SENZA Hydrogen Generator PEM Electrolyzer
All Model
Small Size
Easy to Install
No Corrosion
High Efficiency
Just Need Pure Water
We offer two different PEM electrolyzer options.
Single PEM Hydrogen Generator
In this option, we provide the electrolyzer and all its components. This is suitable for clients with limited space or those who need personalized customization.
All In One PEM Hydrogen Generator
With this option, we offer a fully integrated complete PEM hydrogen production system. All you need to do is add water and connect it to a power source to start using it.For the time being, we only offer models with 300ml/min and below.We can also customise this product for you
About PEM Hydrogen Generator
Unlike alkaline water electrolysis hydrogen production, PEM water electrolysis hydrogen production uses a perfluorosulfonic acid proton exchange membrane with good chemical stability, proton conductivity and gas separation as a solid electrolyte instead of the asbestos membrane, which can effectively prevent electron transfer and improve Electrolyzer safety.The difference between PEM and alkaline electrolyzers
The main components of the PEM water electrolyzer are proton exchange membrane, cathode and anode catalyst layers, cathode and anode gas diffusion layers, cathode and anode end plates, etc., from inside to outside. Among them, the diffusion layer, catalytic layer and proton exchange membrane constitute the membrane electrode, which is the main place for material transport and electrochemical reaction in the entire water electrolyzer. Therefore, the characteristics and structure of the membrane electrode directly affect the performance and life of the PEM water electrolyzer.
PEM Electrolyzer : How it works
The accelerated development of renewable energy makes large-scale renewable energy consumption a major problem. Power-to-Gas (P2G) converts renewable energy power generation into hydrogen, which can improve the flexibility of the power system and is becoming an important direction for the development and application of renewable energy. PEM water electrolysis hydrogen production technology has the advantage of rapid start and stop, can match the volatility of renewable energy power generation, and gradually become the mainstream technology of P2G hydrogen production.
The names of the components of the PEM electrolyzer from left to right are:
- Compression Plate
- Insulation Layer
- Bipolar Plates
- Insulation Rubber Ring
- Large-hole Titanium Mesh
- Medium-hole Titanium Mesh
- Small-hole Titanium Mesh
- Titanium Felt
- PEM Proton Membrane
- Titanium Felt
- Small-hole Titanium Mesh
- Medium-hole Titanium Mesh
- Large-hole Titanium Mesh
- Insulation Rubber Ring
- Electrode Plate
- Insulation Layer
- Compression Plate
PEM Hydrogen Generator
If you want to learn about other techniques for producing hydrogen from electrolytic water. You can check out What is hydrogen electrolyzer
Why SENZA
Your Trusted Hydrogen Generator Manufacturer For One-stop Hydrogen System Assembly
High-mix, Low-Volume
We welcome high-volume products, but we extensively support low-volume products.
Best Value
Manufacturer Direct Pricing.
Technical Support
We welcome high-volume products, but we extensively support low-volume products.
Customised services
We offer a specialised and customised service for each customer.
R&D Team
The SENZA R & D team consists of senior automotive engineers, hydrogen energy technology experts, and technology installation engineers. It has 8 years of experience in hydrogen energy research and development and application.
Michael Wu, chief technical engineer, graduated from Sun Yat -sen University in transportation engineering. He has been engaged in engine R & D tests at Dongfeng Nissan Passenger Car Technology Center and GAC Research Institute, and is responsible for the engine R & D test project of the entire car series. Since the graduate period, Michael has been studying the characteristics of the addition of hydrogen in fuel engines. Deliven the application of hydrogen energy to fuel vehicles. Therefore, it plays a role in saving fuel consumption, increasing power, and reducing exhaust emissions.