Chukotka floating nuclear power plant reaches 1 billion kWh in the Arctic

Chukotka floating nuclear power plant sets record for generation of 1 billion kWh, boosting energy development in the Arctic.
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Central nuclear flotante

The Akademik Lomonosov floating nuclear power plant , located in the Arctic region of Chukotka, Russia, has reached a significant milestone by generating its first billion kilowatt-hours (kWh). This world-unique nuclear plant , operating in the extreme Arctic environment, plays a crucial role in providing energy for the most remote areas of the country.

A major achievement in Arctic power generation

In the context of an energy infrastructure traditionally dependent on land-based sources, the floating power plant has proven to be an innovative solution. Located in the city of Pevek, the plant contributes to covering more than 60% of the region’s electricity demand , including major mining projects such as Peschanka, the largest deposit in the Baimsk area.

The plant has the capacity to generate up to 70 MW, which is equivalent to powering a city of up to 100,000 inhabitants, thus reinforcing the strategic importance of this project for the development of the Arctic region.

The success of the floating nuclear power plant

In its first years of operation, the floating power plant has exceeded production expectations, reaching generation levels that surpassed the targets set by the Russian Federal Antimonopoly Service.

This success is largely due to the effective planning skills and cooperation between staff members, some of whom work in rotating shifts, while others are located thousands of kilometres away. Natalia Tarasova, Deputy Director for Personnel Management at FNPP, stressed the importance of team coordination and professionalism in achieving these results.

Floating power plant
Floating power station. Source: Rosatom

Nuclear icebreakers and floating energy

The nuclear power plant project is a response to the need to supply Russia’s most remote regions and is part of a broader strategy to develop infrastructure in the Arctic.

The expansion of the maritime transport network, with the construction of new nuclear icebreakers and the modernization of port infrastructure, will facilitate the delivery of supplies to these areas, promoting sustainability and the diversification of energy sources in one of the most challenging areas on the planet.

With the first anniversary of the FNPP floating power plant approaching in May 2025, this achievement marks just the beginning of a future in which floating nuclear power will play an increasingly important role. As the plant continues to generate electricity and heat in extreme conditions, the Chukotka floating nuclear power plant is emerging as a model for clean and reliable energy , crucial to the ambitious development goals of the Arctic region.

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Source and photos: Rosaton

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