• PV Power
• Wind Power
• Power Grid Side
• Industry and Commerce

Cost-Effective and Adaptive Design
Multi-Scenario Support: Optimized for peak shaving, valley filling, and auxiliary services, significantly reducing energy costs.
Smart Algorithms and Temperature Control: Advanced sensing, big data analytics, and AI-driven algorithms optimize system efficiency, lower LCOE, and ensure stable cell performance.

Unmatched Safety and Reliability
Comprehensive Monitoring and Fault Isolation: Cloud-edge-device synergy enables rapid fault diagnosis, while multi-level protection ensures coordinated component and system response.
AI-Powered Thermal Management: Enhances system reliability and extends battery lifespan.
Full Lifecycle Oversight: Guarantees consistent performance and long-term quality.

Intelligent and Grid-Friendly Operation
Fast Grid Support: Provides active grid stabilization and rapid response to fluctuations.
Efficient and Flexible Integration: Intelligent algorithms maximize efficiency and system lifespan, while multiple access options ensure seamless connectivity.

Modular and Scalable Solutions
Easy Deployment and Maintenance: Modular design simplifies installation and upkeep.
High Scalability: Compatible with growing energy demands and supports parallel operation for wide capacity coverage.

The system is composed of battery clusters (10 clusters, each with 8 modules), a high-voltage box, a combiner cabinet, a thermal management system, and a fire protection system. The system includes external communication capabilities, enabling data transmission with external equipment such as the HMI, PCS, and fire protection devices, ensuring safe and stable long-term operation.