A coordinated portfolio addressing thermal recovery, adaptive management, storage, transmission and delivery across high-value infrastructure applications.
Data centers and industry reject large thermal loads while nearby campuses, processes and communities can require heat, cooling or stored thermal capacity. The opportunity is system integration, not a single component.
IP034F036 addresses working-fluid inventory management for changing thermal loads, recovery conditions and operating duty.
IP035F037 addresses seasonal cold and heat storage for later delivery in stationary infrastructure applications.
IP036F038 addresses transportable thermal-energy modules and docking logistics for moving stored thermal value between locations.
IP037F039 addresses single- and multi-stage thermosiphon architectures for thermal-energy transmission over distance.
ProEnviroEnergy's thermal work also includes published thermosiphon platforms, condensation heating, a granted heat-engine family, mechanically driven elastocaloric heating and cooling, and wind-driven thermal or hydraulic energy concepts.
Deployment is evaluated against defined thermal duty, source and sink conditions, integration requirements and project economics.
Thermal management and recovery opportunities for high-density computing environments.
Thermal networks linking sources, storage and useful demand.
Capture and reuse of otherwise rejected thermal energy where system economics justify integration.
Large thermal storage, transport and transmission contexts requiring site-specific engineering validation.
