100kWh Commercial and Industrial Air-Cooled Energy Storage System
The 100kWh air-cooled energy storage system adopts an integrated design of battery + BMS + air cooling unit + converter, offering multiple capacity configurations to flexibly match different load levels. Using air convection for economical thermal management, the system is compact and flexible to deploy, suitable for distributed installation at multiple sites
Product Introduction
Key Specifications
Nominal capacity
100kWh
Protection Class
IP55
Life cycle
8000+
Cooling Method
Air cooling
Applications
Small commercial
Buildings and small commercial/industrial users, focusing on flexible capacity and multi-site deployment
Industrial park multi-node
Multi-site distributed installation, emphasizing simplified O&M
Microgrid
Local regulation and consumption, with focus on rapid grid connection and expansion
Product Overview
- Lightweight and compact: suitable for weight- and space-constrained locations such as indoor equipment rooms and building mechanical floors
- Easy to relocate and redeploy: cabinet-style structure facilitates transfers between projects and flexible placement within a park
- More flexible integration: multiple voltage levels and wiring schemes available, compatible with building distribution boxes and small distribution rooms
- EMS integration: connects to third-party or campus energy management platforms via standard protocols for unified policy dispatch
Product Features
Modular and Flexible Configuration
The system configuration is flexible and customizable. The intelligent EMS management strategy supports multiple management modes, enhancing system adaptability and configurability. Whether for small-scale energy storage needs or large-scale energy management systems, modular design enables efficient integration and optimization.
Real-Time Monitoring and Multiple Safety Guarantees
Hierarchical management and real-time monitoring ensure the safe operation of battery packs. The double-layer thermal insulation design enhances stability and safety. Equipped with smoke and temperature sensors for real-time monitoring, together with BMS and EMS for multi-point real-time monitoring, it ensures the safe and reliable operation of the entire energy storage system.
Seamless Switching and PV Integration
STS seamless on-grid/off-grid transfer technology ensures rapid switchover to backup power during grid faults or instability, guaranteeing supply continuity. PV integration is supported, organically combining new energy with traditional energy.
Efficient Air Cooling and Low-Noise Operation
Optimized air duct and cooling component layout for more balanced temperature control and quieter operation in occupied areas
Fast Delivery and Easy Maintenance
Standardized cabinets and interfaces save installation and wiring time; front-access maintenance of key components makes servicing easier
Professional Design and One-Stop Service
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
Standards and certifications
GB/T 36276-2023
(Battery)
GB/T 34131-2023
（BMS）
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
