Recently, SEEEX TECH （Suzhou）Co., Ltd. conducted a series of key technology verifications in the field of stationary hydrogen power generation and completed the overall delivery of integrated hydrogen power systems with multiple parallel bodies. Zhang Yi, Chairman of Changxing County Association for Science and Technology, and relevant personnel from the Department of Economy and Information Technology participated in witnessing the event together with the SEEEX TECH （Suzhou）Co., Ltd team.

As an important form of controllable energy storage, stationary hydrogen power generation system provides effective support for the large-scale integration of new energy sources, represented by wind and solar power, into the modernized power grid. The purpose of SEEEX TECH （Suzhou）Co., Ltd.'s multiple water-cooled hydrogen fuel cell power generation projects is to conduct preliminary technical verifications for the future large-scale grid connection of tens or even hundreds of standardized hydrogen fuel cell power generation systems, and ultimately develop comprehensive solutions for megawatt-scale hydrogen power generation systems. This technology represents a key core technology for the new power system in the context of achieving "dual carbon" goals and realizing the true substitution of clean energy.

Leveraging SEEEX TECH （Suzhou）Co., Ltd's high degree of self-research in electrical control hardware and software, the project was completed in just two months. It covered key technologies ranging from the equipment level (stack and system design and integration of hydrogen fuel cell power generation systems, as well as hardware and software electrical control system design) to the entire system level (power management platform hardware and software design, multi-system energy dispatching). A batch of advanced control algorithms developed by SEEEX TECH （Suzhou）Co., Ltd. in advance were also verified, and the company has established full-process capabilities for research, development, production, testing, and service of stationary fuel cell power stations.

Based on SEEEX TECH （Suzhou）Co., Ltd 's technical advantages in electrical control architecture, the project ensured flexible communication design within the system, centralized hierarchical management, distributed master-slave control, and the effectiveness of edge computing based on consistency, enabling the redefinition of fuel cells through power electronics and empowering all scenarios of hydrogen energy applications.

Throughout the project development, SEEEX TECH （Suzhou）Co., Ltd. maintained efficient communication with customers, closed the loop in a timely manner, and continuously optimized and upgraded system performance while ensuring the quality of project delivery. SeeEx strives to create products through technology and generate symbiotic forces through services.