Comprehensive Safety Protection

Vision ensures system reliability with high-safety materials, multi-layer module protection, and stable control systems.
All-Temperature Monitoring

Real-time thermal monitoring with early warnings and preventive actions to avoid safety incidents.
Full Lifecycle Monitoring

Battery Management System (BMS) continuously tracks and reports battery status, enhancing overall system safety.

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Integrated Power

Compact structure, smaller footprint, easy installation to meet fast deployment needs.
Modular Design

Flexible expansion and maintenance, reducing system failure risks and improving O&M efficiency.
High Integration

Combines power supply, monitoring, and cooling functions, simplifying system setup and enhancing overall reliability.
Intelligent

Supports remote monitoring and smart alerts for full lifecycle power system management.

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Smart Management Module with Real-Time Monitoring

Built-in BMS enables real-time battery status tracking and early fault prevention.
High Safety & Wide Temperature Adaptability

Stable performance under extreme conditions ensures equipment safety.
Reusable & Pollution-Free

Eco-friendly design supports sustainability with recyclable materials.
Long Cycle Life

Durable and reliable for frequent, long-term use, reducing replacement costs.

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Safe & Reliable

Long battery lifespan design with full-lifecycle diagnostics ensures stable operation
Smart & Efficient

Real-time precise thermal control minimizes cell temperature differences, enhancing lifespan
Highly Integrated

Modular design adaptable to various scenarios
Easy Maintenance

OTA updates, mobile app management, and cloud-edge collaboration

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About Us

Hydrogen Full Cell Fuel Cell System1MW Hydrogen Energy Storage System

1MW Hydrogen Energy Storage System

Overview:

Hydrogen fuel cell systems, as the core components for power generation and energy storage, offer advantages such as large capacity, high safety, high efficiency, low cost, long service life, and recyclability. They ensure grid stability while driving the power grid toward a greener, more flexible, and more reliable future. By adopting new materials, advanced technologies, and optimized designs, the system’s energy conversion efficiency is significantly improved to meet the demands of various application scenarios. In key components development—such as self-developed stacks and ejector assemblies—important progress has been made, advancing product capabilities and mass production processes.

Battery Quick Facts

Outstanding Performance

1. Uses self-developed high power density components for fast response and high efficiency.
2. Optimized control strategy improves stability and dynamic performance under changing conditions.
3. Strong environmental adaptability, reliably starts even at -30°C, suitable for various regions.
4. Flexible system setup with auto-start after power loss and remote monitoring/control features.
Low Operating Costs

1. Platform-based, modular design ensures clear system structure and easy maintenance, greatly reducing labor costs and maintenance cycles.
2. Flexible deployment supports various energy system scales, facilitating system expansion and upgrades.
3. Compared to traditional power solutions, the fuel cell system offers lower construction and operational costs, making it economically advantageous for long-term use.
Stability and Reliability

1. System protection rating reaches IP55, providing excellent water and dust resistance for stable operation outdoors or in complex environments.
2. Shock resistance complies with international standard SAE-J2380, offering strong structural stability and impact resistance for diverse applications.
3. Overall system incorporates redundancy and fault-tolerant mechanisms, with comprehensive self-diagnostics and protection functions to ensure continuous and safe operation.