Indonesia Eyes Russian Floating Nuclear Power Plants
The potential deployment of modular reactors aims to bolster energy security for remote industrial operations.
Updated on Oct. 16, 2026 in Nuclear
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Indonesian businesses are evaluating an offer from Russia's state atomic agency, Rosatom, to deploy floating small-capacity nuclear power plants. The proposed two-stage nuclear development strategy begins with modular floating units before transitioning to larger onshore power facilities.
Why it matters
Indonesia is exploring nuclear energy to enhance national energy security, looking specifically at portable reactors to supply electricity to industrial clusters in remote or isolated regions.
Rosatom is currently scaling its modular nuclear architecture, with four new floating units under construction slated to provide 424 MW of capacity. This follows the operational deployment of a 70 MW floating unit at Pevek in Chukotka.
The players
Rosatom
Russia's state-owned nuclear corporation that manages the design, construction, and operation of floating and onshore nuclear power reactors.
The details
The proposed infrastructure uses floating small-capacity generating units designed for rapid deployment to industrial hubs. Rosatom utilizes a two-stage strategy, pairing these mobile power sources with future onshore large-capacity reactors to meet long-term energy needs. These plants function as offshore power barges that can provide reliable baseload electricity to isolated mining and industrial sites.
Timeline
October 16, 2026: Russian delegation meets with Indonesian stakeholders in Jakarta.
2028: Expected launch of the first Baimsky GOK floating power unit.
2030: Rosatom target for the first international delivery of a floating nuclear plant.
2031: Expected launch of the fourth Baimsky GOK floating power unit.
The Tech Race
This proposal marks an effort by Rosatom to expand the commercial footprint of its floating reactor technology beyond domestic industrial sites like the Baimsky GOK copper project. The push to export these units by 2030 positions the agency to capture demand for modular power in markets with fragmented energy grids.
If adopted, these floating units would primarily serve remote industrial sites in Indonesia, providing localized electricity for mining and manufacturing. While no timeline for deployment in the region is set, the initiative signals a shift toward nuclear energy for industrial infrastructure.
The takeaway
Indonesia is evaluating the potential of Russian floating nuclear technology to stabilize electricity supply for remote industrial expansion. Watch for official procurement agreements as Rosatom approaches its 2030 target for the first international deliveries.
Further reading
For more on the development of modular reactor technologies, see our coverage of Nuclear.
Source note: This article includes information reported by Interfax.
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