China Energy Storage Network News: On July 16, Guoqing Technology's "fully autonomous, highly reliable, digital fuel cell power generation equipment" successfully passed the results appraisal organized by the Chinese Society of Electrical Engineering.

  After expert questioning and discussion, the appraisal committee unanimously agreed that the project has completely independent intellectual property rights, and the fully independent, highly reliable, digital fuel cell power generation equipment has reached the international advanced level, among which key performance indicators such as membrane electrode anti-poisoning, system power generation efficiency and comprehensive utilization efficiency have reached the international leading level.

Relying on the key projects of the National Key R&D Program, the "Fully Autonomous High-Reliability Digital Fuel Cell Power Generation Equipment" has developed key technologies such as high-performance anti-toxic membrane electrodes for fuel cells, high-reliability and long-life stacks based on fully autonomous key materials, digital fuel cell power generation devices and stack batch manufacturing processes. It has developed fully autonomous high-reliability digital fuel cell power generation equipment, with a single module power of ≥100 kilowatts, which can be integrated and expanded to megawatt level. The equipment has passed the inspection and testing of relevant third-party testing agencies and has been applied in various scenarios such as off-grid/grid-connected distributed power generation, urban comprehensive energy supply, emergency/backup power supply, and industrial and commercial electricity use, with good results.

In the future, Guoqing Technology will focus more on improving the performance and reducing the cost of fuel cell power generation equipment, accelerating the commercial application of fuel cell power generation equipment, promoting the deep integration of hydrogen energy, electric energy and thermal energy systems, and promoting the transformation of the future national energy system and the green and low-carbon transformation of energy-using terminals.

[Editor: Gao Qian]