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76.8V 45Ah High Discharge LiFePO4 Battery Pack for Electric Scooters
This 76.8V 45Ah LiFePO4 (lithium iron phosphate) pack is built for electric scooters that pull heavy current on hills and quick starts. The 24S2P cell layout stores about 3.46 kWh and sustains up to 80A of high discharge current, roughly 6.1 kW at rated voltage, across a 60–86.4V operating window.
TENZ Energy engineers this pack around your scooter platform. The smart BMS, enclosure, and wiring can be matched to your controller and frame, whether you are launching a new scooter model, building a shared-mobility fleet, or sourcing a private-label power pack.

Technical Specifications
supply cost-effective lithium battery solutions
| Cell type |
lithium iron phosphate battery(LFP) |
Maximum continuous discharge current |
80A |
| Relative humidity of working environment |
≤95% |
Peak discharge current (@time) |
100A |
| Working altitude requirements | ≤4000m |
Maximum continuous charge current |
30A |
| Nominal capacity | 45Ah | Working Ambient Temperature |
Charging:0~45℃ Discharging:-20~65℃ |
| Battery pack structure | 24S 2P | Storage Temperature | -20~45℃ |
| Nominal voltage | 76.8V | Cycle life | 1200times |
| Maximum charging voltage | 86.4V | IP rating | Battery box IP62 |
| Operating voltage range | 60~86.4V | Total system mass | 27.5 ±0.5kg |
What Makes This a High-Performance Scooter Battery
High discharge LiFePO4 cells
The LiFePO4 cells support an 80A continuous rating and a 100A burst rating, giving roughly 6.1 kW and 7.7 kW of output at rated voltage, useful for hill starts and quick acceleration where the motor and controller allow it.
Smart battery management
The onboard smart BMS balances the cells and enforces protection limits during charging and riding, keeping the pack within its designed operating range.
Steady range per charge
At about 3.46 kWh, the pack is sized to give electric scooters a workable range between charges, with the actual figure set by rider weight, terrain, and speed.
Verified before dispatch
Each pack completes a charge-discharge aging run and a final function check before it leaves the factory.
Product Appearance




Scooter and Micromobility Uses
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Personal electric scooters |
Light electric motorcycles and mopeds |
Shared and rental scooter fleets |
Scooter brands and contract manufacturers |
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Fits scooter platforms designed around a 76.8V (24S LiFePO4) system. Confirm your controller, charger, and frame space against the pack ratings using the checklist below. |
Also suits mopeds and light two-wheel platforms built around the same voltage class, subject to controller and mounting compatibility. |
A consistent, swappable pack design supports fleet operators who need predictable performance and easy replacement across many units. |
We supply scooter brands and contract manufacturers that need a repeatable battery design for volume production. |
Scooter Fit Checklist
Confirm the following before ordering
Controller voltage range covers 60–86.4V.
Motor and controller draw stays under 80A continuous and 100A burst.
Charger output matches 86.4V maximum and up to 30A charge current.
Deck or frame compartment fits the pack size and 27.5 kg weight.
Your controller's communication protocol matches the BMS you select.
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Smart BMS Configuration for Scooter Battery Packs
The smart BMS handles cell balancing, over-current and over-voltage protection, and temperature monitoring. Communication options such as CAN, RS485, or UART can be added where the selected BMS supports them.
If your scooter dashboard reads battery data over a specific protocol, tell us and we will confirm BMS compatibility.


Enclosure and Wiring Options
The pack enclosure can be shaped to fit your scooter's battery bay, deck, or under-seat compartment, including connector placement and mounting points.
Share your compartment drawing or measurements and our engineers will propose a matching enclosure and wiring layout.
Custom Scooter Battery Development
Outside of 76.8V 45Ah, we develop custom LiFePO4 battery packs for electric scooters,
mopeds, and other micromobility vehicles.

Adjustable elements include
- Voltage and capacity
- Cell arrangement and chemistry
- Smart BMS protection settings and ports
- Enclosure shape and mounting layout
- Charge and discharge current limits
- Connector style and cable routing
- Branding for private-label programs
To request a quote, send your motor rating, controller current limit, target range, compartment dimensions, and charger specification.
Manufacturing Steps for This Scooter Battery Pack

01 Cell Sorting
Cells are screened for voltage, capacity, and internal resistance so each series group is built from consistent cells.

02 Cell Assembly
Screened cells are arranged into the 24S2P layout specified in the build drawing.

03 Automatic Spot Welding
Automated equipment welds the cell connections for uniform contact and repeatable output.

04 BMS Installation
The BMS is wired in to deliver the protection functions the design calls for, with communication ports added per the selected configuration.

05 Wiring Installation
Cables and connectors are fitted per the electrical drawing and checked for solid contact.

06 Insulation Protection
Insulating layers are added over sensitive areas to guard against accidental contact.

07 Battery Pack Assembly
The cell block and BMS are mounted into the enclosure following the mechanical drawing.

08 Aging Test
The finished pack undergoes a charge-discharge aging run and function check per the test procedure.

09 Final Quality Inspection
A last round of electrical, functional, and visual inspection is completed before shipment.
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FAQ

Q1: What do you need from me to prepare a quotation?
Q2:Can the voltage and capacity be changed for a different scooter platform?
Q3: Can I fit this pack into an existing scooter deck?
TENZ Energy designs and manufactures lithium battery packs for electric scooters and other micromobility vehicles.
Factory address
Room 304–305, Huatong Building, No. 8, Ganli 2nd Road, Jihua Street, Longgang, Shenzhen, China
Phone Number
+86 18779451943
vicky.w@tenzenergy.com


Get a Quote for Your Scooter Battery Program
Send your motor power, controller current limit, target range, compartment dimensions, and charger specification. Our engineering team will check compatibility and return a recommended configuration and quotation.
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