectric Power Plant on the Angara River, in Bratsk, Russia. The Bratsk HPP is Russia's third most powerful hydroelectric power station.29.09.2022#8286231
A view shows the dam of the Bratsk Hydroelectric Power Plant on the Angara River, in Bratsk, Russia. The Bratsk HPP is Russia's third most powerful hydroelectric power station.29.09.2022#8286232
A view shows the dam of the Bratsk Hydroelectric Power Plant on the Angara River, in Bratsk, Russia. The Bratsk HPP is Russia's third most powerful hydroelectric power station.29.09.2022#8286249
A view shows the Bratsk Hydroelectric Power Plant on the Angara River, in Bratsk, Russia. The Bratsk HPP is Russia's third most powerful hydroelectric power station.29.09.2022#8286324
Employees work at the Bratsk Hydroelectric Power Plant on the Angara River, in Bratsk, Russia. The Bratsk HPP is Russia's third most powerful hydroelectric power station.29.09.2022#8286257
A view shows the turbine hall of the Bratsk Hydroelectric Power Plant on the Angara River, in Bratsk, Russia. The Bratsk HPP is Russia's third most powerful hydroelectric power station.29.09.2022#8286260
A view shows the turbine hall of the Bratsk Hydroelectric Power Plant on the Angara River, in Bratsk, Russia. The Bratsk HPP is Russia's third most powerful hydroelectric power station.29.09.2022#8286263
A view shows the turbine hall of the Bratsk Hydroelectric Power Plant on the Angara River, in Bratsk, Russia. The Bratsk HPP is Russia's third most powerful hydroelectric power station.29.09.2022#8286233
A view shows the turbine hall of the Bratsk Hydroelectric Power Plant on the Angara River, in Bratsk, Russia. The Bratsk HPP is Russia's third most powerful hydroelectric power station.29.09.2022#8286234
A view shows the turbine hall of the Bratsk Hydroelectric Power Plant on the Angara River, in Bratsk, Russia. The Bratsk HPP is Russia's third most powerful hydroelectric power station.29.09.2022#8286267
A view shows the dam of the Bratsk Hydroelectric Power Plant on the Angara River, in Bratsk, Russia. The Bratsk HPP is Russia's third most powerful hydroelectric power station.29.09.2022#8286269
A view shows the dam of the Bratsk Hydroelectric Power Plant on the Angara River, in Bratsk, Russia. The Bratsk HPP is Russia's third most powerful hydroelectric power station.29.09.2022#8286272
A view shows the turbine hall of the Bratsk Hydroelectric Power Plant on the Angara River, in Bratsk, Russia. The Bratsk HPP is Russia's third most powerful hydroelectric power station.29.09.2022#8286240
Employees work at the Bratsk Hydroelectric Power Plant on the Angara River, in Bratsk, Russia. The Bratsk HPP is Russia's third most powerful hydroelectric power station.29.09.2022#8286275
An employee works in the turbine hall of the Bratsk Hydroelectric Power Plant on the Angara River, in Bratsk, Russia. The Bratsk HPP is Russia's third most powerful hydroelectric power station.29.09.2022#8286278
Employees work in the turbine hall of the Bratsk Hydroelectric Power Plant on the Angara River, in Bratsk, Russia. The Bratsk HPP is Russia's third most powerful hydroelectric power station.29.09.2022#8286280
An employee works in the turbine hall of the Bratsk Hydroelectric Power Plant on the Angara River, in Bratsk, Russia. The Bratsk HPP is Russia's third most powerful hydroelectric power station.29.09.2022#8286289
An employee works in the turbine hall of the Bratsk Hydroelectric Power Plant on the Angara River, in Bratsk, Russia. The Bratsk HPP is Russia's third most powerful hydroelectric power station.29.09.2022#8286323
Employees work at the Bratsk Hydroelectric Power Plant on the Angara River, in Bratsk, Russia. The Bratsk HPP is Russia's third most powerful hydroelectric power station.29.09.2022#8286242
Employees work in the turbine hall of the Bratsk Hydroelectric Power Plant on the Angara River, in Bratsk, Russia. The Bratsk HPP is Russia's third most powerful hydroelectric power station.29.09.2022#8286290
An employee works in the turbine hall of the Bratsk Hydroelectric Power Plant on the Angara River, in Bratsk, Russia. The Bratsk HPP is Russia's third most powerful hydroelectric power station.29.09.2022#8286293
An employee makes a phone call near the dam of the Bratsk Hydroelectric Power Plant on the Angara River, in Bratsk, Russia. The Bratsk HPP is Russia's third most powerful hydroelectric power station.29.09.2022#8286283
A view shows the dam of the Bratsk Hydroelectric Power Plant on the Angara River, in Bratsk, Russia. The Bratsk HPP is Russia's third most powerful hydroelectric power station.29.09.2022#8286284
An employee works at the Bratsk Hydroelectric Power Plant on the Angara River, in Bratsk, Russia. The Bratsk HPP is Russia's third most powerful hydroelectric power station.29.09.2022#8286301
Employees work at the Bratsk Hydroelectric Power Plant on the Angara River, in Bratsk, Russia. The Bratsk HPP is Russia's third most powerful hydroelectric power station.29.09.2022#8286304
