Zeno Power develops compact radioisotope power systems, described as nuclear batteries, using strontium-90 heat sources for long-duration power in remote terrestrial, maritime, lunar, and space applications. The systems are under development and subject to nuclear material, launch, safety, and government controls.
No partnership implied. Relationship: indexed only; no formal relationship. substantive editorial profile; independent review pending
Stable ID
entity-zeno-power
Entity kind
private radioisotope power-system company
Category
Company and applied technology
Geography
Washington, DC, United States
Editorial reviewer
GShips Project editorial synthesis
Official link checked
2026-07-25
Profile boundary
Zeno Power develops compact radioisotope power systems, described as nuclear batteries, using strontium-90 heat sources for long-duration power in remote terrestrial, maritime, lunar, and space applications. The systems are under development and subject to nuclear material, launch, safety, and government controls.
Evidence boundary: Official-link review: the company site was reachable and describes strontium-90 radioisotope power systems and target applications. Operational readiness, qualification, fuel access, safety cases, availability, costs, complete lifecycle impacts, and mission fit were not independently verified; independent review pending.
Potentially relevant capability areas
Radioisotope power-system design, strontium-90 heat-source integration, power conversion, remote-energy applications, nuclear safety work, and government program execution.
Task-specific matches
A match is bounded to one declared work program. It does not establish a partnership, availability, endorsement, or an organization-wide rank.
No task-specific match is recorded.
Potential fit—not a relationship
Could inform low-power, long-life backup energy for remote sensors, precursor probes, dark environments, and safety systems where solar or maintenance access is inadequate.
Possible bounded engagement, not undertaken: Proposed only, subject to a future fit check and all nuclear, launch, export, safeguards, security, and procurement rules: evaluate only a defined civil precursor need after non-nuclear alternatives and lifecycle risks are compared. No outreach, commitment, procurement, or nuclear activity has occurred.
Fit and engagement risks
Radioisotope systems carry launch-accident, contamination, security, safeguards, disposal, and intergenerational stewardship risks.
Fuel availability, specific power, conversion lifetime, licensing, and program schedule may constrain use.
Government and defense-linked applications create export-control, dual-use, and controlled-information boundaries.
What would change this profile?
Independent safety and qualification evidence, demonstrated long-duration operation, a lawful fuel and disposal pathway, transparent lifecycle analysis, and a need unmet by safer alternatives would be required.
Official-link review: the company site was reachable and describes strontium-90 radioisotope power systems and target applications. Operational readiness, qualification, fuel access, safety cases, availability, costs, complete lifecycle impacts, and mission fit were not independently verified; independent review pending.
Potential fit is an editorial hypothesis. Inclusion does not establish affiliation, endorsement, procurement eligibility, or a relationship.
What would change this page?
Independent safety and qualification evidence, demonstrated long-duration operation, a lawful fuel and disposal pathway, transparent lifecycle analysis, and a need unmet by safer alternatives would be required.
The company has a commercial interest in radioisotope power; government awards, fuel suppliers, customers, investors, and regulatory interests were not independently investigated.
The maintainer intends to explore a commercial venture based on some GShips work. No entity, outside funding, customer, sponsor, or indexed-organization relationship currently exists.