Борьба с энергодефицитом: ПАО «Россети» объявило тендеры на строительство накопителей энергии в Краснодарском крае и Республике Крым

The project will be financed by loans, and debt service expenses will be included in tariffs for the unified national electricity grid

The state holding company Rosseti has announced tenders for the construction of energy storage systems with a capacity of 350 MW in Krasnodar Krai and the Republic of Crimea. The total cost of the projects will be 59 billion rubles. The initiative aims to address the problem of energy shortages.

It is planned to install a 100 MW system in the Karasunsky district of Krasnodar for 17.3 billion rubles. A similar 100 MW installation will be built in the village of Blizhnee in Crimea for 17.54 billion rubles. The largest facility, a 150 MW system in the Elizavetinskaya village of Krasnodar Krai, will cost 24.274 billion rubles. The storage facilities are designed to smooth out peak electricity consumption in conditions of regional shortages. All facilities must be commissioned no later than November 2026, as indicated in the tender documentation. Each project is a comprehensive turnkey job: from the supply of storage devices and installation to commissioning, design, and creation of network infrastructure for integration into the power system.

The project is being implemented as a pilot within the investment program of Rosseti's main complex. Financing will be carried out through loans, and debt servicing is planned to be included in the tariffs of the unified national electricity grid. The total amount of funds from tariffs, including VAT, will be 105 billion rubles. The starting prices of the tenders are based on an analysis of the market for equipment, materials, and services.

Energy storage systems allow storing excess electricity and returning it to the grid during peak loads, which helps stabilize supplies in energy-deficient areas. According to Rosseti, such installations are already being tested in other regions of the country to improve the reliability of power supply.

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