Sunlight in, electricity out, with live Cobra SMARTsense data at every step.


A complete, board-mounted experiment system that traces the full hydrogen energy cycle from start to finish. Students use an integrated solar panel to power PEM electrolysis, store the resulting hydrogen and oxygen gases, then convert the hydrogen back into electricity through a fuel cell to drive a motor or load.
All units adapted for 110V/60Hz. Contact us for volume pricing and grant assistance.
Change the light on the solar panel and see how fast the electrolyzer makes hydrogen, using Faraday's law.
Bring this to your lab →The integrated solar panel supplies power to the PEM electrolyzer, splitting water into hydrogen and oxygen.
Hydrogen and oxygen collect in storage cylinders, where students measure the volume produced.
The fuel cell converts stored hydrogen back into electricity to drive a motor, while sensors log voltage and current.
The energy chain students investigate, measuring efficiency at each stage.
Yes. Units supplied through American Scientific are adapted for 110V/60Hz and supported in the U.S., including warranty and replacement parts.
Tell us about your lab in the form above and we'll put together a complete, ready-to-teach configuration, so nothing is missing on day one.
Often, yes. Many institutions fund PHYWE equipment through NSF, Title IV and CTE programs, and our team can help you find and apply for the right opportunity.
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