Electric two- and three-wheelers demand packs that combine energy for range, current for hills and durable protection for everyday riding.

What E-Mobility Packs Must Deliver

These vehicles draw moderate but sustained current on flat ground and sharp peaks on inclines or acceleration. The pack must therefore balance energy capacity for range with the ability to deliver high-rate discharge without excessive heat. Cycle life is also important, since riders depend on daily commuting over many months.

Safety and Mechanical Design

Pack structure must protect cells from vibration, moisture and impact while fitting the vehicle's frame or battery compartment. We integrate protection boards that guard against overcharge, over-current and short circuit, and design the enclosure and securing method to match the available mounting space. Thermal routing is considered so that heat generated under load can be managed.

Supporting Riders Through Our Custom Process

From the customer's voltage and range targets, we propose a cell configuration, build validated samples and support testing on the vehicle before moving to volume production. The result is a pack tailored to the ride, with safety and durability built in rather than added later.