Indonesia Eyes Russian Floating Nuclear Power Plants
Indonesian businesses are exploring the use of Russian small-capacity floating nuclear units to boost industrial power.
Updated on Oct. 16, 2026 in Nuclear
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Indonesian interests are evaluating a two-stage plan from Rosatom to deploy floating nuclear power units followed by the construction of large-capacity onshore reactors. The initiative aims to enhance Indonesia's long-term energy security through advanced nuclear technology.
Why it matters
As remote industrial clusters seek reliable power, Indonesia is exploring compact nuclear solutions that can be deployed faster than traditional grid infrastructure. This approach could provide a scalable model for meeting industrial energy demands in geographically challenging areas.
Rosatom currently operates a 70 MW floating power unit in Pevek, Chukotka, and is actively constructing four additional units with a combined output of 424 MW to serve the Baimsky GOK copper mining project.
The players
Rosatom
This Russian state-owned nuclear energy corporation specializes in the development and construction of both traditional and floating nuclear power infrastructure.
The details
The proposal presented by the Russian delegation involves a two-stage rollout designed to transition from mobile small-capacity generating units to permanent, large-capacity onshore reactors. These floating plants are intended to serve as a primary power source for industrial clusters, drawing on Rosatom's existing experience with arctic-based mobile nuclear power.
Timeline
October 16, 2026: A Russian delegation visited Jakarta to discuss the nuclear energy cooperation approach.
2028: The first floating unit for the Baimsky GOK project is scheduled for launch.
2030: Rosatom targets the initial delivery of floating nuclear power plants to international markets.
2031: The fourth floating unit for the Baimsky GOK project is scheduled for launch.
The Big Picture
The proposed deployment of floating power units to Indonesia builds upon the operational framework established by the Pevek floating nuclear power plant. The project represents an effort to export the mobile nuclear technology previously proven at the Pevek facility to new international markets.
The potential adoption of small-capacity floating reactors could eventually allow industrial sectors to bypass traditional grid limitations and reduce reliance on fossil fuels in remote locations. Successful implementation may signal a shift toward localized, high-output energy solutions for emerging industrial hubs worldwide.
The takeaway
Floating nuclear units offer a flexible alternative to traditional land-based plants by providing a mobile energy source that can be moved to where power is needed most. Indonesia's interest highlights how developing economies are increasingly evaluating modular nuclear technology as a pathway to grid modernization.
What happens next
The initial launch of the first Baimsky GOK floating power unit is set for 2028, with the fourth unit projected to follow in 2031.
Further reading
Learn more about the latest developments in nuclear technology and infrastructure on our Nuclear section page.
Source note: This article includes information reported by Interfax.
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