General information.
The
decision to diversify the portfolio of offers in low-carbon energy is a logical
continuation of the business development of the State Atomic Energy Corporation
Rosatom (ROSATOM). Such moves by the State Atomic Energy Corporation Rosatom
(ROSATOM) directly contribute to the implementation of the state strategy that
envisages the transition to the environmentally sustainable development model by
2025.
Wind
energy projects are implemented by a subsidiary company - wind power division
of the State Atomic Energy Corporation Rosatom (ROSATOM) – Rosatom Renewable energy JSC.The division
implements the overall strategy of the State Atomic Energy Corporation Rosatom
(ROSATOM) for the low carbon energy production based on wind energy.
Rosatom
Renewable EnergyJSC acts as a system integrator of wind power projects and
effectively addresses the entire range of tasks, such as wind power plant
design, in-house production of wind power plant components, management of the
chain of suppliers and logistics of components to the platform, subsequent
service and operation.
At
the initial stage, Rosatom Renewable EnergyJSC carried
out technology transfer; now the tasks of ensuring technological independence
and sovereignty of the wind power industry, the importance of which will only
grow worldwide, are being addressed.
Despite
the current geopolitical situation and its effects, the State Atomic Energy
Corporation Rosatom (ROSATOM) and technological partners in wind power projects
are progressively and responsibly approaching the fulfillment of their
commitments both with regard to the construction of generating facilities and
the creation of domestic production facilities.
Rosatom
Renewable Energy JSC also sets itself the goal of entering foreign markets. Rosatom's
first foreign wind energy project will be implemented in Kyrgyzstan.
Introduced wind power stations of
Rosatom:
1. Adygea Wind Power Station (WPS):
The Adygeya WPP is located on the border of the Shovgenovsky and Giaginsky
districts of the Republic of Adygea. This is the first completed wind power
facility of the State Atomic Energy Corporation Rosatom (ROSATOM).
As part of the WPS, 60 wind power plants with a capacity of 2.5 MW each are
in operation. The total capacity of the wind power station is 150 MW.
Since March 1, 2020, the Adygeya WPS has started supplying electricity and
power to the wholesale electricity and power market. The total area of the wind
farm for the period of operation is 60 hectares. The planned electricity yield
is 354 million kWh per year, which is 20% of the region's total consumption.
2. Kochubeyevskaya WPS:
In December 2020, the State Atomic Energy Corporation Rosatom (ROSATOM)
commissioned the Kochubeyevskaya WPS. The wind farm is located in the
Kochubeyevsky district of Stavropol Krai.
Since January 1, 2021, the Kochubeevskaya WPS has been supplying electricity to
the country's unified grid. The wind farm consists of 84 wind power plants with
a capacity of 2.5 MW each. The installed capacity of the wind farm is 210 MW.
The total area of the wind farm for the period of operation is 75 hectares. The
planned average annual energy yield is 597 mln kWh.
3. Karmalinovskaya WPS:
Since April 1, 2021, the Karmalinovskaya WPS in Stavropolsky Krai has started
supplying electricity to the unified grid of Russia. The Karmalinovskaya WPS
with the installed capacity of 60 MW consists of 24 wind power plants with a
capacity of 2.5 MW.
The planned average annual energy yield is 147 mln kWh.
4. Marchenkovskaya WPS:
Since July 1, 2021, the Marchenkovskaya WPS in Rostovskay Oblast has started
supplying electricity to the unified grid of Russia. The Marchenkovskaya WPS
with the installed capacity of 120 MW consists of 48 wind power plants with a
capacity of 2.5 MW each. The planned average annual energy yield is more than 402
GWh.
5. Bondarevskaya WPS:
Since September 1, 2021, the Bondarevskaya WPS in Stavropolsky Krai has started
supplying electricity to the unified grid of Russia. The Bondarevskaya WPS with
the installed capacity of 120 MW consists of 48 wind power plants with a
capacity of 2.5 MW each. The planned average annual energy yield is 354 mln
kWh.
6. Medvezhenskaya WPS:
Since Decemeber 1, 2021, the Medvezhenskaya WPS in Stavropolsky Krai has started
supplying electricity to the unified grid of Russia. The Medvezhenskaya WPS
with the installed capacity of 60 MW consists of 24 wind power plants with a
capacity of 2.5 MW each. The planned average annual energy yield is 171 mln
kWh.
7. Berestovskaya WPS:
Since January 1, 2021, the Berestovskaya WPS in Stavropolsky Krai has started
supplying electricity to the unified grid of Russia. The Berestovskaya WPS with
the installed capacity of 60 MW consists of 24 wind power plants with a
capacity of 2.5 MW each. The planned average annual energy yield is 175,5 mln
kWh.
8. Kuzminskaya WPS:
Since June 1, 2023, the Kuzminskaya WPS in Stavropolsky Krai has started
supplying electricity to the unified grid of Russia. The Kuzminskaya WPS with
the installed capacity of 160 MW consists of 64 wind power plants with a
capacity of 2.5 MW each.
The planned average annual energy yield is 378 mln kWh.
9. Trunovskaya WPS:
Since October 1, 2023, the Trunovskaya WPS in Stavropolsky Krai (Stage 1 with
the installed capacity of 60 MW, 24 wind power plants with the capacity of 2.5
MW each) has started supplying electricity to the unified grid of Russia.
On March 4, 2024, the 2nd stage of the Trunovskaya WPS with an installed
capacity of 35 MW, 14 wind turbines with a capacity of 2.5 MW each were put
into operation.
The total installed capacity of the Trunovskaya WPS is 95 MW. The wind farm
consists of 38 wind power plants with a capacity of 2.5 MW each. The planned
average annual energy yield is 225 mln kWh.
10. Novolakskaya WPS:
Since December 1, 2025,
the Novolakskaya WPS in the Republic of Dagestan (Stage 1,
with the total installed capacity of 152.5 MW, 61 wind power plants with the capacity of 2.5 MW each) has started supplying electricity to the unified grid of Russia.
On July 22, the second stage of the Novolakskaya Wind
Farm with a total installed capacity of 147.5 MW (59 wind turbines with a
capacity of 2.5 MW each) was put into operation. The installed capacity of the
wind farm is 300 MW. The planned average annual generation is 879 million kWh.
· To date, more than 1.3 GW of wind energy capacity has been put into operation. These are 10 wind power plants in the south of Russia.
· In total, by 2028, ROSATOM
will have to create wind power stations with a total capacity of about 2 GW (taking into account the already commissioned
capacities).
· To automate the control and management of wind power
stations, Rosatom Renewable energy JSC has developed a software solution
that allows real-time collection of information on the operation of each wind
power plant for analysis and prompt response of maintenance personnel. This
allowed the company to be import-independent in terms of software for WPS
management.
· In November 2025, Rusatom Wind Blades JSC (part of
Rosatom's Composite Division) delivered the first domestically produced blades
to a site near the village of Kok-Moinok-Pervoe in Balykchy, Issyk-Kul Region,
Kyrgyz Republic, for the construction of Rosatom's first overseas wind farm. Earlier, in August of that year, nacelles, generators, and hubs from Rosatom Renewable Energy, as well as towers manufactured by VetroStroyDetal LLC, were delivered to the
site. Designing of the wind farm is scheduled to begin in 2026.
