SEEX TECH

SEEX TECH, established in 2021, operates as a key provider of integrated electronic control systems and solutions centered on hydrogen energy. The company's headquarters and R&D center are located in Suzhou, China, with a production facility in Huzhou. While specific founder names are not publicly detailed, the core team is comprised of individuals with advanced degrees from prominent international and domestic universities, including Manchester University and Fudan University, and professional experience from Fortune 500 companies.

The firm focuses on developing comprehensive solutions for the new electrification energy system market, targeting applications such as energy storage and generation, emergency power supplies, electric vessels, commercial vehicles, and long-endurance aircraft. SEEX TECH generates revenue through the research, development, production, and sale of its hydrogen energy products. The business model encompasses a vertically integrated approach, controlling the process from initial design and component procurement to in-house manufacturing, quality control, and after-sales service. The company has secured at least $15.3M in funding from investors including UnityVC, K2VC, and Bridge Capital China.

The company’s core offering is a proprietary, self-developed integrated control architecture that shifts hydrogen-lithium hybrid power systems from a discrete to a more efficient integrated paradigm. This architecture is at the heart of its product lines, which include modular air-cooled and water-cooled hydrogen fuel power packs. Key products include the SeePack3000N hydrogen power module and the Ruoyu 2.0 architecture development kit, a programmable integrated platform designed for fuel cell power applications. The programmable power controller utilizing Ruoyu 2.0 is noted as the world's first hydrogen fuel cell fully integrated electronic controller to achieve Class 3 certification. In a notable application of its technology, SEEX TECH unveiled a hydrogen-powered bicycle in mid-2024, which features a solid-state hydrogen storage tank and can travel approximately 80 kilometers on a single tank.

Keywords: hydrogen energy solutions, electronic control systems, fuel cell technology, hydrogen-lithium hybrid power, integrated control architecture, electrification energy systems, hydrogen power modules, Suzhou, energy storage, emergency power supply, electric vessels, heavy-duty vehicles, hydrogen-powered bicycle, Ruoyu 2.0, SeePack3000N, zero-carbon energy, green energy, power generation modules, new energy vehicles, sustainable transportation