Hydrogen can be produced behind the meter or with off-set energy, thus stabilizing the grid, reducing emissions, and creating a new energy source for export. P2H2’s hybrid AEM electrolyzer can improve the reliability and consistency of variable energy sources.
Download our white paper below to learn how our electrolysers can enable hydrogen as a source of low cost, reliable power.
Using low-cost, earth abundant materials like stainless steel in the electrolysis stack reduces cost by up to 65%.
P2H2’s vertical integration for catalyst and electrodes reduces the cost of the most expensive stack components.
is dependent on using low-cost intermittent electricity. Accessing grid electricity above $50/MWh will never lead to cost-competitive hydrogen.
P2H2’s proprietary catalyst and electrodes reduce electricity use by 10% compared to incumbents.
PEM electrolysers at scale need significant quantities of rare minerals. A PEM electrolyser for just 1 large steel mill (5GW) could consume the earth’s total iridium production for an entire year. AEM electrolysers are completely iridium free.
Other membrane-based electrolysers need fluorinated membranes like Nafion, at-risk of being banned. Not Power to Hydrogen.
Decades of experience tackling the toughest challenges
facing the hydrogen economy.
Our technology was invented under a US Department of Energy (DOE) project and development is continuing with support from Shell, NASA, ARPA-E, DOE, and commercial partners.
Our technology was invented under a US Department of Energy (DOE) project and development is continuing with support from Shell, NASA, ARPA-E, DOE, and commercial partners.
