Combined Power Generation & Refrigeration
A zero-moving-parts platform that establishes and sustains its own cryogenic operating conditions once initiated.
CoolPwr Labs is developing a solid-state architecture that integrates thermal-to-electric energy conversion with simultaneous refrigeration in a single device.
After four years of hands-on cryogenic experimental work, the 2026 architecture is now at the provisional patent stage and advancing toward a Proof of Concept.
Legacy refrigeration systems rely on vapor-compression technology with known limitations in efficiency and maintenance. Many applications also need reliable distributed power.
CoolPwr’s platform produces usable electricity and cooling output from thermal energy input while maintaining its internal cryogenic operating conditions with minimal external energy input after startup.
Near-term focus areas:
The architecture leverages experimentally observed thermal and electrical behaviors in Type I superconductors during phase transitions.
It is engineered to establish and sustain its own cryogenic operating conditions once initiated. Extensive multi-physics modeling has been validated against four years of low-K cryogenic experimental data.
Specific architectural innovations and implementation details are proprietary and protected under provisional patent applications.
POC Targets:
Pure licensing and royalty-based. CoolPwr will hold and prosecute the patent family while licensing across multiple verticals. This capital-efficient approach avoids manufacturing overhead.
Following successful POC, the plan includes third-party laboratory verification followed by licensing discussions with industry leaders.
Richard Adams – Principal Investigator
50-year hardware engineering track record solving difficult problems:
We invite qualified investors and strategic partners to review additional non-confidential materials under a unilateral NDA.