1000kWh Commercial and Industrial Energy Storage System
The 1000kWh commercial and industrial energy storage system highly integrates batteries, BMS, PCS, and an energy management system, supporting modular deployment and high-efficiency energy conversion. Through peak-valley electricity price arbitrage and backup power modes, it improves users' power cost-effectiveness and supply resilience.
Product Introduction
Key Specifications
Nominal capacity
372kWh
Protection Class
IP55
Life cycle
8000+
DOD
95%
Applications
Campus peak shaving
Factory and industrial park load sides, focusing on peak-valley arbitrage and resilient power supply
Commercial complexes
Shopping mall complexes, emphasizing peak shaving/valley filling and backup power
Critical energy use
Sites sensitive to continuous power supply, focusing on emergency and switching strategies
Product Overview
- MW-class main energy storage unit: a single set covers hourly load regulation needs of factories, campuses, and commercial complexes
- Multi-strategy operation: supports peak-valley arbitrage, demand management, peak shaving and valley filling, backup power, and other modes with flexible switching
- Refined battery management: coordinated SOC/SOH management and balancing strategies slow degradation and enhance value
- Easy grid connection and dispatch: interfaces reserved for distribution automation and energy management platforms facilitate integration into park-wide or group-wide unified dispatch
Product Features
Compatibility
PCS modules come in multiple mounting forms, compatible with different integrated energy storage cabinet designs
Smart O&M
Delivers comprehensive multi-node digital energy management, giving customers a worry-free, professional, high-quality user experience
Multi-level safety assurance
The system is typically equipped with a complete fire protection system and safety measures: five-fold safety design, four-level protection, and a multi-dimensional early warning system
Flexible system configuration
Includes battery system + BMS, PCS, EMS, transformer, rack, connection cables, combiner cabinet, lightning protection and grounding system, monitoring and alarm system, etc. All systems adopt a modular design with flexibly configurable system voltage and capacity
Efficient and economical
Peak shaving, valley filling, and demand management to improve energy returns and ROI
Fast delivery
Prefabricated integration, less on-site construction, faster deployment, easier expansion: prefabricated integration, less on-site construction, faster deployment, easier expansion
Standards and certifications
GB/T 36547-2024
Technical Rules for Grid Connection of Electrochemical Energy Storage Stations
GB/T 36276-2023
Lithium-Ion Batteries for Electrical Energy Storage
GB/T 34131-2023
Technical Specification for Battery Management Systems for Electrical Energy Storage
GB/T 4208 (IP), GB/T 2423 (Environmental), GB/T 17626 (EMC)
Selection based on test results
Technical Advantages
Integrated intelligent O&M
Leveraging big data and cloud platforms, it enables remote monitoring, health assessment, and fault early warning for real-time visibility of system operating status
One-stop system solution
Covers thermal architecture design, equipment integration, system commissioning, and O&M, delivering an end-to-end integrated solution
High Heat Density Air/Liquid Cooling Technology
Masters cutting-edge air-cooling and liquid-cooling technologies for high heat density, plus advanced control functions, suiting demanding thermal scenarios such as data centers
Full-chain smart factory
Based on lean manufacturing principles, builds a full-process smart factory system covering BMS R&D, energy storage system integration, and full-cabinet testing
