Hydrogen powered ICE Cogeneration enables the cost-effective conversion of stored renewable energy into a sustainable power source.
With its “Hydrogen powered ICE CHP”, Van Wingen aims to develop a 100% green energy landscape, including autonomous buildings and local grids, by collaborating on problems such as grid congestion and system stability. The H2 ICE CHP component assures that 0 g CO2 electric power, heat, or cooling are always present in the autonomous micro-grid, even when the sun is not shining or there is no wind.
Its goal is to connect energy flows such as power, heat, cooling, mobility, and so on. Green electricity will be stored in hydrogen storage tanks when locally produced power exceeds local electric power demand.
Positive facts :
- Provides buildings or processes with 100% green electricity, heating or cooling
- Enables 50% in energy savings by linking CHP with mobility/transport
- 0 g CO2 emissions
- 100% CO 2 reduction & 100% RES
- Raw materials are 90% recycled
- Enables 20% savings on the energy bill
- 3 years payback time
ICE CHP powered by H2 will convert the stored green hydrogen into useful energy flows such as electricity, heat, cooling, mobility, and power to the local grid. CO2 emissions from an ICE CHP powered by H2 are ZERO! When the loop is complete, almost no renewable energy stored in hydrogen is wasted, and hydrogen is condensed back into water.
More on this subject :
- 15 selected Apps & solutions for climate change
- Reimagining Our Waste: A New Approach for Improved Sustainability
- Sustainable Solutions for Taking on Climate Change
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