ALL-IN-ONE ESS CABINET > AIR-COOLED
Air-Cooled ESS Cabinet for C&I Energy Storage
SUNPAL ESS air-cooled ESS cabinets integrate LiFePO4 batteries, PCS, BMS, EMS, HVAC and fire protection in one IP55 outdoor cabinet. Designed for commercial and industrial energy storage, they support peak shaving, backup power, solar self-consumption, AC-side parallel expansion and cloud-based remote monitoring.
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2 Models
Available
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101–241 kWh
Capacity Range
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100–125 kW
Output Power
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IP55
Outdoor Protection
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8,000+
Cycle Life
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89%
Round-Trip Efficiency
[ SYSTEM ARCHITECTURE ]
Typical Air-Cooled ESS Cabinet System Diagram
The air-cooled ESS cabinet connects LiFePO4 battery storage, PCS, BMS and EMS with PV inverters, site loads and the utility grid, supporting AC-coupled solar storage, peak shaving, backup power and remote energy management for C&I projects.
Factory Rooftop PV
Commercial Buildings
Industrial Facilities
EV Charging Stations
Office Parks
Microgrid Applications
[ TECHNICAL PRINCIPLES ]
Why Choose an Air-Cooled ESS Cabinet?
Intelligent Forced-Air Cooling for Reliable C&I Battery Storage
Air-cooled ESS cabinets use forced-air circulation, optimized duct design and intelligent thermal control to remove heat from battery modules, PCS and electrical compartments. This helps maintain stable operating temperatures, improve battery reliability and support cost-effective C&I energy storage for peak shaving, backup power and solar self-consumption.
[ DIGITAL ENERGY MANAGEMENT ]
3S Intelligent Control with BMS, PCS and EMS
Integrated 3S control coordinates BMS protection, PCS power conversion and EMS scheduling, while a three-tier BMS monitors cell, module and system status in real time for safer C&I energy storage and remote operation.
[ PRODUCT COMPOSITION ]
Core Components of Air-Cooled ESS Cabinets
Each air-cooled ESS cabinet combines LiFePO4 battery packs, high-voltage control, forced-air thermal management, BMS, PCS and EMS in one integrated outdoor energy storage system for safer C&I battery storage operation.
Battery Pack
HV Box
Air-Cooled AC
BMS & EMS
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101 kWh
Capacity
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101 kWh
Capacity
LiFePO4 Battery Pack
Modular LiFePO4 battery packs serve as the core energy storage units, supporting long cycle life, stable output and scalable capacity configuration for air-cooled ESS cabinets and C&I energy storage systems.
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101 kWh
Capacity
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101 kWh
Capacity
High-Voltage Control Box
The HV box connects battery clusters with PCS, integrating DC power distribution, voltage/current monitoring, contactor control and BMS communication for safe high-voltage ESS operation.
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101 kWh
Capacity
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101 kWh
Capacity
Air-Cooled HVAC System
The air-cooled HVAC system uses forced-air circulation and intelligent temperature control to help maintain stable cabinet operation, reduce thermal stress and support outdoor battery energy storage deployment.
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101 kWh
Capacity
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101 kWh
Capacity
BMS & EMS Control System
Integrated BMS and EMS coordinate battery protection, system monitoring, charge-discharge control and remote O&M, helping improve safety, visibility and energy management for C&I ESS projects.
[ SAFETY ARCHITECTURE ]
Five-Layer Safety Protection from Pack to Cabinet
The air-cooled ESS cabinet combines Pack-level BMS monitoring, aerosol fire suppression, water-based fire protection and smoke/temperature detection to support safer C&I battery energy storage operation. Multiple protection layers help identify abnormal conditions early and reduce thermal, electrical and fire-related risks.
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Pack-Level BMS
Monitors cell voltage, current and temperature in real time, while supporting balancing and protection against overcharge, over-discharge and overheating.
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Pack-Level Aerosol Suppression
Provides localized aerosol fire suppression inside the battery pack to help respond quickly to early thermal events at module level.
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Cabinet-Level Aerosol Protection
Adds secondary aerosol protection across the cabinet enclosure, improving fire safety for the complete battery energy storage system.
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Water-Based Fire Protection
Supports emergency heat control and fire mitigation through a water-based protection layer for cabinet-level safety management.
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Smoke & Temperature Detection
Uses smoke and temperature sensors to detect abnormal conditions early and trigger alarms or protective actions through the control system.
[ STRATEGIC COMPONENT PARTNERS ]
Built with Trusted Battery and Electrical Components
SUNPAL ESS selects qualified battery cells, PCS, circuit protection and thermal management components to support stable air-cooled ESS cabinet performance, safety and long-term operation in C&I energy storage projects.
[ KNOWLEDGE CENTER ]
Air-Cooled ESS Cabinet FAQs
Key questions about air-cooled battery energy storage systems for C&I projects.
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What is an air-cooled ESS cabinet?
An air-cooled ESS cabinet is an all-in-one battery energy storage system using forced-air cooling to manage battery temperature. It integrates LiFePO4 batteries, PCS, BMS, EMS, HVAC and fire protection in one outdoor cabinet for commercial and industrial energy storage.
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When should I choose an air-cooled ESS cabinet instead of liquid cooling?
Air-cooled ESS cabinets are suitable for small and medium C&I energy storage projects where simple installation, lower maintenance and cost efficiency are important. Liquid cooling is usually preferred for higher-density or higher-capacity systems.
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What applications are air-cooled ESS cabinets used for?
They are commonly used for peak shaving, backup power, solar self-consumption, EV charging support, factory energy storage, commercial buildings and microgrid applications.
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Can the cabinet work with an existing solar PV system?
Yes. Air-cooled ESS cabinets can support AC-coupled solar storage and connect with PV inverters, site loads and the utility grid to improve solar self-consumption and energy cost savings.
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Is the air-cooled ESS cabinet suitable for outdoor installation?
Yes. The cabinet is designed with an IP55 outdoor enclosure and can be installed in factories, commercial sites, industrial parks and other outdoor C&I energy storage locations when installed according to project requirements.
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How does the air cooling system work?
Fans, airflow channels and intelligent thermal control circulate air through the cabinet to remove heat from battery modules and electrical compartments. This helps support stable battery storage operation.
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What safety protection is included?
The system includes BMS monitoring, electrical protection, smoke and temperature detection, aerosol fire suppression and cabinet-level safety design to reduce battery energy storage system risks.
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How do I choose the right air-cooled ESS cabinet model?
Selection depends on energy capacity, output power, load profile, solar PV size, backup time, installation space and expansion needs. SUNPAL ESS can help size the right C&I battery storage system for your project.
Need the Right Air-Cooled ESS Cabinet for Your C&I Project?
Tell us your load profile, solar PV size and backup needs. SUNPAL ESS will recommend the right air-cooled ESS cabinet, system configuration and project pricing for your C&I energy storage project.
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