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Sunday, 9 December 2018

The largest solar power plants in Orenburg, Russia

Russia's two solar power plants in Sorochinsk and Novosergievka of Orenburg region . Sorochinsk, with a capacity of 60 MW, has become the most powerful object of photovoltaics built in Russia. The second, Novosergievka, with a capacity of 45 MW, ranked second in the list of solar stations.


Russia's two solar power plants in Sorochinsk and Novosergievka of Orenburg region

At the end of the third quarter of 2018, 320 MW of capacity based on solar energy was built in the Unified Energy System of Russia. The launch of new stations with a total capacity of 105 MW, built under the federal program for the development of renewable energy sources, thus increased the total amount of solar generation built in the UES of Russia by more than a third. New SES were the first elements of the investment program of PJSC "T Plus" in the field of renewable energy "Solar System".

At the time of launch, the largest was another built T plus station - Orsk SES. Vlazneva, consisting of three bursts with a total capacity of 40 MW. And the most powerful SES in the world on photocells is in the USA - these are two stations with an installed capacity of 550 MW each. They have more than 9 million solar modules installed.

Novosergievka SES covers an area of ​​92 hectares and more than 150 thousand solar cells have been installed.

Sorochinsk, with a capacity of 60 MW, has become the most powerful object of photovoltaics built in Russia. The second, Novosergievka, with a capacity of 45 MW, ranked second in the list of solar stations.
Inverter. It converts direct current into alternating current, and outputs it to the switchgear.

Solar modules produced by Hevel's heterostructural technology (HJT). The efficiency of the solar cell of such modules exceeds 22%, which is one of the highest rates in mass production in the world. Photo cells were produced at the Hevel LLC plant in Chuvashia.

Solar modules produced by Hevel's heterostructural technology (HJT). The efficiency of the solar cell of such modules exceeds 22%, which is one of the highest rates in mass production in the world. Photo cells were produced at the Hevel LLC plant in Chuvashia.

For the first time in Russia, solar cells based on the heterojunction technology, which combine the advantages of thin film technology (micromorphic technology) and photoelectric converters based on single-crystal silicon, have been developed.
For the first time in Russia, solar cells based on the heterojunction technology, which combine the advantages of thin film technology (micromorphic technology) and photoelectric converters based on single-crystal silicon, have been developed.

The launch of new stations with a total capacity of 105 MW, built under the federal program for the development of renewable energy sources, thus increased the total amount of solar generation built in the UES of Russia by more than a third. New SES were the first elements of the investment program of PJSC "T Plus" in the field of renewable energy "Solar System".

The largest solar power plant is Sorochinsk . Installed capacity of 60 MW. The station covers an area of ​​120 hectares (these are 170 football fields) and 200 thousand photocells are installed on it.

The largest solar power plant is Sorochinsk . Installed capacity of 60 MW. The station covers an area of ​​120 hectares (these are 170 football fields) and 200 thousand photocells are installed on it.

The stations received unusual names in honor of the planets of the solar system, since the entire investment program is called “Solar System”. Sorochinsk is called "Uranus", and Novosergievka is called "Neptune".
The stations received unusual names in honor of the planets of the solar system, since the entire investment program is called “Solar System”. Sorochinsk is called "Uranus", and Novosergievka is called "Neptune".

The capacity of the two stations is enough to “power” about 10 thousand private households, and to cover the load of the Novosergievka district and the Sorochinsky urban district in full.

In the year, the new stations will allow saving up to 40 thousand tons of reference fuel - this is almost 500 fuel oil tanks or about 35 million cubic meters of natural gas.

The capacity of the two stations is enough to “power” about 10 thousand private households, and to cover the load of the Novosergievka district and the Sorochinsky urban district in full. True, we should not forget that SES issue their products exclusively on the WEMP, and not to specific consumers. In addition, the supply of electricity from SES is not uniform - only during the day (there is no sun at night, and the stations themselves “take” from the network for their own needs), and vary from season to season.

At both stations, the step between the rows - 8.6 meters, you can ride on cars.

At both stations, the step between the rows - 8.6 meters, you can ride on cars. The slope of the surfaces - 34 degrees (on the Orsk SES - 33); This was done for a reason, and after careful mathematical calculations. Interestingly, the snow panel is not supposed to be cleaned. Calculations show that the station will give a current even under the snow.

The capacity based on solar energy was built in the Unified Energy System of Russia. The launch of new stations with a total capacity of 105 MW

Source Photo & Text | Russos

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