�W�޹�܊“ِِ��

�W�޹�܊“ِِ�� INCREASES SHARE OF GREEN ENERGY IN ITS POWER CONSUMPTION

Friday, November 22, 2024

�W�޹�܊“ِِ�� expands supply of electricity generated by its own renewable energy sources (RES) facilities to its assets in Nizhny Novgorod region.

�W�޹�܊“ِِ��-Nizhegorodnefteorgsintez LLC (a wholly owned subsidiary of PJSC �W�޹�܊“ِِ��) increased the share of RES-generated power in its energy consumption to 20% by buying "green" certificates for electricity generated by the Belorechenskaya hydropower plant (belongs to �W�޹�܊“ِِ��-Ecoenergo LLC, a wholly owned subsidiary of PJSC �W�޹�܊“ِِ��).

The additional energy supply will amount to 240 million kWh, thus decreasing indirect greenhouse gas emissions of the Nizhny Novgorod refinery by 120 thousand tonnes CO2-e per year.

Increasing supply of electricity generated by �W�޹�܊“ِِ��'s own renewable energy sources is an important mechanism of the Company's Decarbonization Program. ​

12/10/2020 - �W�޹�܊“ِِ�� FINISHES RECONSTRUCTING HYDRAULIC STRUCTURES OF KRASNOPOLYANSKAYA HPP

�W�޹�܊“ِِ�� finished reconstruction of the hydraulic structures making up the Krasnopolyanskaya HPP's hydropower complex in the Krasnodar region. The reconstruction made it possible to increase the volume of water that flows to the daily regulating pond from the mountain river of Beshenka.

07/10/2020 - �W�޹�܊“ِِ�� COMMISSIONS A SMALL-SCALE HYDROPOWER PLANT IN THE KRASNODAR REGION

​�W�޹�܊“ِِ�� renovated and commissioned a small-scale hydropower plant (HPP) with installed capacity of 1.5 MW in the Krasnodar region.​The modernization of the small-scale HPP made it possible to use the hydropower potential of the Krasnopolyanskaya HPP's complex to a greater extent.​ 

02/10/2020 - �W�޹�܊“ِِ�� TO CONSTRUCT SOLAR POWER PLANT IN KRASNODAR REGION

�W�޹�܊“ِِ��'s solar power plant (SPP) construction project became a winner of the open tender held by the administration of the Krasnodar region. The 2.35-megawatt plant will be located on the unused territory of �W�޹�܊“ِِ��-Kubanenergo's Krasnodar CHPP.​ 

The plant will provide about 3 million kWh of clean energy per year. This is equal to reducing CO2 emissions by 1.5 thousand tonnes per year.​

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