Custom lithium battery pack and LiFePO4 battery solutions for electric scooters, electric wheelchairs, e-bikes, mobility scooters, golf carts, low-speed electric vehicles and other electric mobility applications.
Custom Battery Solutions for Electric Mobility Applications
Electric mobility products require battery packs with stable output, safe charging, long runtime, reliable protection and strong cycle performance. Whether the application is an electric wheelchair, scooter, e-bike, golf cart or low-speed vehicle, the battery pack must match the motor power, controller system, expected range, installation space and charging method.
At Batteries Custom, we provide custom electric mobility battery solutions for manufacturers, distributors and project developers. Our team can design lithium-ion battery packs, LiFePO4 battery packs, 18650 battery packs, 21700 battery packs and custom rechargeable battery assemblies according to your vehicle platform and power requirements.
For light electric mobility products, products such as the 48V 50Ah Power Battery Custom 2.4kWh Small Delivery Unmanned Vehicle LiFePO4 Battery can be used as a reference for compact electric mobility and low-speed vehicle power systems.
Why Electric Mobility Battery Design Matters
An electric mobility battery directly affects driving range, acceleration, climbing ability, charging time, safety, service life and user experience. A battery pack that only meets the nominal voltage may still fail to support real working conditions if the discharge current, BMS, cell structure or thermal design is not suitable.
A suitable electric mobility battery solution should consider:
- Vehicle voltage platform
- Required battery capacity
- Motor power
- Continuous discharge current
- Peak discharge current
- Expected driving range
- Charging method
- Battery size and weight
- Battery enclosure design
- BMS protection
- Cycle life requirement
- Operating temperature
- Connector and wiring design
- Export packaging and transportation requirements
If the battery pack is not properly matched, the vehicle may have short range, weak climbing ability, sudden voltage drop, overheating, fast capacity loss or unstable charging performance.
Common Electric Mobility Applications
Our custom battery solutions can be used in many electric mobility products, including:
- Electric scooters
- E-bikes
- Electric wheelchairs
- Mobility scooters
- Golf carts
- Low-speed electric vehicles
- Electric delivery vehicles
- Personal mobility vehicles
- Electric utility carts
- Campus mobility vehicles
- Factory transport vehicles
- Outdoor electric mobility equipment
For high-capacity electric mobility projects, products such as the 58V 45Ah Custom 2.25kWh LiFePO4 Battery Pack can be used as a reference for applications that require higher capacity, stable discharge and long runtime.
Battery Requirements for Different Electric Mobility Products
Electric Scooters
Electric scooters usually require compact lithium battery packs with good energy density, stable discharge performance and reliable BMS protection. The battery must fit the scooter frame while supporting acceleration, braking, climbing and repeated charging cycles.
Common requirements include lightweight structure, compact size, suitable discharge current, stable connector design and safe charging compatibility.
Electric Wheelchairs
Electric wheelchairs need battery packs with high safety, stable output and predictable runtime. Since these products are closely related to daily mobility and user safety, battery reliability is especially important.
The battery pack should support smooth movement, safe charging, long cycle life and dependable protection against overcharge, over-discharge, overcurrent and short circuit.
E-bikes
E-bike battery packs need to balance capacity, weight, discharge current and installation structure. The battery may be installed on the frame, rear rack, down tube or inside a custom enclosure.
Depending on the motor power and range target, the battery can be designed with different voltage platforms and cell configurations.
Golf Carts and Low-Speed Electric Vehicles
Golf carts and low-speed electric vehicles usually require higher-capacity battery packs with stable output and long cycle performance. LiFePO4 batteries are commonly used for these applications because of their safety, cycle life and stable discharge characteristics.
For larger vehicle power systems, a high-capacity reference product such as the 48V 300Ah LiFePO4 Battery Custom 14.4kWh Low-Temperature Power System can help customers understand larger electric mobility and backup power battery design.
Electric Delivery Vehicles
Electric delivery vehicles and small unmanned transport platforms require battery packs that can support frequent start-stop operation, continuous driving and stable power output under loaded conditions.
The battery design should consider motor load, route distance, charging cycle, vehicle structure and operating environment.
Recommended Battery Types for Electric Mobility
LiFePO4 Battery Pack
LiFePO4 battery packs are suitable for electric mobility products that require long cycle life, good safety performance and stable discharge output. They are often used in electric wheelchairs, golf carts, low-speed vehicles, electric utility carts and mobility scooters.
Lithium-ion Battery Pack
Lithium-ion battery packs are suitable for applications that require higher energy density and lighter weight. They are commonly used in electric scooters, e-bikes and compact personal mobility devices.
18650 Battery Pack
18650 battery packs are widely used in electric mobility applications because of mature cell supply, flexible configuration and stable performance. They can be customised according to voltage, capacity and discharge current requirements.
21700 Battery Pack
21700 battery packs can provide higher capacity and improved energy density compared with traditional cylindrical cell designs. They are suitable for mobility products that need longer range and stronger power within limited battery space.
Custom Electric Mobility Battery Pack
For products with special battery shape, casing, connector, communication, charging or mounting requirements, a custom battery pack is often the most suitable solution.
Electric Mobility Battery Pack Customisation Options
We support battery pack customisation according to your vehicle structure, motor system and market requirements.
