High Efficiency Hydrogen Power Supply

1. Modular Design: Combining Flexibility and Standardization Standardized Upgrades: Modular architecture significantly improves product consistency and reduces operational complexity. Customizable Configuration: Flexible parameter adjustments (power, voltage, module quantity) to meet demands across scenarios from distributed experimental stations to large-scale green hydrogen bases. 2. Intelligent Power Distribution: Dual Efficiency Enhancement Dynamic Optimization: Modular power supply intelligent allocation technology achieves load balancing and energy consumption optimization, improving overall efficiency by 18% and extending lifespan by 30%. Rapid Capacity Expansion: Supports multi-module parallel connection, enabling system power scalability up to 300kW. 3. High-Frequency Isolation Technology Efficient Electrical Isolation: Utilizes IGBT-based high-frequency soft-switching isolated DC/DC circuits to completely separate electrolyzer and grid electrical loops, eliminating the need for external low-frequency transformers. Nanocrystalline Magnetic Core: Built-in nanocrystalline high-frequency isolation transformer reduces core loss by 50%, ensuring stable operation across -35°C to +60°C environments. 4. Digital Intelligent Control: Simplified Maintenance Touchscreen Interface: 7-inch industrial-grade touchscreen displays real-time parameters (efficiency, current harmonics, temperature) for intuitive operation. Remote Connectivity: Integrated host computer system supports Modbus TCP/RTU protocols for cloud platform access, enabling unmanned operation and fault pre-warning. Rapid Debugging: Fully digital circuit design reduces on-site debugging time by 60%, with one-click configuration import/export functionality.      

High Efficiency & Energy Leadership​ ​Three-Level Inverter Technology: Advanced three-level topology achieves ≥98% peak efficiency, reducing comprehensive energy consumption by 20% compared to traditional solutions.   ​High Power Density Design: Power density reaches 1.5 kW/L, with a 40% smaller footprint and 50% space savings.   Green & Grid-Friendly​ ​Pure Power Output: DC harmonics ≤1%, power factor ≥0.99, eliminating additional filtering equipment.   ​Low-Carbon Certification: Complies with ISO 14064 carbon footprint standards and global green energy grid integration requirements.   Resilience in Harsh Environments​ ​Intelligent Liquid Cooling: Fully enclosed liquid circulation system improves heat dissipation efficiency by 60% and extends equipment lifespan by 40%.   ​IP54 All-Round Protection: Operates reliably in extreme conditions (-35°C to +60°C), high humidity, salt spray, and sandstorms, validated by 1,000-hour rigorous testing.   Smart & Adaptive Control​ ​Customizable P/I Curves: Proprietary power-current curve configuration optimizes electrolyzer operation, limiting hydrogen production fluctuations to <2%   . ​Millisecond Dynamic Response: Full-power adjustment within ≤100 ms, seamlessly adapting to renewable energy fluctuations and improving curtailment utilization by 30%.