Industrial Machinery Battery Packs | AGV, Forklift & Machine Power

Specification follows the shift pattern

An industrial machine battery is designed around when it can charge, not just how much energy it needs. Three patterns cover most cases:

Overnight charge. The simplest arrangement. The pack must hold a full working day, which usually makes it the largest of the three options.
Opportunity charging. Topping up during breaks and shift changes. Requires a high charge current and a pack that is comfortable at partial state of charge, but allows a smaller pack.
Pack swapping. A spare pack charges while the machine works. Removes charging from downtime entirely, at the cost of a spare per machine and a quick-release mounting design.

Opportunity charging is often the least expensive overall, because it reduces the capacity purchased. It is also the pattern most often overlooked at specification stage.

Mounting is the failure point

In our own failure analysis, machine-mounted packs fail at the mounting points and cable entries more often than at the cells. Vibration, repeated shock and the torque of a machine that turns and brakes put loads into the enclosure that a case designed for a static installation does not handle.

Steel cases with proper flanges, cable entries with strain relief, and a mounting design that respects the machine's vibration profile are what prevent those failures. It is not glamorous engineering, but it is the difference between a pack that lasts and one that is replaced every eighteen months.

OEM machine programmes

For machine builders, the pack is drawn to fit the bay rather than adapted from a standard enclosure. Send the bay dimensions, the mounting positions and the electrical interface, and we will produce a pack that drops into the machine without an adapter bracket — and that stays dimensionally identical across production batches, which matters when the machine has a multi-year build programme.

FAQ

Can the machine charge during a break instead of a full shift?

That is the design question, and it usually works better than a full overnight charge. Opportunity charging — topping up during scheduled breaks — needs a high charge current and a pack that tolerates partial state of charge, which LiFePO4 does well. Tell us the available windows and we will size the pack and charger together rather than sizing the pack alone.

What enclosure do machines need?

Generally a steel case with mounting flanges rated for the machine's vibration and shock, and an IP rating that reflects the environment — IP65 for washdown areas, IP54 for general factory floors. ABS cases designed for static installation are not suitable for machine mounting, and failures at the mounting points are more common than cell failures in this category.

How do I know the pack will fit the machine?

Send us the battery bay dimensions, the mounting hole positions, the terminal orientation and the cable route. For OEM machine programmes we draw the pack to fit the bay rather than expecting the machine to accommodate our standard enclosure.

What about multi-shift operations?

Two options: a larger pack that covers two shifts, or a swap arrangement with a second pack charging while the first is in use. Swapping needs a quick-release mounting design and a spare pack per machine, but it removes charging from the machine's downtime entirely. We build both.