On May 9th, as one of the most influential global events for photovoltaics and new energy, the Munich Solar Photovoltaic Exhibition (Intersolar Europe) successfully concluded in Germany. At this industry feast that gathers top companies and cutting-edge technologies from around the world, Trina Green Hydrogen joined hands with Trina Solar and Trina Energy Storage to showcase the innovative achievements of Chinese enterprises in the field of green energy, providing new ideas and solutions for global energy transformation.
Currently, Europe is at a critical juncture of accelerating the transformation of its energy structure, and hydrogen energy, as an important carrier of clean energy, plays an indispensable role in this process. The European Union has defined the three-stage goals for hydrogen development through the European Hydrogen Strategy, and plans to achieve domestic production of 10 million tons of green hydrogen and import of 10 million tons of green hydrogen by 2030. The proportion of renewable energy generation in Europe is relatively high, often leading to power outages or even power supply failures due to insufficient grid capacity or demand. Through the integrated development of photovoltaic hydrogen storage, surplus electricity can be consumed, industrial carbon emissions can be reduced through green hydrogen, and grid stability can be enhanced.
As a leader in comprehensive solutions, Trina Green Hydrogen showcased its ALK+PEM innovative coupled hydrogen energy solution in Europe, which, together with the new generation of high-energy density energy storage products and the entire range of Supreme N-type family components, can cover multiple application scenarios and accurately meet the different needs of customers, providing strong support for building stable and efficient energy systems.
The innovative joint operation mode of ALK+PEM can organically integrate the low-cost advantages and high stability characteristics of ALK hydrogen production technology, while fully absorbing the excellent performance of PEM hydrogen production technology in fast response and wide power regulation. This complementary operating mode not only successfully expands the hydrogen production load range to a wide range of 5% -110%, but also achieves breakthrough improvements in power regulation rate, significantly enhancing the system's dynamic adaptability under different operating conditions. It provides an efficient hydrogen production solution that combines economy and flexibility for diverse application scenarios, effectively promoting the reliability and regulation accuracy of hydrogen production systems in actual operation.
At this exhibition, Trina Group showcased the advantages of the entire industry chain of "solar hydrogen storage" and demonstrated the responsibility of Chinese enterprises in promoting global energy transformation. By communicating with global customers and partners, expanding the international market layout, laying the foundation for the global application of renewable energy, setting industry benchmarks in technology and practice, and assisting the global energy transformation.
