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
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#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#8201243
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
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
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#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#8201229
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#8201224
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
