High-capacity energy storage system

Overview
Hydrogen fuel cell systems act as integrated power generation and energy storage solutions suitable for grid-scale and distributed deployments. The system provides large capacity energy buffering, grid-stability support and low lifecycle environmental impact through recyclable components. Advances in materials, system architecture and component development have increased energy conversion efficiency and enabled scalable production, notably via in-house stacks and improved ejector assemblies.

Battery Quick Facts

• Battery Type: Hydrogen Fuel Cell
• System Capacity: 1MW
• Protection Rating: IP55
• Operating Temperature Range (℃): -40℃ ~ +60℃

Key Features

• Outstanding Performance: Uses self-developed high power density components for fast response and efficient conversion; optimized control strategies enhance stability and dynamic response; reliable cold-start capability down to -30℃; supports automatic restart after power loss and remote monitoring/control.
• Low Operating Costs: Platform-based modular design with clear system partitioning simplifies maintenance and reduces labor cycles; modular deployment adapts to different energy system scales, lowering installation and operational expenditures compared with conventional solutions.
• Stability and Reliability: IP55 protection for dust and water resistance; shock resistance compliant with SAE-J2380; redundancy, fault-tolerant mechanisms and comprehensive self-diagnostics ensure continuous safe operation.

Industry Applications

• Energy Storage Solutions

Characteristics / Technical Specifications

• Battery type: Hydrogen Fuel Cell
• Nominal system capacity: 1MW
• Protection rating: IP55
• Operating temperature range: -40℃ to +60℃ (reliable start at -30℃)
• Shock resistance standard: SAE-J2380
• Design: Platform-based, modular, highly integrated with power supply, monitoring and cooling functions
• Features: Auto-start after power loss, remote monitoring and control, OTA updates, cloud-edge collaboration
• Safety: Multi-layer module protection, full-lifecycle Battery Management System (BMS) with thermal monitoring and early warnings
• Performance: Self-developed stacks and ejector assemblies, improved energy conversion efficiency, high power density components
• Economics: Lower construction and operating costs vs traditional solutions, long service life and recyclability