SunCatch Ltd is an engineering/manufacturing startup developing highly efficient, environmentally friendly technological solutions for the Industrial and Agricultural sectors, EV charging market, and community microgrids to help lower operating costs and emissions while increasing energy efficiency and energy independence.
Our technologies are committed to reducing carbon footprints and industrial waste, protecting natural resources, and creating a more sustainable future.
Our cutting-edge tech innovations are dedicated to supporting our client’s success in cost-efficiency and energy self-sufficiency while providing solutions to comply with new government regulations requiring zero-emission operation.
A woman-owned company, SunCatch is a team of people passionate about green energy and a clean environment. We work closely with a group of advisors and attorneys who help us with business development and commercialization, accounting and contract management, intellectual property, and business law.
Our team recently finalized the development of a solar-thermal system supported by an SBIR grant and made the first steps into the market. Concurrently, we invented a solar desalination module and heat-to-power technology capable of generating electricity without additional fuel, combustion, or incremental emissions from low-temperature heat sources, including our solar-thermal system and excess heat from industrial operations. Due to its low-temperature nature, this technology will be able to store energy in ordinary hot water, enabling the elimination of the reliance on costly batteries, which require periodic replacement. Our preliminary engineering and calculations give us a solid base to believe that our heat-to-power innovative technology has great potential in the Waste Heat-to-Power, Industrial Decarbonization, EV Charging, Community Microgrid, and Power Plants markets.
With our technological solutions, we aim to solve the following problems: high energy costs, dependence on the grid and fossil fuels, energy storage, wasted industrial excess heat, harmful emissions, air pollution, industrial decarbonization, climate change, and compliance with new emission regulations.
We are currently raising $3 million to develop heat-to-power technology, from proof of concept to creating a commercial-grade prototype.
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