Currently at the vision stage – defined concept, awaiting R&D and prototype development.
Heating and cooling account for ~50% of global energy consumption.
Standard air-source heat pumps achieve only 3–5x efficiency (COP).
Industrial heating and cooling remain expensive, energy-hungry, and carbon-intensive.
Global climate goals demand radical breakthroughs in efficiency and sustainability
A next-generation heat pump system delivering performance levels never before achieved.
Built on quantum-thermal resonance principles, inspired by the same science behind Quantum Diesel.
Designed for:
Residential & commercial buildings
Industrial heating/cooling
District energy networks
Transport systems (trains, ships, EVs)
20x Energy Efficiency – far beyond today’s standard 3–5x.
Massive Energy Savings – dramatically lowers electricity demand for heating & cooling.
Zero Emissions (when powered by renewables) – aligns with global climate commitments.
Universal Application – scalable from households to mega-industrial plants.
Cost Reduction – lower operating costs, faster ROI for businesses and households.
Climate Impact – reduces carbon footprint of one of the world’s largest energy sectors.
First-Mover Advantage – pioneering technology with huge patent/IP potential.
Air Intake: Heat pump draws in external air.
Quantum Thermal Amplification: Resonance process multiplies usable thermal energy by 20x.
Heat Exchange: Transfers ultra-efficient heating/cooling into building or industrial system.
Energy Recovery: System recycles waste energy back into the cycle for maximum efficiency.