EnGen captures the thermal energy expelled by commercial refrigeration systems and converts it directly into electricity — at the point of loss, without disruption.
Rejected condenser heat is rarely reused on-site. In most systems, it simply dissipates into the environment.
Cooling systems are designed to reject heat — not reuse it. Every condenser expels a continuous, stable thermal gradient that represents recoverable energy.
The technology to capture this gradient has existed in laboratories for decades. What's been missing is a product engineered specifically for the thermal profile of commercial refrigeration — low-grade, continuous, and distributed.
EnGen captures the thermal gradient at the condenser boundary — the point where heat is actively expelled — and converts it directly into usable electricity.
Engineered for low-grade, continuous thermal gradients typical of commercial refrigeration, where traditional recovery systems are uneconomical.
Refrigeration systems continuously reject heat at the condenser. That gradient is stable, predictable, and currently wasted.
Mounted at the condenser boundary, EnGen captures the temperature differential before it dissipates into the environment.
Solid-state thermoelectric conversion produces usable DC power — output monitored live on the integrated display. No moving parts, no maintenance overhead.
Recovered power offsets net draw whenever a usable gradient is present.
Commercial refrigeration runs 24/7, rejecting heat at every installation. It's the most repeatable starting point for validating recovery and scaling the same architecture across other heat-rejecting systems.
Continuous duty cycle — recovery opportunity is always present.
Condenser location is consistent and accessible across sites.
Savings show up directly on the electricity bill.
We're currently running pilots with refrigeration operators. If you manage multi-site refrigeration infrastructure, we'd like to understand your installation constraints and energy profile.
We're building something real.
We'd love to hear from you.
Whether you're a potential pilot partner, investor, technical collaborator, or just want to follow progress — reach out directly.
I'm currently developing EnGen as a refrigeration heat recovery architecture, working toward laboratory validation and commercial pilot testing. If you're interested in collaborating, supporting early-stage research, or exploring pilot environments, reach out.