Available custom options include:
- Voltage configuration
- Capacity design
- Continuous discharge current design
- Peak discharge current design
- Cell chemistry selection
- LiFePO4 or lithium-ion battery design
- 18650 or 21700 cell structure
- BMS protection design
- Battery enclosure design
- Connector type
- Cable length and output direction
- Charging port design
- Waterproof structure
- Low-temperature performance
- Label customisation
- Export packaging
- Sample production
- Mass production support
How We Develop an Electric Mobility Battery Solution
1. Vehicle Application Review
We first review your electric mobility product type, motor power, controller requirements, expected range, installation space, charging method and working environment.
2. Voltage and Capacity Design
We design the battery voltage and capacity according to the vehicle power platform, expected runtime and driving range. Common voltage platforms may include 24V, 36V, 48V, 60V, 72V or other custom configurations.
3. Discharge Current Evaluation
Electric mobility products often require both continuous discharge current and peak current support. We evaluate motor startup, climbing, acceleration and loaded operation to recommend a suitable cell and BMS design.
4. Battery Chemistry Selection
Based on the application, we recommend LiFePO4, lithium-ion, 18650, 21700 or other suitable battery structures. For long-cycle and high-safety applications, LiFePO4 is often preferred. For lightweight and compact products, lithium-ion may be more suitable.
5. BMS Protection Design
The BMS can include overcharge protection, over-discharge protection, overcurrent protection, short-circuit protection, temperature protection and balancing functions according to the battery pack requirements.
6. Mechanical Structure Design
The battery pack structure is designed according to the available installation space, casing style, mounting method, connector position, cable direction and waterproof requirements.
7. Sample Production
After confirming the design, we can arrange sample production for testing, installation verification and performance evaluation.
8. Testing and Production
After sample approval, we support battery testing, batch production, quality inspection, packaging and export delivery.
Testing and Quality Control
Electric mobility battery packs must be safe, stable and durable. During production and inspection, we can support testing according to project requirements.
Common testing items include:
- Voltage testing
- Capacity testing
- Internal resistance inspection
- Charge and discharge testing
- Continuous current testing
- Peak current testing
- BMS protection testing
- Overcharge protection testing
- Over-discharge protection testing
- Short-circuit protection testing
- Temperature performance check
- Connector and cable inspection
- Aging test
- Appearance inspection
- Packaging inspection
Information We Need for Your Electric Mobility Battery Project
To design a suitable battery pack for your electric mobility product, please provide the following information:
- Vehicle type
- Required voltage
- Required capacity
- Expected driving range
- Motor power
- Continuous discharge current
- Peak discharge current
- Battery size limit
- Battery weight limit
- Connector type
- Cable length
- Charging method
- Operating temperature
- Waterproof or casing requirement
- Estimated order quantity
If you are still developing your vehicle platform, you can send us your motor specifications, controller requirements, battery space and expected range. Our team can help evaluate the suitable battery pack direction.
Why Choose Batteries Custom
Batteries Custom provides custom battery pack solutions for electric mobility products and B2B power system projects. Instead of only offering standard battery models, we help customers design battery packs according to the actual vehicle structure, power load, range requirement and working environment.
Our advantages include:
- Custom electric mobility battery pack design
- LiFePO4 and lithium-ion battery solutions
- 18650 and 21700 battery pack assembly
- High-discharge battery pack support
- Low-temperature battery design
- BMS and protection circuit matching
- Connector and cable customisation
- Battery enclosure design support
- Sample development support
- Small and bulk order support
- Export packaging support
Related Battery Products
Related Applications
- Electric Scooter Battery Solutions
- Electric Wheelchair Battery Solutions
- E-bike Battery Solutions
- Mobility Scooter Battery Solutions
- Golf Cart Battery Solutions
- Low-Speed Electric Vehicle Battery Solutions
- Electric Delivery Vehicle Battery Solutions
FAQ
Can you customise battery packs for electric scooters?
Yes. We can customise electric scooter battery packs according to voltage, capacity, discharge current, battery size, connector, BMS protection and charging requirements.
What battery type is suitable for electric wheelchairs?
LiFePO4 and lithium-ion battery packs can both be used for electric wheelchairs. LiFePO4 is often selected for safety and long cycle life, while lithium-ion may be selected when lighter weight and compact size are important.
Can you design battery packs for e-bikes?
Yes. We can design e-bike battery packs based on motor power, voltage platform, expected range, frame space, connector type and charging method.
Can you make high-capacity batteries for golf carts or low-speed vehicles?
Yes. We can customise higher-capacity LiFePO4 battery packs for golf carts, low-speed electric vehicles, electric utility carts and similar mobility platforms.
Can you customise the battery enclosure?
Yes. Battery casing, installation structure, connector position, cable direction and waterproof design can be customised according to your product requirements.
Do you support sample production before mass production?
Yes. Samples can be produced after specifications are confirmed. Samples can be used for vehicle testing, installation verification and range evaluation.
Start Your Electric Mobility Battery Project
If you need a custom battery pack for electric scooters, electric wheelchairs, e-bikes, mobility scooters, golf carts, low-speed electric vehicles or electric delivery platforms, send us your project requirements.
Our team will help you choose the right battery chemistry, design the battery pack structure and recommend a suitable BMS protection solution for your electric mobility application.
Contact Batteries Custom today to discuss your custom electric mobility battery solution.