We introduce the 372kWh Outdoor Cabinet Series Commercial and Industrial Energy Storage System, a new system designed to provide enhanced energy efficiency and reliability for businesses. The combined system consolidates the battery, Battery Management System (BMS), Energy Management System (EMS), modular converters (PCS), and fire protection system into a single cabinet, offering an easier solution to energy storage.​

Features

• Rapid Power Response: Capable of supporting various modes of operation, i.e., virtual power plants, grid-tied, and off-grid configuration, with power management flexibility.
• Integrated Design: Single-box design reduces transport and field installation time and cost, leading to faster deployment.​
• Intelligent Monitoring and Maintenance: Complemented by local data acquisition, smart monitoring, and remote operation capabilities, supporting efficient system monitoring and management.
• Scalable Architecture: Consistent interfaces facilitate simultaneous connection of many units with ease, facilitating growth and guaranteeing manufacture process reproducibility.
• User-Friendly Installation and Operation: Facilitates support for node adjusting and fault signaling, reducing field and operating cost by up to 70%.​
• High System Efficiency: With a non-isolated topology where each single-cluster battery has least circulation loss and greater system efficiency.​
• Robust Safety Measures: With six-layer protection structure design and implemented multi-information integration to ensure safe operation environment.
• Efficient Upgrades: Enables local and remote upgrades with broadcast program functionality, improving efficiency by over 90% than traditional point-to-point upgrades.​

Optimal Applications

• Peak Shaving and Valley Filling: Releases during peak electricity demand to reduce high energy costs.​
• Power System Stability: Balances the fluctuating output of renewable sources by storing electricity and dispatching accordingly.
• Backup Power Supply: Provides power to loads in case of grid failure or used as backup power in areas with unreliable electricity.​
• Renewable Energy Optimization: Optimizes the use of photovoltaic power during daytime, storing surplus power for use at night.​
• Grid Investment Cost Reduction: In applications for distributed power systems, reduces the upfront investment cost of constructing and expanding grids.

Technical Specifications