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Cooling solutions today are expensive, energy-intensive, and unreliable—with air conditioning consuming up to 25% of energy costs and frequent grid outages disrupting cold storage and refrigeration.
This leads to food spoilage, ineffective medicines, and rising operational expenses, especially in regions with unstable electricity. Additionally, conventional cooling systems rely on high-energy batteries and harmful refrigerants, driving environmental damage and carbon emissions.
The lack of a stable cold chain causes over 526 million tons of food loss annually, worsening food insecurity and health inequalities.
This urgent need for cost-effective, resilient, and sustainable cooling is what led us to develop Iceheart™ - a revolutionary solution built for efficiency, reliability, and sustainability.
Iceheart™ replaces the use of regular batteries with ice as the “cold energy” storage, offering a sustainable and efficient cooling solution. The system uses a Thermosyphon, a cutting-edge thermal transfer technology up to 30 times more efficient than conventional methods. This enables precise and adjustable cooling by extracting energy from the ice.
Patent pending with protection since 2020 for a novel innovation based on using a Thermosyphon and frozen medium (ice), to cool a limited space. Additional patent is filed.