Battery Energy Storage Container

A: When you pack 5MWh of capacity into a 20-foot container using high-density 314Ah LiFePO4 cells, thermal management becomes your biggest bottleneck. Air cooling simply cannot prevent temperature variations between the center and the edges of the rack. Our liquid cooling loop actively pumps coolant directly across the cell modules, keeping the cell temperature delta under 3°C. This uniform thermal profile is absolutely critical to preventing localized degradation and securing the 8000+ cycle life required for utility-scale bankability.

A: UN3536 is the strict international standard that regulates lithium batteries installed in cargo transport units. It ensures that the entire container-not just the individual LiFePO4 cells-has passed rigorous structural integrity, fire containment, and transport safety tests. Shipping a megawatt-class system without UN3536 is a massive regulatory liability in 2026. Our compliance means your logistics team won't face customs seizures or ocean freight rejections during international transit.

A: Yes, we provide optimized Full Container Load (FCL) solutions to maximize shipping efficiency and reduce costs. For industrial projects, we can pre-assemble and test the systems in 20ft or 40ft containers before shipment.