Anhui Xingtong Technology Co., Ltd

Manufacturer and solution provider for outdoor lighting, solar energy, lighting poles, energy storage and EV charging equipment.

50kW 120kWh Air-Cooled ESS | Xingtong Technology

Commercial & Industrial Energy Storage

50kW 120kWh Air-Cooled Energy Storage Cabinet

Commercial & Industrial Energy Storage

• 120kWh battery storage for commercial and industrial applications
• 314Ah lithium iron phosphate (LiFePO4) battery technology


Air Cooling & Safety Protection

• Air-cooled cabinet design for battery thermal management
• Cabinet-level aerosol fire protection with fire detection


Outdoor Design & System Integration

• IP55 outdoor cabinet with bottom cable connections
• PV and grid integration according to the selected inverter configuration

  • Product Detail
  • Competitive Advantages
  • FAQ

120kWh Air-Cooled Energy Storage Cabinet - Technical Specifications

120kWh Air-Cooled Energy Storage Cabinet - System Specifications

120kWh Air-Cooled Energy Storage Cabinet - Core Product Advantages

120kWh Air-Cooled Energy Storage Cabinet - Air Cooling and Safety Protection

120kWh Air-Cooled Energy Storage Cabinet - System Integration and Installation

Air-Cooled Energy Storage Cabinet Application Scenarios

WHY CHOOSE ANHUI XINGTONG TECHNOLOGY?


1. 120kWh LFP Battery Storage

The XT-ESS-50/120-A provides 120kWh of battery energy using 314Ah lithium iron phosphate cells for commercial and industrial energy storage applications.


2. Air-Cooled Thermal Management

The cabinet uses air cooling to manage battery operating temperatures during charging and discharging.


3. Multiple Electrical Protections

Short-circuit, overcharge, overdischarge and over-temperature protection are included to support controlled battery operation.


4. Cabinet-Level Fire Protection

The cabinet features aerosol fire protection and fire detection as part of its safety configuration. Final protection requirements are confirmed according to the project design.


5. Outdoor Cabinet Design

IP55 protection supports outdoor installation, with a stated operating temperature range of -20°C to +55°C. The cabinet measures 800 × 1145 × 2150mm in width, depth and height.


6. Flexible PV and Grid Integration

The cabinet can be incorporated into PV and grid-connected energy storage projects using compatible inverter equipment. Operating modes and equipment scope are specified for each project.

1. What is the battery capacity of this cabinet?

The XT-ESS-50/120-A has a rated battery energy capacity of 120kWh and uses 314Ah lithium iron phosphate (LiFePO4) cells.


2. What cooling method does it use?

The cabinet uses air cooling for battery thermal management during charging and discharging.


3. Can the cabinet work with a solar power system?

Yes. It can be integrated with suitable PV conversion equipment and a compatible inverter. PV capacity, battery compatibility and equipment scope must be confirmed during system design.


4. Can it provide backup power during a grid outage?

Backup and off-grid operation depend on the selected inverter, switching equipment and approved system configuration. Please specify critical loads and required backup duration before ordering. Seamless transfer should not be assumed.


5. Is the cabinet suitable for outdoor installation?

Yes. The cabinet has an IP55 protection rating and a stated operating temperature range of -20°C to +55°C. The installation site requires a suitable foundation, drainage, ventilation and maintenance access.


6. What safety features are included?

The stated protection features include short-circuit, overcharge, overdischarge and over-temperature protection, together with fire detection, cabinet-level aerosol fire protection and an emergency stop switch.


7. What are the cabinet dimensions and weight?

The cabinet measures 800 × 1145 × 2150mm in width, depth and height. The reference weight is approximately 1250kg. Final dimensions and weight should be confirmed before arranging transport and installation.


8. What information is needed for a quotation or system proposal?

Please provide the installation country, grid voltage and frequency, peak load in kW, electricity consumption in kWh, tariff information, existing or planned PV capacity and any backup requirements. These details help determine the appropriate inverter and system configuration.

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