A view shows the dam of the Bratsk Hydroelectric Power Plant on the Angara River, in Bratsk, Russia. The Bratsk HPP is Russia's third most powerful hydroelectric power station.29.09.2022#8286305
A view shows the dam of the Bratsk Hydroelectric Power Plant on the Angara River, in Bratsk, Russia. The Bratsk HPP is Russia's third most powerful hydroelectric power station.29.09.2022#8286286
A view shows the dam of the Bratsk Hydroelectric Power Plant on the Angara River, in Bratsk, Russia. The Bratsk HPP is Russia's third most powerful hydroelectric power station.29.09.2022#8286308
A view shows the Bratsk Hydroelectric Power Plant on the Angara River, in Bratsk, Russia. The Bratsk HPP is Russia's third most powerful hydroelectric power station.29.09.2022#8286307
Wind turbines of the Kochubeyevskaya wind farm are seen in the Kochubeevsky district of Stavropol region, Russia. The largest operating wind farm in Russia consists of 84 wind turbines with a capacity of 2.5 MW each. With an installed capacity of 210 MW, it is planned to generate 597 kWh of electricity on the annual average.26.05.2022#8201282
Wind turbines of the Kochubeyevskaya wind farm are seen in the Kochubeevsky district of Stavropol region, Russia. The largest operating wind farm in Russia consists of 84 wind turbines with a capacity of 2.5 MW each. With an installed capacity of 210 MW, it is planned to generate 597 kWh of electricity on the annual average.26.05.2022#8201284
Wind turbines of the Kochubeyevskaya wind farm are seen in the Kochubeevsky district of Stavropol region, Russia. The largest operating wind farm in Russia consists of 84 wind turbines with a capacity of 2.5 MW each. With an installed capacity of 210 MW, it is planned to generate 597 kWh of electricity on the annual average.26.05.2022#8201306
A wind turbine of the Kochubeyevskaya wind farm is seen in the Kochubeevsky district of Stavropol region, Russia. The largest operating wind farm in Russia consists of 84 wind turbines with a capacity of 2.5 MW each. With an installed capacity of 210 MW, it is planned to generate 597 kWh of electricity on the annual average.26.05.2022#8201305
A wind turbine of the Kochubeyevskaya wind farm is seen in the Kochubeevsky district of Stavropol region, Russia. The largest operating wind farm in Russia consists of 84 wind turbines with a capacity of 2.5 MW each. With an installed capacity of 210 MW, it is planned to generate 597 kWh of electricity on the annual average.26.05.2022#8201220
Wind turbines of the Kochubeyevskaya wind farm are seen in the Kochubeevsky district of Stavropol region, Russia. The largest operating wind farm in Russia consists of 84 wind turbines with a capacity of 2.5 MW each. With an installed capacity of 210 MW, it is planned to generate 597 kWh of electricity on the annual average.26.05.2022#8201233
Wind turbines of the Kochubeyevskaya wind farm are seen in the Kochubeevsky district of Stavropol region, Russia. The largest operating wind farm in Russia consists of 84 wind turbines with a capacity of 2.5 MW each. With an installed capacity of 210 MW, it is planned to generate 597 kWh of electricity on the annual average.26.05.2022#8201224
Wind turbines of the Kochubeyevskaya wind farm are seen in the Kochubeevsky district of Stavropol region, Russia. The largest operating wind farm in Russia consists of 84 wind turbines with a capacity of 2.5 MW each. With an installed capacity of 210 MW, it is planned to generate 597 kWh of electricity on the annual average.26.05.2022#8201374
Wind turbines of the Kochubeyevskaya wind farm are seen in the Kochubeevsky district of Stavropol region, Russia. The largest operating wind farm in Russia consists of 84 wind turbines with a capacity of 2.5 MW each. With an installed capacity of 210 MW, it is planned to generate 597 kWh of electricity on the annual average.26.05.2022#8201227
Wind turbines of the Kochubeyevskaya wind farm are seen in the Kochubeevsky district of Stavropol region, Russia. The largest operating wind farm in Russia consists of 84 wind turbines with a capacity of 2.5 MW each. With an installed capacity of 210 MW, it is planned to generate 597 kWh of electricity on the annual average.26.05.2022#8201243
A wind turbine of the Kochubeyevskaya wind farm is seen in the Kochubeevsky district of Stavropol region, Russia. The largest operating wind farm in Russia consists of 84 wind turbines with a capacity of 2.5 MW each. With an installed capacity of 210 MW, it is planned to generate 597 kWh of electricity on the annual average.26.05.2022#8201238
Wind turbines of the Kochubeyevskaya wind farm are seen in the Kochubeevsky district of Stavropol region, Russia. The largest operating wind farm in Russia consists of 84 wind turbines with a capacity of 2.5 MW each. With an installed capacity of 210 MW, it is planned to generate 597 kWh of electricity on the annual average.26.05.2022#8201281
