A view shows mills on the territory of Museum of Wooden Architecture in Suzdal, Vladimir region, Russia. In 2024, one of the most ancient cities of Russia will turn one thousand years old.09.08.2024#8740642
A view shows the Malye Korely open-air museum, featuring the traditional wooden architecture of the Arkhangelsk region, Russia.30.07.2024#8741667
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
A truck transports a wind turbine blade to the Kola wind farm in Murmansk region, Russia. The Kola wind farm will be the largest wind farm in Russia beyond the Arctic Circle and will be able to generate about 750 GWh per year.23.03.2022#8148334
A truck transports a wind turbine blade to the Kola wind farm in Murmansk region, Russia. The Kola wind farm will be the largest wind farm in Russia beyond the Arctic Circle and will be able to generate about 750 GWh per year.23.03.2022#8148394
A truck transports a wind turbine blade to the Kola wind farm in Murmansk region, Russia. The Kola wind farm will be the largest wind farm in Russia beyond the Arctic Circle and will be able to generate about 750 GWh per year.23.03.2022#8148332
Wind turbines of the Kola wind farm are pictured in Murmansk region, Russia. The Kola wind farm will be the largest wind farm in Russia beyond the Arctic Circle and will be able to generate about 750 GWh per year.23.03.2022#8148325
Wind turbines of the Kola wind farm are pictured in Murmansk region, Russia. The Kola wind farm will be the largest wind farm in Russia beyond the Arctic Circle and will be able to generate about 750 GWh per year.23.03.2022#8148390
Wind turbines of the Kola wind farm are pictured in Murmansk region, Russia. The Kola wind farm will be the largest wind farm in Russia beyond the Arctic Circle and will be able to generate about 750 GWh per year.23.03.2022#8148350
Wind turbines of the Kola wind farm are pictured in Murmansk region, Russia. The Kola wind farm will be the largest wind farm in Russia beyond the Arctic Circle and will be able to generate about 750 GWh per year.23.03.2022#8148341
Wind turbines of the Kola wind farm are pictured in Murmansk region, Russia. The Kola wind farm will be the largest wind farm in Russia beyond the Arctic Circle and will be able to generate about 750 GWh per year.23.03.2022#8148384
Wind turbines of the Kola wind farm are pictured in Murmansk region, Russia. The Kola wind farm will be the largest wind farm in Russia beyond the Arctic Circle and will be able to generate about 750 GWh per year.23.03.2022#8148380
Wind turbines of the Kola wind farm are pictured in Murmansk region, Russia. The Kola wind farm will be the largest wind farm in Russia beyond the Arctic Circle and will be able to generate about 750 GWh per year.23.03.2022#8148338
Wind turbines of the Adygea wind farm are seen in the area of the Kelemetov farm, in the Republic of Adygea, Russia.08.10.2021#6668448
Wind turbines of the Adygea wind farm are seen in the area of the Kelemetov farm, in the Republic of Adygea, Russia.08.10.2021#6668447
Wind turbines of the Adygea wind farm are seen in the area of the Kelemetov farm, in the Republic of Adygea, Russia.08.10.2021#6668404
A vehicle drives by wind turbines of the Adygea wind farm, in the area of the Kelemetov farm, in the Republic of Adygea, Russia.08.10.2021#6668403
A wind turbine of the Adygea wind farm is seen, in the area of the Kelemetov farm, in the Republic of Adygea, Russia.08.10.2021#6668402
Wind turbines of the Adygea wind farm are seen in the area of the Kelemetov farm, in the Republic of Adygea, Russia.08.10.2021#6668436
Wind turbines of the Adygea wind farm are seen in the area of the Kelemetov farm, in the Republic of Adygea, Russia.08.10.2021#6668434
Wind turbines of the Adygea wind farm are seen in the area of the Kelemetov farm, in the Republic of Adygea, Russia.08.10.2021#6668433
Wind turbines of the Adygea wind farm are seen in the area of the Kelemetov farm, in the Republic of Adygea, Russia.08.10.2021#6668432
A wind turbine of the Adygea wind farm is seen in the area of the Kelemetov farm, in the Republic of Adygea, Russia.08.10.2021#6668400
Wind turbines of the Adygea wind farm are seen in the area of the Kelemetov farm, in the Republic of Adygea, Russia.08.10.2021#6668392
A man looks at the wind turbines of the Adygea wind farm, in the area of the Kelemetov farm, in the Republic of Adygea, Russia.08.10.2021#6668399
Wind turbines of the Adygea wind farm are seen in the area of the Kelemetov farm, in the Republic of Adygea, Russia.08.10.2021#6668398
Wind turbines of the Adygea wind farm are seen in the area of the Kelemetov farm, in the Republic of Adygea, Russia.08.10.2021#6668397
Wind turbines of the Adygea wind farm are seen in the area of the Kelemetov farm, in the Republic of Adygea, Russia.08.10.2021#6668396
Wind turbines of the Adygea wind farm are seen in the area of the Kelemetov farm, in the Republic of Adygea, Russia.08.10.2021#6668430
Wind turbines of the Adygea wind farm are seen in the area of the Kelemetov farm, in the Republic of Adygea, Russia.08.10.2021#6668429
Wind turbines are seen at the Mirnovskaya wind farm in Crimea, Russia. The farm consists of 158 wind turbines 60 meters high.09.07.2021#6593067
Wind turbines are seen at the Mirnovskaya wind farm in Crimea, Russia. The farm consists of 158 wind turbines 60 meters high.09.07.2021#6593066
Wind turbines are seen at the Mirnovskaya wind farm in Crimea, Russia. The farm consists of 158 wind turbines 60 meters high.09.07.2021#6593060
Wind turbines are seen at the Mirnovskaya wind farm in Crimea, Russia. The farm consists of 158 wind turbines 60 meters high.09.07.2021#6593063
Wind turbines are seen at the Mirnovskaya wind farm in Crimea, Russia. The farm consists of 158 wind turbines 60 meters high.09.07.2021#6593061
Wind turbines are seen at the Mirnovskaya wind farm in Crimea, Russia. The farm consists of 158 wind turbines 60 meters high.09.07.2021#6593058
Wind turbines are seen at the Mirnovskaya wind farm in Crimea, Russia. The farm consists of 158 wind turbines 60 meters high.09.07.2021#6593062
Wind turbines are seen at the Mirnovskaya wind farm in Crimea, Russia. The farm consists of 158 wind turbines 60 meters high.09.07.2021#6593064
