The unique valve control strategy safely and reliably reduces the operating load of the hydrogen-making electrolytic cell; solves the problem of reducing the output of the night wind and hydrogen in the oxygen exceeding the standard when the electrolytic cell is running at low load.
Low energy consumption operation
Self-developed high-efficiency oxygen and hydrogen evolution catalytic electrode and zero-pole distance structure design; effectively reduces the DC power consumption of the electrolytic cell and reduces operating costs.
Quick response
Electrolytic cell insulation and hot start strategy; solves the problem of slow response speed of alkaline electrolytic cell, realizes minute-second startup, and can effectively extend the service life of the electrolytic cell.
COMPANY PROFILE
Shaanxi Qingneng Power Technology Co., Ltd. (hereinafter referred to as "Qingneng Technology"), relying on the R&D team led by Xi'an Jiaotong University, focuses on the research and development of green hydrogen materials and key core components, and provides key materials and components such as catalysts and catalytic electrodes, electrolytic water hydrogen production equipment (including experimental equipment), and comprehensive green hydrogen solutions to meet the era's tasks and market demands of energy conservation, carbon reduction, and dual carbon strategies for chemical and power groups.
The company is committed to achieving breakthroughs in key technologies and key links in the upstream of the green hydrogen industry chain. The company's product system includes non precious metal and precious metal catalyst powders, ALK/PEM/AEM catalytic electrodes, electrolytic water hydrogen production systems, etc. At present, we have 2 invention patents and have applied for 33 new invention patents, of which 26 have entered the substantive examination stage and 4 have entered the invention publication stage. We have obtained ISO three system certification and EU CE certification. In 2023, it will receive special funding support from the Shaanxi Provincial Key R&D Program for the integration of the "two chains".
Development history
Core material hydrogen power
2023.1.3
Project officially launched in Qinhan New City
2023.3.20
Apply for invention patents around core components such as catalysts and flow fields, and build a patent protection network.
2023.9.13
Received support from the key research project of Shaanxi Province - "Integration of Two Chains" Special Project Fund
2023.9.30
Launch of the first batch of small-scale AEM electrolyzer units equipped with self-developed catalyst electrodes and flow fields
2023.11.22
Liang Xiang 17th China International New Energy Expo
2024.1
Sign the first gas supply contract
2024.3
Sign the order for the American electrolytic cell, including developed proprietary components
2024.3
Sign a contract for the purchase of seawater electrolysis hydrogen production equipment from a central enterprise, including the purchase of self-developed components.
2024.4
Sign and execute the order for the hydrogen purification system equipment
2024.5
Signed an all-round innovative cooperation agreement for the integrated project of electrolytic water production and hydrogen generation with Shaanxi Battery Group.
2024.9
Delivery and transportation of seawater hydrogen production equipment to the customer's site
Qualifications patents
Innovative materials to unlock the door to green hydrogen economy
Why choose us
We provide one-stop chemical services and are committed to providing customers with comprehensive solutions to meet their chemical needs.
Customization capability
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 is composed of domestic research talents from Tsinghua University, Peking University, Fudan University, Xi'an Jiaotong University, etc
focusing on key core components and material system layout technology patents for hydrogen production through water electrolysis, building a patent moat
