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RF-Powered Green Hydrogen Production for Energy Storage 20% more efficient · 50% cheaper than electrolysis Targeting the $1 Trillion energy storage market Produces H₂ at a projected $1/kg cheaper than electrolysis, commercially viable at scale. Only 2.3% of daily electrical needs is met by stored energy — a critical gap in the grid. Energy Security: Nations need domestic, resilient energy independent of foreign supply chains. Affordability Gap: Current hydrogen production via electrolysis is too costly for mass adoption at $6–7/kg. Low-Cost Hydrogen: Produces H₂ at a projected $1/kg — 6–7× cheaper than electrolysis, making green hydrogen commercially viable at scale. Flexible Storage: Compatible with existing hydrogen storage technologies on the market, converting H₂/O₂ to energy on demand. Fast ROI: Higher efficiency means customers recover their investment faster compared to electrolysis or lithium-ion alternatives. Renewable energy is not stored We’ve found a way to store it efficiently and inexpensively by creating Green hydrogen Our process uniquely uses electromagnetic waves to create green hydrogen so that it is available to smooth generation cycles. Assembled a team, built a proof of principal prototype, Patents in USA and Eu granted 2019, additional patents France, Germany, and Great Britain in 2020. Presently involved in products scale up to 100 kg a day. Our testing has shown our system is 88% efficient compared to the 60% efficiency of electrolysis.

Israel, Delaware
Major(s): Oceanography
Company Founding Year: 2009
Do any alumni work at your company? No
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Awards

2018 NASA iTech Finalist, The Hive by Gvahim, 6 month accelerator, ATOBE part of Azerelli College of Engineering 6 month accelerator, Presented throughout the world. Including across the street from Wall Street.