The energy storage container shell is a customized, high-strength container enclosure specially designed for battery energy storage systems (BESS). Different from standard shipping containers, it is structurally optimized and functionally upgraded to adapt to large-scale battery integration, thermal management, fire protection, and outdoor long-term operation. Adopting welded steel frame and integrated thermal insulation structure, the shell provides a safe, stable, dustproof and waterproof operating environment for internal batteries, PCS, cooling systems and control equipment. It supports modular pre-installation, rapid transportation and on-site plug-and-play deployment, which greatly shortens the construction cycle of energy storage projects.
The energy storage container shell is a customized, high-strength container enclosure specially designed for battery energy storage systems (BESS). Different from standard shipping containers, it is structurally optimized and functionally upgraded to adapt to large-scale battery integration, thermal management, fire protection, and outdoor long-term operation. Adopting welded steel frame and integrated thermal insulation structure, the shell provides a safe, stable, dustproof and waterproof operating environment for internal batteries, PCS, cooling systems and control equipment. It supports modular pre-installation, rapid transportation and on-site plug-and-play deployment, which greatly shortens the construction cycle of energy storage projects.
| Specification | Parameters |
| Name | Energy Storage System Container |
| Material | Q235B |
| External Dimensions(L*W*H) (mm) | 6058*2438*2591 |
| Brand name | Anhui HN |
| Size | 20ft |
| Certification | CSC/LR certification |
| Application | Energy storage equipment storage |
| Anti-corrosion Class | C4 |
| Ingress Protection | IP54 |





1.Grid Energy Storage: Used for power grid peak shaving, valley filling, frequency regulation and power supply stability improvement.
2.New Energy Power Station: Matches solar and wind power plants to stabilize output power and solve renewable energy intermittency problems.
3.Industrial & Commercial Energy Storage: Applied in factories, parks and commercial buildings for peak-valley arbitrage, power demand management and emergency backup power.
4.Off-grid & Micro-grid Systems: Suitable for remote mountainous areas, islands, mining areas and frontier projects to build independent power supply systems.
5.Emergency & Backup Power: Provides stable standby power for data centers, communication base stations, hospitals and key engineering projects.
Mobile Energy Support: Used for temporary power supply of engineering construction, outdoor activities and disaster rescue scenarios.
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