Industrial Energy Storage
Xiamen Apollo's Industrial Energy Storage Container, a robust new energy storage carrier, blends 13 years of metal processing expertise. It features high-strength materials, IP55 protection, and broad equipment compatibility, serving PV stations, industrial storage, and outdoor deployments. Offering customization, fast delivery, and cost efficiency, it's a reliable solution for diverse energy storage needs.
- Fast Delievery
- Quality Assurance
- 24/7 Customer Service
Product Introduction
Xiamen Apollo's Industrial Energy Storage Container is a specialized, high-protection carrier engineered to support new energy storage systems across outdoor and industrial scenarios. Built on 13 years of the company's metal stamping and welding expertise in the new energy sector, C&I storage systems combines structural durability, environmental resilience, and broad equipment compatibility to meet the growing demands of photovoltaic (PV) storage stations, industrial power distribution, and outdoor electrical device deployments.
Constructed with high-strength carbon steel (supplemented by lightweight aluminum for key components) and treated with multi-layer anti-corrosion, wear-resistant coatings, the solar for home with battery achieves IP55 protection and 1,000+ hours of salt spray resistance-ideal for harsh outdoor conditions. Its standardized interfaces fit 200kWh–1MWh energy storage equipment (including batteries and inverters), while a modular internal layout enables easy maintenance and smart monitoring integration (with BMS systems).
Raw Material Composition
Main Structural Material
High-strength carbon steel (yield strength ≥ 235MPa) forms the container frame, ensuring load-bearing capacity and Home Energy Storage System structural stability to withstand industrial-level operational and environmental stresses, while supporting the weight of large-capacity battery packs.
Electrical Auxiliary Materials
Residential Energy Storage System, equipped with self-developed copper busbar components (laminated, insulated) with a conductivity rate of ≥ 98%, minimizing power loss and supporting the high-efficiency charge-discharge performance of the Commercial and Industrial storage systems.
Lightweight Auxiliary Components
6-series aluminum alloy is used in key areas to reduce overall weight by 12% compared to all-carbon steel designs, while maintaining structural integrity required for Smart energy management for commercial storage.
Operating Temperature Range
| Precision Temperature Control | Equipped with a professional temperature control system, the Wall Mounted Energy Storage Container accurately regulates the internal temperature within the optimal operating range for battery packs and electrical equipment (typically 15℃–35℃), ensuring stable performance regardless of external conditions. |
| Wide Environmental Adaptability | While standard battery energy storage cabinets operate within -20℃–50℃, the BESS for commercial use Container's advanced thermal management (including heating and cooling functions) extends its adaptability to more extreme temperatures, maintaining efficiency in both cold (-25℃) and hot (55℃) environments. |
| Thermal Stability for Large-Scale Storage | The Large-scale battery storage for industry modular internal layout enhances heat dissipation uniformity, preventing local overheating in high-capacity configurations and protecting battery cycle life and charge-discharge efficiency. |
Protection Level & Cycle Life
Superior Protection Rating
Achieves IP65 protection level, higher than the IP54+ standard of individual battery cabinets, effectively preventing dust and water intrusion, and ensuring the safety and reliability of the Microgrid energy storage for industries system in harsh outdoor environments.
Battery Cycle Life
The overall cycle life of the Industrial Energy Storage Container depends on the integrated battery type and management system-with lithium iron phosphate batteries offering 3,000–6,000 cycles and ternary lithium batteries providing 2,000–4,000 cycles.
Long-Term Cost Efficiency
Optimized Battery Management System (BMS) integration and high-quality component selection extend the system's service life, reducing replacement costs and improving the total cost of ownership for large-scale energy storage projects.
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