Energy-storage battery packs
The agreed pack configuration and interfaces for integration into a rack or cabinet.
Batteries / LFP
Energy-storage packs
Air- and liquid-cooled battery pack references for integration into energy-storage racks, cabinets and containers.
What goes into your battery order
Equipment and options to specify
Define cooling connections, sensing and rack-level controls. Specify the rack, PCS, EMS and enclosure as separate items where required.
Samples, quantity and delivery
State your sample quantity, expected order volume and target date. Minimum order, sample lead time, production schedule and delivery terms are confirmed in the quotation.
Inspection and documents
Agree the final specification, sample acceptance checks and the unit or batch records required with your order.
Review battery quality controls ↗What can be adapted for your equipment
Energy block
Pack voltage, energy and series arrangement follow the cabinet or container DC architecture.
Thermal route
Air or liquid cooling is selected from power, ambient and installation constraints.
Protection
Pack isolation, fusing, sensing and ingress requirements are coordinated with the system.
Service
Pack access and replacement are planned around the cabinet and site workflow.
Configuration references
Catalog values are starting references. Final specifications and availability are confirmed for the project and quotation.
What we confirm together
DC voltage and energy
Air- or liquid-cooled pack and series count
Validation focusSystem voltage window and usable-energy review
Power and ambient
Thermal architecture and pack spacing
Validation focusThermal model and operating-limit review
Cabinet integration
Interface, protection and service access
Validation focusMechanical and electrical integration review
Discuss the battery you need.
Include your equipment, battery requirements and quantities. Add an existing drawing or configuration reference where available.