Yesterday, Peng Bo, Managing Director of the Investment Department of Green Gold Investment (hereinafter referred to as "Green Fund"), and Lv Dafei, Senior Vice President of the Investment Department, visited SHINE-HYDROGEN Company (hereinafter referred to as "SHINE-HYDROGEN") to conduct an in-depth investigation of the company's disruptive technology in the field of PEM Water Electrolysis membrane electrodes. During this visit, both parties had comprehensive and effective communication on the company's technological progress, industry situation, and other aspects.
1.Technical confidence under power consumption requirements
At the communication meeting, the green fund first proposed the requirements for the electricity consumption of PEM electrolysis for hydrogen production. They stated that the small area membrane electrode test data of SHINE-HYDROGEN performed very well (current density 4A/cm)2When the energy consumption is ≤ 4.3kWh/Nm ³, if this performance can still be achieved under high standard operating conditions, it will undoubtedly inject a shot in the arm for PEM technology and make them confident in the future development of PEM technology. This doubt is not a denial of SHINE-HYDROGEN Technology, but rather a higher requirement for the practical application and large-scale promotion of the technology from a professional perspective. With its profound technical accumulation in the field of PEM Water Electrolysis membrane electrodes, SHINE-HYDROGEN Company is confident in further verifying the reliability and efficiency of the technology in subsequent testing.
2.Clarify technical consensus and highlight PEM's flexibility advantages
In the exploration of industry technology, SHINE-HYDROGEN and Green Fund have reached an important consensus: ALK alkaline electrolyzed water technology is particularly sensitive to current and voltage, which limits its ability to fully adapt to the unstable characteristics of green electricity when coupled with it. The flexible technology of PEM is particularly impressive in this regard, as it can better adapt to the fluctuations of green electricity and achieve more efficient energy conversion. At present, the industry urgently needs to solve the problem of cost reduction and efficiency improvement of PEM technology, which has been the research and development focus of SHINE-HYDROGEN Company. The company is committed to reducing the cost of PEM electrolysis for hydrogen production and improving its market competitiveness through continuous technological innovation and process optimization.
3.Focus on the highlights of embedded loaded catalysts
The green fund focused on understanding the highlights of SHINE-HYDROGEN's embedded supported catalyst. This catalyst has a unique structure and performance, which is expected to achieve a breakthrough in catalyst lifespan. In the PEM electrolysis of water for hydrogen production, the lifespan of the catalyst is one of the key factors affecting cost and efficiency. The embedded supported catalyst of SHINE-HYDROGEN can effectively improve the stability and activity of the catalyst through innovative design and material selection, thereby extending its service life (theoretical life>15 years). This not only helps to reduce the cost of hydrogen production, but also improves the reliability and operational efficiency of the entire system.
4.Technological breakthroughs and expectations for large-scale promotion
The green fund also expressed their expectations for breakthroughs in SHINE-HYDROGEN technology, hoping that the company can break through the reliability verification of large-area membrane electrodes as soon as possible. In addition, the green fund revealed that there was a project investing in green methanol last year. If the hydrogen production cost of SHINE-HYDROGEN can be controlled at 15 yuan/kg, it will create favorable conditions for the large-scale promotion of PEM hydrogen production technology. This expectation not only points out the future research and development direction for SHINE-HYDROGEN Company, but also enables the company to see broad prospects for technology commercialization. SHINE-HYDROGEN Company will continue to increase research and development investment, continuously improve its technological level, and strive to reduce hydrogen production costs and achieve large-scale application of technology.
The visit of the National Green Development Fund this time is an important test of the technological strength and development potential of SHINE-HYDROGEN Company. The in-depth communication and exchange between both parties have laid a solid foundation for future cooperation. SHINE-HYDROGEN Company will take this opportunity to accelerate technological innovation and industrialization, and contribute to the development of China's hydrogen energy industry.
