How LYTH Took a Custom LFP Module Order from Planning to Shipment in One Month
For an energy storage project, the module layout affects how the rest of the battery system comes together. The module has to fit its allotted space, provide accessible connection points, and match the system’s electrical design. For a project in Europe, LYTH supplied custom LiFePO4 modules on a tight schedule, shipping 160 cartons within one month of receiving the order.
The transition from module design to batch production starts with making the project requirements usable on the line. A cell layout defines how the cells are placed and connected. The mechanical design determines how the assembly is held in place. Terminal position affects the clearance and routing needed when the module is installed in the larger system. These details guide the order in which the module is assembled.
A tight deadline makes that handoff particularly important. Production planning needs to account for the custom assembly sequence, the batch quantity, and the time required to pack the modules for dispatch. LYTH coordinated those steps within the one-month window for this shipment.
Shipment & Product Details
| Item | Details |
|---|---|
| Product | Custom LiFePO4 battery modules |
| Application | Energy storage project |
| Shipment quantity | 160 cartons |
| Destination | Europe |
| Order-to-shipment turnaround | One month |
| Status | Shipped |
LYTH works with energy storage project teams on module development, batch production, and pack integration. The discussion can start with an existing module drawing or with the available space and electrical requirements of the system.
Suggested CTA
Share your system layout and module requirements with LYTH to discuss a custom LFP module for your energy storage project.
