Micro Hydrogen provides a grid‑independent electrolyzer platform that directly uses on‑site wind or solar power to produce green hydrogen. Its modular system, scalable from 10 kW to multi‑megawatt, includes turnkey design, installation and remote monitoring, enabling renewable developers and industrial operators to generate hydrogen on‑site without grid connection or transport.
Funding
Funding not disclosed
Founders
Product
Problem
Green hydrogen production today relies on grid‑connected electrolyzers, leading to high electricity costs, complex grid interconnection requirements, and expensive transportation of hydrogen from centralized plants to end users.
Solution
Micro Hydrogen delivers a grid‑independent electrolyzer platform that harvests power directly from on‑site wind or solar arrays. By implementing per‑electrode cut‑in/cut‑off control in series and parallel configurations, the system dynamically matches fluctuating renewable output, turning the electrolysis challenge into an electrical‑control problem. The technology scales from modular 10‑100 kW stations to megawatt‑class installations, enabling on‑site hydrogen generation at renewable farms without grid dependency. Micro Hydrogen provides full‑stack services—including system design, equipment supply, installation, and engineering contracting—to deliver turnkey hydrogen production facilities. This approach reduces capital and operating expenses, eliminates long‑distance hydrogen transport, and accelerates deployment of clean‑fuel infrastructure for industrial and mobility applications.
Target Audience
Primary customers are renewable energy developers, independent power producers, and industrial operators seeking on‑site, off‑grid green hydrogen generation for fuel, feedstock, or energy storage applications.
Features
- Grid‑independent electrolyzer architecture with per‑electrode series/parallel cut‑in/cut‑out switching to accommodate variable renewable power
- Modular design scalable from dozens of kilowatts to multi‑megawatt capacities for both remote sites and utility‑scale farms
- High‑efficiency water electrolysis cells optimized for low‑voltage operation under intermittent power conditions
- Integrated water management and safety systems compliant with IEC 62282‑3 standards
- Turnkey engineering package covering site assessment, system integration, installation, and commissioning
- Remote monitoring and control interface for real‑time performance analytics and predictive maintenance
- Compatibility with existing wind and solar inverter infrastructure, minimizing additional balance‑of‑plant costs