Recently, at the 2025 China International Industrial Fair (CIIE), SHINE-HYDROGEN Company relied onHigh electrical density, wide load, long-life PEM electrolysis hydrogen production technologySuccessfully obtainedGreen Low Carbon AwardThis honor is not only a high recognition of SHINE-HYDROGEN's technological strength, but also an important symbol of China's global leadership in the field of green hydrogen equipment.
Breaking through technological barriers and achieving global leadership
The high-performance low iridium supported catalyst independently developed by SHINE-HYDROGEN has achieved all technical indicators of the US Department of Energy's DOE by 2026 for the first time, and its technical level has jumped to the forefront of the world. This catalyst has:
-iridiumLoad reduction by 85%Significantly reducing the cost of precious metals;
-Lower electrolysis voltage, increased energy efficiency to 86%（3A/cm2）；
-Longer lifespan, accelerated aging for tens of thousands of hours without decay.
The relevant achievements were published in the top international journal Science, which has attracted widespread attention from the industry.
Three major innovative points, directly targeting the pain points of green hydrogen
SHINE-HYDROGEN PEM membrane electrode has three major advantages of "high electrical density, wide load capacity, and long lifespan", perfectly adapting to wind solar hydrogen production scenarios:
-High electrical density:Current density reaches1.8V@4A/cm²，isAlkali tank 5-10 times, significantly reducing the number of equipment sets;
-Wide load: Flexible adjustment of load range from 5% to 400%, adapting to fluctuations in wind and solar power, and reducing initial investment;
-Longevity: Iridium usage is reduced by 85%, theoretical lifespan exceeds 15 years, and full cycle costs are significantly reduced.
Third party verification, excellent performance
After testing by third-party institutions such as Shanghai Zhizhen and Kewell, the SHINE-HYDROGEN PEM membrane electrode has shown excellent performance in energy conversion efficiency and operational stability, 1.55V@1A /cm2The efficiency indicators far exceed the industry level, laying a solid foundation for large-scale applications.
Double harvest of economic benefits and social value
-Economic benefits: equipment investment optimization, full cycle cost reduction, megawatt level mass production capacity, promoting green hydrogen parity;
-Social benefits: helping the country's energy transformation, breaking international technological monopolies, improving the ecological environment, driving employment and industrial upgrading.
Looking ahead to the future: Hydrogen ushers in a green new era
SHINE-HYDROGEN will continue to deepen its PEM Water Electrolysis technology, promote the continuous reduction of green hydrogen costs, help China occupy a high ground in global hydrogen energy competition, and contribute hard core technology to achieve the "dual carbon" goal.
