Problem & Motivation:
Industrial thermal management, space cooling, and process heating consume over 50% of global industrial energy, heavily relying on fossil fuels. Conventional HVAC and process thermal systems lack the dynamic flexibility required to handle fluctuating loads or direct integration with intermittent renewable energy sources.
Technological Breakthrough & R&D:
Innovations focus on high-temperature heat pumps delivering up to 120°C steam for process heat electrification, patented Wankel steam expanders for pressure-energy recovery, two-stage regenerative Organic Rankine Cycle (ORC) systems, and recuperated compressed-air energy storage (CAES). Advanced TDLAS-based steam quality sensing further ensures precise dynamic control across heavy process networks.
Ecosystem & Field Deployment:
Supported by industrial HVAC vendors, process chemical/pharma plants, commercial developers, and state energy initiatives, technology commercialization is accelerated through deep-tech ventures like Wankel Energy Systems, TRIGeN DC, and EnergyEta under the IndusDC venture studio framework.
Tangible Impact Created:
Electrifies thermal process heat up to 120°C and unlocks multi-gigawatt waste-heat recovery potential across manufacturing sectors, cutting industrial electricity and fossil fuel overheads by up to 30% while reducing Scope 1 direct emissions.