24V 200Ah LiFePO4 Battery Pack (LP24-200)

Where this pack earns its place

A 24 V 200 Ah pack exists to solve one specific problem: a fixed 24 V platform that needs high current. Industrial floor machines, lifts and heavy hoists draw 120–180 A continuously and much more at start-up. A lower-rated pack will either derate or trip, and a tripped machine in a public building is a service call, not an inconvenience.

At 200 A continuous and 400 A peak, the pack covers the machine's real profile instead of a laboratory-average one.

Steel case, mounting flanges, and why they matter

Battery packs in machines fail at the mounting points more often than at the cells. Vibration, repeated shock and the torque of a machine that turns and brakes puts loads into the enclosure that an ABS case designed for a static installation does not handle well.

This pack uses a powder-coated steel case with mounting flanges sized for machine installation and an IP65 variant where the battery compartment sees dust or washdown. If the machine's battery bay has unusual loads, tell us — the mounting design can be adapted without changing the cells or the BMS.

Duty cycle dialogue

We would rather calculate the runtime from your machine's actual profile than let you estimate from the rated capacity. Send the continuous current, the peak current and its duration, and the number of charge cycles per day. We will reply with the expected runtime, the charge time and the depth of discharge the machine will actually see — which is what determines whether the warranty holds.

Key Features

25.6 V nominal, 200 Ah, 5.12 kWh rated energy

200 A continuous and 400 A peak — covers a 4 kW 24 V inverter at continuous load

Supports a 100 A charge current, so a large charger is not wasted

8S single BMS manages the whole string, no series-balancing concerns

Steel case with mounting flanges designed for machine installation

Cycle life 3,000 cycles at 80 % depth of discharge

Specifications

Nominal voltage	25.6 V (8S)
Rated capacity	200 Ah / 5.12 kWh
Usable capacity	approximately 4.6 kWh at 90 % depth of discharge
Charge voltage	28.4–29.2 V absorption
Cut-off voltage	20.0 V
Continuous discharge current	200 A
Peak discharge current	400 A for 10 s
Continuous charge current	100 A maximum
Cycle life	3
Operating temperature	-20 °C to +60 °C discharge
Enclosure	steel
Mass	approximately 45 kg

Specifications subject to the latest factory data. Final configuration is sized against the actual load, backup runtime and site power conditions — this table is for pre-selection only.

Applications

Heavy industrial floor machines

Rides-on scrubbers and sweepers draw a sustained 120–180 A. This pack covers that without derating, and the steel case takes the machine-mounting loads.

4 kW 24 V inverter system

Runs a 4 kW inverter at continuous rating and covers the surge from motor-driven loads.

Lift and hoist equipment

Where a high, repeated peak current is normal and a BMS that trips on start-up is unusable.

FAQ

Why specify 200 A at 24 V rather than moving to 48 V?

Because the machine, motor or inverter is 24 V and changing that is a much larger project than changing the battery. Where the platform is fixed at 24 V, a high-current 8S pack is the right answer; where it is a new design, 48 V is almost always the better choice.

Can the BMS be configured for my machine's alarm logic?

Yes. Current limits, alarm thresholds, pre-charge behaviour and the output protocol are all set at the factory. Send the machine's requirement and we will confirm what can be changed without affecting certification.

How long does a 200 Ah 24 V pack last on a duty cycle?

A 24 V 200 Ah pack stores 5.12 kWh, about 4.6 kWh usable. If the machine draws a continuous 1.5 kW, that is roughly three hours of runtime. If it draws 3 kW, it is about ninety minutes. Tell us the machine's duty cycle and we will calculate the runtime rather than leave you to estimate it.

LP24-200 24 V 200 Ah LiFePO4 battery pack