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Hydrogen Generator

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Hyver Green Technologies

Hydrogen Generator

Summits AEM and PEM electrolysers modules are the right choice If you are looking for a reliable and efficient way to produce green hydrogen from renewable energy sources. In both our AEM and PEM electrolysers the hydrogen is produced by passing an electric current through water. The current splits the water molecules into hydrogen and oxygen atoms. The hydrogen atoms are then collected on one side of the membrane, while the oxygen atoms are collected on the other side. Electrolysers are highly efficient, reliable, and durable. They are also modular and scalable, making them easy to deploy and expand as needed.
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Green Hydrogen Generator

We Offer Range of Product

HydroStart
Light commercial series
HydroEdge
Commercial series
HydroPro
Industrial series
HydroTitan
Heavy duty series
Summits AEM and PEM electrolysers modules are the right choice If you are looking for a reliable and efficient way to produce green hydrogen from renewable energy sources. In both our AEM and PEM electrolysers the hydrogen is produced by passing an electric current through water. The current splits the water molecules into hydrogen and oxygen atoms. The hydrogen atoms are then collected on one side of the membrane, while the oxygen atoms are collected on the other side. Electrolysers are highly efficient, reliable, and durable. They are also modular and scalable, making them easy to deploy and expand as needed.

Our specialities

01

Purity
Our stack module comprises of stacks that can deliver up to 99.999 %pure hydrogen under continuous operation.



02

High Quality Materials
Our electrolysers are manufactured using the highest quality materials and components and they are backed by a comprehensive warranty

03

High Efficiency
Our PEM electrolysers are known for their high efficiency and reliability and has a faradaic efficiency of up to 95%.



04

Low Maintenance
Our electrolyser is designed for low maintenance and hundreds of start/stops.




05

Long Lifespan
Our Expected lifetime is >25000 hours






06

Comprehensive Warranty
Our electrolyser is backed with 1.5 years warranty





07

Monitoring
Our stack module is equipped with state- of-the- art stack health and performance monitoring




08

Safety
Our stack module will completely shut off on its own if there is any safety risk such as mixing of gases, pressure exception, temperature exception, water outage and/ or short circuit

H2 Separation Technology

In both AEM and PEM electrolyzer, hydrogen is produced by passing electric current through water. The current splits the water molecules into H+ and OH-, then these ions combine to form Hydrogen, Oxygen and water molecules. Oxygen and water molecules are collected on one side of the membrane, while hydrogen molecules are collected on the other side.

Summits electrolyser is highly efficient, reliable and durable, also modular and scalable, making it easy to deploy and expand as needed. The stack is more than just the core reaction chamber, it is the heart of the system, where the electrolysis process takes place. It is made of multiple electrochemical cells. Each cell contains an anode and a cathode separated by a membrane.

The power supply unit deliver the electrical current needed for the electrolysis process. It may regulate and control the voltage and current based on the desired hydrogen production rate.

The water feed system supplies purified water to the stack. Pre-treatment might be necessary to remove impurities that can damage the membranes or electrodes. After splitting water, the gas separation and drying units need to separate water / moisture from produced hydrogen and oxygen gas. This ensures that the obtained hydrogen meets purity and dryness (rH) specifications of various applications.

The control and monitoring system continuously monitors and controls various parameters like temperature, pressure, flow rates, and voltage within the electrolyser. It also includes safety features to shut down the system in case of abnormalities. The thermal management system which involves heat exchangers and cooling loops helps to maintain optimal operating conditions.

Additional components/services