Product Positioning
The high-voltage air-cooled energy storage PACK cabinet is a cost-effective modular energy storage unit tailored for medium and low-power energy storage scenarios. It mainly covers diversified application fields such as communication base station energy storage, small and medium-sized industrial and commercial energy storage, residential energy storage, portable energy storage and new energy supporting energy storage. Balancing stable operational performance and economic deployment, this air-cooled energy storage PACK cabinet perfectly adapts to the construction demands of distributed, small and medium-scale energy storage projects.
Manufactured with standardized specifications through a full digital intelligent production line, the product supports compatibility with multiple brands of battery cells, as well as flexible customization of voltage and capacity parameters. With lower deployment and operation and maintenance (O&M) costs, the high-voltage air-cooled energy storage PACK cabinet fully meets the personalized system integration needs of various energy storage customers.
As a core basic unit of lightweight energy storage systems, the high-voltage air-cooled energy storage PACK cabinet adopts a mature and reliable forced air cooling structure and high-voltage modular design. It ensures reliable electrical safety and accurate temperature control, while simplifying the overall structural design and daily O&M procedures to the maximum extent. Boasting excellent compatibility and expandability, the unit can work independently for small-scale energy storage scenarios or form medium and large-capacity energy storage systems through multi-cabinet clustering. Featuring simple installation and convenient maintenance, the air-cooled energy storage PACK cabinet enables rapid landing of various small and medium-sized energy storage projects, serving as a practical and cost-effective inclusive energy storage PACK solution.
Core Product Advantages
Efficient Forced Air Cooling Heat Dissipation
Equipped with high-reliability cooling fans and aluminum plate air duct systems, the high-voltage air-cooled energy storage PACK cabinet realizes uniform heat dissipation for battery cell packs via forced air convection, fully satisfying the temperature control demands of conventional charge and discharge working conditions. The cooling system features a simple structure, ultra-low failure rate and low daily maintenance cost, enabling the air-cooled energy storage PACK cabinet to adapt to complex deployment environments such as outdoor sites and communication base stations.
Flexible High-Voltage Modular Configuration
Adopting a standardized high-voltage connection architecture with string copper busbars and aluminum busbars, the product supports flexible series-parallel combination of multiple battery cell groups. Users can customize voltage and capacity grades on demand to match the integration of energy storage systems with different power levels, delivering outstanding expandability for the air-cooled energy storage PACK cabinet.
Full-Dimensional Reliable Protection
Built-in multi-layer insulating sheets and end plate insulation structures achieve comprehensive electrical isolation and protection. Equipped with a professional BMU (Battery Management Unit), the high-voltage air-cooled energy storage PACK cabinet monitors real-time battery cell voltage, temperature and loop current, and integrates multiple safety protection mechanisms including overcurrent, overvoltage, short circuit and over-temperature protection, ensuring long-term stable and safe operation of the entire energy storage system.
Easy Deployment and Maintenance Design
The cabinet adopts an integrated sheet metal structure with dedicated carrying handles, greatly facilitating on-site handling and installation. All internal components are arranged in a modular layout, and battery cells, detection lines and heat dissipation components can be inspected and repaired independently. This design effectively reduces the on-site operation and maintenance difficulty and overall cost of the air-cooled energy storage PACK cabinet.
Structural Design Highlights
Adopting mature standardized PACK forming technology, the product features a layered and orderly internal structure with neatly arranged cabinet covers, pressure strips, battery cells and cabinet bodies, and firmly fixed copper busbars and steel belts. Balancing high structural strength and lightweight performance, the high-voltage air-cooled energy storage PACK cabinet supports stacked installation of battery clusters, which can quickly assemble large-capacity energy storage systems and meet the mass delivery demands of large-scale energy storage projects.
Application Scenarios
The air-cooled energy storage PACK cabinet is widely applicable to medium and low-power, conventional charge and discharge scenarios, including communication base station energy storage, small and medium-sized industrial and commercial energy storage, residential energy storage, portable energy storage, and supporting energy storage for new energy vehicles.
Consistent Quality Assurance
All products of this series are produced by fully digital intelligent automatic production lines, with strict quality closed-loop management covering five core processes: automatic blanking, data traceability, module assembly, performance testing and PACK forming. The air-cooled energy storage PACK cabinet has passed multiple authoritative international certifications such as CE, FCC, UN38.3 and MSDS. Supported by the manufacturer’s 10-year professional production experience and full-chain customization capabilities, we provide one-stop full-process services including demand docking, sample testing, mass delivery and after-sales tracking for all customers.
