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PEM: Our High-Efficiency Electrolyzer for Renewable Integration

Our PEM electrolyzers have over 80% efficiency, fast response, and high hydrogen purity, ideal for coupling with renewable energy like wind and solar, suitable for distributed and green hydrogen production.
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Why choose us?

Comprehensive compliance ensures regulatory adherence

Our products and operations strictly comply with international, national, and industry-specific standards related to safety, environmental protection, and hydrogen energy systems. This comprehensive compliance helps clients avoid regulatory penalties, streamline market entry, and build trust with stakeholders.

Enhanced energy resilience

Diversifying with hydrogen reduces vulnerability to fossil fuel supply or grid electricity disruptions.

Diverse electrolyzer technology coverage

We offer alkaline, PEM, and AEM electrolyzers, catering to needs from large-scale industry (alkaline) to renewable integration (PEM) and cost-efficient innovation (AEM).

Related products

Hyto Energy’s PEM electrolyzers achieve efficiencies exceeding 80%, meaning over 80% of input electricity is converted into hydrogen energy—among the highest in the industry. This efficiency is enabled by advanced proton exchange membranes that minimize resistance to proton flow, high-performance catalysts (platinum-based) that accelerate water splitting, and optimized cell design that reduces energy loss. Efficiency remains stable across varying loads, a key advantage for integrating with variable renewable energy (solar/wind), where input power fluctuates. Even at partial capacity, PEM electrolyzers maintain >75% efficiency, ensuring minimal waste. This high efficiency reduces the renewable energy needed to produce green hydrogen, lowering overall carbon footprints and operational costs, making Hyto’s PEM electrolyzers ideal for applications where energy efficiency is critical.

Frequently Asked Questions

What is the size range of your electrolyzer systems?

Our electrolyzers range from small, modular units (suitable for homes and small businesses) to large-scale industrial systems. This size flexibility allows us to cater to diverse hydrogen production needs, from low to high volume.
We design our systems with sustainability in mind. Many components are recyclable, and we provide guidelines for proper disposal. The materials used are chosen to minimize environmental impact at the end of the system's lifecycle.
Yes, hydrogen produced by our systems can be used for home heating. Integrated systems like Picea use fuel cells to generate both electricity and heat, with the heat directly utilized for space heating or hot water supply.
Our AEM electrolyzers, though in early commercialization, are built with durable materials. The anion exchange membranes and non-precious metal catalysts are tested for long-term performance, ensuring reliability in various operating conditions.

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Customer Reviews

Solar User David Martinez

Hyto’s PEM electrolyzer adjusts instantly to solar fluctuations—makes hydrogen when the sun’s bright, slows when cloudy. Efficiency over 80%—we’re getting the most from our panels. High-purity output for our fuel cell.

Drone Operator Christopher Wright

Our survey drones use Hyto’s PEM fuel cells. Longer flight time than batteries (2x!), quick refueling, and lightweight. They handle wind and temperature changes well—essential for accurate data collection.

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PEM Electrolyzer: High-Efficiency for Renewable Energy Integration

PEM Electrolyzer: High-Efficiency for Renewable Energy Integration

PEM electrolyzers use proton exchange membranes, achieving over 80% efficiency and fast response. They produce high-purity hydrogen, making them ideal for coupling with wind and solar energy, supporting distributed hydrogen production and green hydrogen projects.
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