Ampera Clean Energy builds compact thorium‑fueled microreactors that generate 15–30 MWe of electricity in a modular, source‑assisted design. The reactors provide intrinsic safety, low long‑lived waste, and minimal refueling, enabling rapid deployment for utilities, remote industrial sites, maritime vessels, and other off‑grid applications.
Funding
Funding not disclosed
Founders
Product
Problem
Current energy generation relies heavily on large-scale fossil fuel plants and conventional nuclear reactors, which present challenges in carbon emissions, safety, and the ability to provide power to remote or distributed sites.
Solution
Ampera Clean Energy develops compact, thorium-fueled microreactor systems that generate 15–30 MWe of electricity. The reactors use a source‑assisted design that enhances intrinsic safety, reduces the need for extensive containment structures, and enables rapid scaling of power output. By leveraging thorium’s abundant supply and favorable nuclear properties, the technology offers low‑waste, long‑life operation with minimal refueling requirements. The modular format allows deployment in a variety of settings, from off‑grid industrial sites to maritime vessels, supporting a transition to clean, reliable power without the infrastructure demands of traditional nuclear plants.
Target Audience
Primary customers include utility operators, remote industrial facilities, maritime and offshore platforms, and governments seeking low‑carbon, reliable power solutions for distributed or hard‑to‑reach locations.
Features
- Thorium‑based fuel cycle delivering high energy density with reduced long‑lived radioactive waste
- Compact microreactor architecture producing 15–30 MWe in a footprint suitable for modular installation
- Source‑assisted safety mechanisms providing passive shutdown and resistance to external impacts
- Scalable power output through modular stacking or parallel operation to match demand
- Minimal refueling intervals and extended core life, lowering operational downtime
- Designed for rapid deployment and integration with existing grid or isolated power systems