Round-the-clock load. Useful thermal. A real cost of an outage. These seven categories have all three at the scales we develop.
01
Speed-to-Power
Data centers & AI training campuses
PG&E commercial interconnection wait is 5–9 years for new load. Behind-the-meter carbonate fuel cells deliver firm 24/7 power in ~18 months, scaled to match your meter. Resilient, low-emission, permittable inside dense colocation corridors.
02
Healthcare
Hospitals & health systems
Level 1 trauma centers, surgical suites, cold storage for biologics, and imaging loads require uninterruptible power. A fuel cell plant provides 24/7 baseload and captures waste heat for domestic hot water, sterilization, and absorption cooling.
03
Life Sciences
Biotech & pharma campuses
Fermenters, bioreactors, clean rooms, and cold storage run continuously. Low NOx emissions let us site in dense urban research corridors where reciprocating engines cannot be permitted.
04
Industrial
Food & beverage processors
Beverage, dairy, and specialty food plants run high load factors with steam and refrigeration demand. CHP integration can displace boiler load and chiller compressor load simultaneously.
05
Public Utility
Wastewater treatment plants
On-site anaerobic digester gas can fuel the plant directly — turning a flare into baseload electricity and process heat for digester heating and dewatering operations.
06
Higher Education
Universities & research campuses
Central plants with mixed residential, lab, and office load benefit from a firm CHP backbone that is PSPS-resilient and emissions-compliant for siting within BAAQMD and other California air districts.
07
CEA
Controlled-environment agriculture
Indoor ag and greenhouse loads are 24/7 lighting plus HVAC. Fuel cells provide the firm baseload solar and storage cannot economically deliver, with optional CO2 recovery for plant growth.
"If your single meter spends more than a million dollars a year on electricity and the load doesn't sleep at night — the math probably works."