Kunhong·EC-200 Hydrogen Power Generation System Launched, Ushering in a New Era of Multi-Scenario Applications for Green Energy

Against the backdrop of advancing the "dual carbon" goals and rapid iterations in clean energy technologies, hydrogen power generation has garnered increasing market attention as a crucial new-type energy solution. On May 21, at the international event WGC2025, Kunhua Technology officially launched its self-developed third-generation hydrogen power generation system—Kunhong·EC-200, which sparked widespread industry interest with its robust performance metrics and highly integrated functionality.

According to Bing Wu, Co-founder and Senior Vice President of Kunhua Technology, the Kunhong·EC-200 is positioned as a next-generation efficient, intelligent, and lightweight hydrogen power generation system. Its power output ranges from 0-200kW (expandable to higher capacities), with an AC net generation efficiency of no less than 50% and a combined heat and power efficiency exceeding 90%, placing it at the forefront of current similar products.

Unlike traditional large-scale power generation equipment, the Kunhong·EC-200 adopts a novel architecture and modular design, occupying less than 5㎡ of space, significantly enhancing site adaptability and deployment flexibility. The product supports both off-grid standalone operation and grid connection, making it particularly suitable for emergency power supply and continuous energy assurance in complex or remote environments such as construction sites, deserts, and isolated islands, thereby providing a practical pathway for the "downward penetration" of hydrogen technology.

The Kunhong·EC-200 fully integrates an intelligent control system, supporting black start and uninterrupted hydrogen replacement functions to ensure stable power supply even during refueling, improving system availability under extreme conditions. Additionally, the product features smart self-diagnosis and remote operation and maintenance capabilities, with a user-friendly interface that lowers the barrier to use while significantly enhancing operational safety and stability.