Renewable Energy

The growing demand for power and the global interest in reducing CO2 emissions has stimulated an unprecedented implementation of renewable sources of energy. However, intermittent power disruptions are common when dealing with renewable resources. Energy storage eases intermittent power disruptions by storing excess power generated by renewable resources at times of low demand and distributing the power in periods of heightened demand. This helps to balance the load on the energy grid and reduce reliance on non-renewable resources. Combining grid intelligence with renewable resources and an energy storage solution, provides a dependable environmentally friendly and lower-cost supply of energy.

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Markets We Serve

Power-to-Gas

Power-to-Industry

Renewable Energy Storage

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Let us help you pair the right hydrogen generation solution with your operation.

Frequently asked questions

  1. Hydrogen generators: Electric Power, Water System, and Maintenance.
  2. Nitrogen generators: Electric Power (sometimes), and Maintenance.
  3. Zero air generators: Electric Power and Maintenance.

All electrolysis-based hydrogen generators require deionized water and electricity. Proton offers water deionizing systems for all our electrolyzer products. Power requirements range from a few hundred Watts for small electrolyzers, to > 1 MW for larger systems.

At Proton Onsite, Yes. In comparison to other hydrogen-generating electrolysis technology, there is no KOH required to operate Proton’s generators. Also, there is no CO2 byproducts in the production of our hydrogen. Our process consists of splitting hydrogen and oxygen via PEM electrolysis.

PEM (proton exchange membrane) water electrolysis simply splits pure deionized water (H2O) into its constituent parts, hydrogen (H2) and oxygen (O2), via an electrochemical reaction. When a DC voltage is applied to the electrolyzer, water fed to the anode (or oxygen electrode) is oxidized to oxygen and protons, while electrons are released. The protons (H+ ions) pass through the PEM to the cathode (or hydrogen electrode), where they meet electrons from the other side of the circuit, and are reduced to hydrogen gas.

Proton hydrogen generators contain minimal hydrogen inventory, well below NFPA, and contain an amount far below safety concern in a ventilated space.

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Proton PEM Electrolyser

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