It can achieve wide load regulation, low-energy operation, and rapid response according to customer operating conditions (hydrogen consumption, energy type, budget, etc.), and provide customized solutions
Our own professional R&D team
Our own professional R&D team is composed of domestic research talents from Tsinghua University, Peking University, Fudan University, Xi'an Jiaotong University, etc
Core R&D advantages
Mastering the research and development of core materials such as catalysts and catalytic electrodes, and controlling key links in the industrial chain
Having multiple patented technologies
focusing on key core components and material system layout technology patents for hydrogen production through water electrolysis, building a patent moat
Having mature processing production lines
fully equipped with modern production facilities to achieve stable supply of products and guarantee product quality
Qualification certificate
The company has currently passed ISO9001, ISO45001, ISO14000 system certification and EU CE certification
Product Advantages
ALK electrolytic cell
1. Strong large-scale hydrogen production capability: mature technology, single machine power can be made very large, suitable for industrial grade, centralized green hydrogen production 2. Good operational stability: The electrolyte is alkaline solution (KOH/NaOH), the system is stable, and it is not easily affected by impurities and water quality fluctuations 3. Low cost of electrode materials: using non precious metal electrodes (mainly nickel based) avoids the problem of high costs in large-scale applications 4. Long lifespan: Long operating lifespan, suitable for long-term operation in the chemical and power industries 5. Compatible with renewable energy: able to adapt well to fluctuating power sources such as photovoltaics and wind power, but with relatively slow dynamic response speed
PEM electrolytic cell
1. High purity of hydrogen: Hydrogen purity can reach 99.99% 2. High current density and better efficiency: large hydrogen production per unit area, small footprint 3 .Fast dynamic response: Fast start stop, able to adapt well to fluctuating renewable energy sources such as photovoltaics and wind power 4. Modular and compact in size: The device is compact and suitable for distributed applications or scenarios with limited space 5. High pressure hydrogen production: hydrogen gas above 30 bar can be obtained without additional compression, reducing subsequent costs
AEM electrolytic cell
1. High cost potential: It can avoid the extensive use of precious metals in PEM while maintaining high efficiency 2. Material friendly: can use low-cost metal catalysts, etc 3. Similar in structure to PEM: with the potential for compact and modular design, it can adapt to distributed hydrogen production 4. Balancing advantages: theoretically combining the low cost of alkaline electrolysis cells with the high performance of PEM 5. Great development potential: has become a research hotspot in recent years, and is expected to reduce the cost of green hydrogen in the future
BOP auxiliary system
1. Gas liquid separation system: Separate the gas generated during the electrolysis process from the entrained water mist/droplets, prevent water from being carried in the hydrogen/oxygen gas, ensure the purity of the subsequent hydrogen gas, and prevent electrolyte loss 2. Gas purification system: further remove impurities (water vapor, electrolyte, trace oxygen/hydrogen), ensure hydrogen purity, and output high-purity hydrogen gas 3 .Water and alkali replenishment system: Ensure stable electrolyte concentration and liquid level (mainly for alkaline electrolysis tanks ALK), and pure water replenishment system for PEM electrolysis tanks 4. Hydrogen production power supply: converts alternating current to direct current, provides stable power supply, and ensures electrolysis efficiency 5. Control system: system operation monitoring, start stop control; Real time monitoring of parameters such as pressure, flow rate, temperature, and gas concentration; Safety interlock, explosion-proof protection 6. Pure water machine: provides high-purity water required for electrolysis, avoiding impurities from damaging the electrolytic cell 7. Cooling unit: controls the operating temperature of electrolytic cells, power supplies, gas compressors and other equipment to ensure system safety and extend service life
