Strategic Transformation of the Energy Framework of the Russian Far East: A Comprehensive Analysis of the Prospects for the Development of Nuclear Power Generation and the Reconfiguration of Cross-Border Cooperation.

April 2026 was marked by a series of strategic decisions and statements that have finally cemented the paradigm shift in the development of the Far East energy complex of the Russian Federation. The historically established model of operation of the Unified Energy System (UES) of the East, based on a balance of large hydro generation (Zeya and Bureyskaya HPPs) and coal-fired power plants, has exhausted its resource base and technological potential. The accelerated macroeconomic integration of the region into the system of global trade routes, the unprecedented expansion of the capacity of the Eastern Polygon (Trans-Siberian and Baikal-Amur Mainlines), and also the active implementation of projects of territories of advanced development (TOR) led to the formation of a sustainable and progressive energy deficit. Electricity consumption in the region is displaying accelerated growth, exceeding 4% year-on-year, which, in the context of climate-induced low water levels in the Far Eastern rivers and aging thermal capacities, creates critical risks for the further industrial leap.1
In response to these systemic challenges, state energy policy underwent a radical adjustment, fixed in the General Scheme for the Placement of Electric Power Facilities up to 2042. This strategic document, developed in accordance with the Government of the Russian Federation resolution dated December 30, 2022 No. 2556, defines the trajectory for achieving the goals of the Energy Strategy of the Russian Federation with consideration of the deployment of the best available technologies.2 A key element of the new doctrine was the rejection of exclusively thermal and hydro generation in favor of large-scale deployment of nuclear energy facilities in technologically isolated territorial energy systems and zones of decentralized energy supply.2
Across the country, the General Scheme up to 2042 envisions a colossal volume of new nuclear capacities, estimated at 29.299 million kW.2 This colossal figure is driven not only by the need to meet growing demand but also by the imperative to replace retiring capacities. By 2042, the plan is to decommission morally and physically obsolete reactors of RBMK-1000 type, VVER-440, early-series VVER-1000, as well as EGP-6 and BN-600 with a total capacity of 10.373 million kW.2 Against this backdrop, priority attention of the relevant ministries, the Rosatom State Corporation and regional elites is focused on two flagship megaprojects: the Primorsky and Khabarovsk nuclear power plants, intended to become the basic nodes of the new energy framework of the Far East.