Wind turbines of the Kochubeyevskaya wind farm are seen in the Kochubeevsky district of Stavropol region, Russia. The largest operating wind farm in Russia consists of 84 wind turbines with a capacity of 2.5 MW each. With an installed capacity of 210 MW, it is planned to generate 597 kWh of electricity on the annual average.26.05.2022#8201376
Wind turbines of the Kochubeyevskaya wind farm are seen in the Kochubeevsky district of Stavropol region, Russia. The largest operating wind farm in Russia consists of 84 wind turbines with a capacity of 2.5 MW each. With an installed capacity of 210 MW, it is planned to generate 597 kWh of electricity on the annual average.26.05.2022#8201248
Wind turbines of the Kochubeyevskaya wind farm are seen in the Kochubeevsky district of Stavropol region, Russia. The largest operating wind farm in Russia consists of 84 wind turbines with a capacity of 2.5 MW each. With an installed capacity of 210 MW, it is planned to generate 597 kWh of electricity on the annual average.26.05.2022#8201229
High-voltage power lines and electricity pylons are seen in front of wind turbines of the Kochubeyevskaya wind farm in the Kochubeevsky district of Stavropol region, Russia. The largest operating wind farm in Russia consists of 84 wind turbines with a capacity of 2.5 MW each. With an installed capacity of 210 MW, it is planned to generate 597 kWh of electricity on the annual average.26.05.2022#8201242
Wind turbines of the Kochubeyevskaya wind farm are seen in the Kochubeevsky district of Stavropol region, Russia. The largest operating wind farm in Russia consists of 84 wind turbines with a capacity of 2.5 MW each. With an installed capacity of 210 MW, it is planned to generate 597 kWh of electricity on the annual average.26.05.2022#8201378
Wind turbines of the Kochubeyevskaya wind farm are seen in the Kochubeevsky district of Stavropol region, Russia. The largest operating wind farm in Russia consists of 84 wind turbines with a capacity of 2.5 MW each. With an installed capacity of 210 MW, it is planned to generate 597 kWh of electricity on the annual average.26.05.2022#8201280
Cars drive near wind turbines of the Kochubeyevskaya wind farm in the Kochubeevsky district of Stavropol region, Russia. The largest operating wind farm in Russia consists of 84 wind turbines with a capacity of 2.5 MW each. With an installed capacity of 210 MW, it is planned to generate 597 kWh of electricity on the annual average.26.05.2022#8201286
Wind turbines of the Kochubeyevskaya wind farm are seen in the Kochubeevsky district of Stavropol region, Russia. The largest operating wind farm in Russia consists of 84 wind turbines with a capacity of 2.5 MW each. With an installed capacity of 210 MW, it is planned to generate 597 kWh of electricity on the annual average.26.05.2022#8201380
Wind turbines of the Kochubeyevskaya wind farm are seen in the Kochubeevsky district of Stavropol region, Russia. The largest operating wind farm in Russia consists of 84 wind turbines with a capacity of 2.5 MW each. With an installed capacity of 210 MW, it is planned to generate 597 kWh of electricity on the annual average.26.05.2022#8201307
Electricity pylons are seen in front of wind turbines of the Kochubeyevskaya wind farm in the Kochubeevsky district of Stavropol region, Russia. The largest operating wind farm in Russia consists of 84 wind turbines with a capacity of 2.5 MW each. With an installed capacity of 210 MW, it is planned to generate 597 kWh of electricity on the annual average.26.05.2022#8201240
Electricity pylons are seen in front of wind turbines of the Kochubeyevskaya wind farm in the Kochubeevsky district of Stavropol region, Russia. The largest operating wind farm in Russia consists of 84 wind turbines with a capacity of 2.5 MW each. With an installed capacity of 210 MW, it is planned to generate 597 kWh of electricity on the annual average.26.05.2022#8201241
Electricians remove parts of a power pole to rebuild power lines on one of the streets in Mariupol, Donetsk People's Republic.16.05.2022#8192595
Electricians remove parts of a power pole to rebuild power lines on one of the streets in Mariupol, Donetsk People's Republic.16.05.2022#8192592
Electricians remove parts of a power pole to rebuild power lines on one of the streets in Mariupol, Donetsk People's Republic.16.05.2022#8192596
An electrician removes parts of a power pole to rebuild power lines on one of the streets in Mariupol, Donetsk People's Republic.16.05.2022#8192605
An electrician removes parts of a power pole to rebuild power lines on one of the streets in Mariupol, Donetsk People's Republic.16.05.2022#8192604
Electricians remove parts of a power pole to rebuild power lines on one of the streets in Mariupol, Donetsk People's Republic.16.05.2022#8192600
Electricians remove parts of a power pole to rebuild power lines on one of the streets in Mariupol, Donetsk People's Republic.16.05.2022#8192597
Electricians remove parts of a power pole to rebuild power lines on one of the streets in Mariupol, Donetsk People's Republic.16.05.2022#8192599
