Advanced electrified heating solutions designed to maximize efficiency, upgrade waste heat, and decarbonize industrial processes.
Heat can be efficiently moved from a lower-temperature location (Heat Source) to a higher-temperature area (Heat Sink) using advanced thermodynamic cycles.
A heat pump is made up of an Evaporator, Compressor, Condenser, and an Expansion Valve. It extracts ambient or waste heat, compresses it to increase the temperature, and delivers high-grade industrial heat directly to your process.
1 kWh
Electricity
Ambient Heat
(Free Energy)
Useful Heat
1 kWh of electricity generates on average 4 kWh of heat, achieving a Coefficient of Performance (COP) > 3.0.
How we convert low-grade energy into high-value industrial heat.
Versatile thermal solutions engineered for diverse industrial environments.
Extracts heat from the ambient air. Ideal for rapid retrofits and medium temperature applications across various climates.
Utilizes water reservoirs as a heat source. Delivers a significantly higher COP and highly stable performance for continuous operations.
Captures 25–40°C low-grade rejected heat from existing processes and upgrades it to usable process temperatures, resulting in dramatic efficiency gains.
Purpose-built for Indian factories with rugged, scalable engineering.
Capable of generating high-temperature hot water and steam from 50 kW to multi-MW capacities to satisfy demanding processes.
Modular, compact skids designed to integrate easily into your factory. Can be installed in shutdown windows with no production disruption.
Equipped with sensors for real-time monitoring, predictive maintenance, and exact performance/savings verification.