Balance Scooter

Balance scooter batteries are the rechargeable energy source that keeps your self-balancing scooter moving. They provide the electrical power to the motors, allowing you to glide effortlessly and maintain balance. Choosing the right battery is essential for maximizing range, performance, and overall riding experience.

Balance Scooter

SwiftGlide Scooters, established in 2021, is a dynamic startup focused on developing advanced balance scooters for urban commuters. As they aimed to differentiate themselves in the competitive personal mobility market, they faced challenges in creating a battery system that could provide extended range, fast charging, and enhanced safety features while maintaining a compact and lightweight design.

Application Scenario

Products offer

Extended Range

Glide further with PKCELL balance scooter batteries designed for maximum range and fewer charging breaks.
Lightweight Design

Enjoy effortless maneuverability with our lightweight battery solutions, making your balance scooter even more agile and fun to ride.
Reliable Performance

Experience smooth acceleration and consistent power output with our durable and high-quality balance scooter batteries.
Enhanced Safety

Ride with confidence knowing our batteries are equipped with advanced safety features and protection systems to prevent overcharging, over-discharging, and short circuits.

You must consider the following information when you want to customize balance scooter battery

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Battery Pack
Related

Voltage (V):Match the battery voltage to your scooter’s requirements. Common voltages for balance scooters include 24V, 36V, and 48V.

Capacity (Ah):Higher capacity generally translates to longer range, but it also increases weight.

Discharge Rate (C-rating):A higher C-rating allows for greater current draw, supporting faster acceleration and climbing hills.

Chemistry:Li-ion batteries are the standard for balance scooters due to their high energy density and performance.

Cycle Life:Choose a battery with a long cycle life to reduce the need for frequent replacements.
Scooter
Specifications

Scooter Model and Specifications:Different scooter models have varying voltage and power requirements. Check your scooter’s specifications to determine the appropriate battery voltage and size constraints.

Desired Range:How far do you need to travel on a single charge? This will influence the battery capacity (Ah) and energy density (Wh).

Speed and Acceleration:If you desire higher speeds or faster acceleration, you’ll need a battery with a higher discharge rate (C-rating).

Weight and Portability:Consider the overall weight of the battery pack, especially if portability is a key concern.

Custom Lithium Battery Solutions

Tailored Services for Your Project

High-Quality Cell Selection

Expert Cell Selection: Lithium-ion, LiPo, LiFePO4 & More
We offer cell selection expertise across a wide range of lithium chemistries to meet your specific needs:

NMC & NCA: High energy density, versatile for various applications.

Lithium Polymer (LiPo): Lightweight and flexible form factors, ideal for portable devices.

Lithium Iron Phosphate (LiFePO4): Long cycle life and enhanced safety, excellent for demanding and stationary applications.

Other Chemistries: LTO, SIB, etc.
Voltage & Capacity Customization

Tailored V, Ah, C-Rate for your specific needs
We design battery packs with customized voltage and capacity to precisely match your application’s power requirements. Our expertise includes:

Voltage Range: 3V-96V

Capacity Range: 1A-150A

C Rate: 0.5-150C
Advanced BMS Integration

Optimized Performance & Safety For Device Applications
The Battery Management System (BMS) is the brain of your custom lithium battery pack. We expertly select and integrate BMS solutions tailored to your application, ensuring:

Enhanced Safety: Protection against over-charge, over-discharge, over-current, short circuits, and thermal runaway.

Optimized Performance: Precise voltage and current control, cell balancing for maximum capacity and cycle life.

Data Monitoring & Communication: Optional features like communication protocols (CANBus, SMBus, etc.) for real-time data monitoring and system integration.
Safety Redundancy

Multi-layer Protection Mechanisms
Our battery packs integrate multi-layer safety measures to ensure reliable operation under all conditions, including:

Redundant Detection: Main control IC real-time monitoring and independent MCU sampling for cross-verification (dual-channel sampling).

Redundant Execution: MOSFET cutoff combined with relay/contactor physical disconnection.

Fuse: One-time cutoff in case of abnormal current or excessive temperature.

Self-recovery Components (PTC): Automatically limit current when overcurrent or overtemperature occurs.

Thermal Runaway Protection: Prevents hazardous conditions through advanced monitoring and control mechanisms.
Hardware + Software Coordination

Advanced Protection & Diagnostics
Our system combines fast-response hardware with intelligent software to ensure safety and maintain performance:

Fast Hardware Cutoff: Prevents current surges and thermal runaway.

Software Pre-warning & Power Limiting: Before hardware action, limits output power or stops charging/discharging via control logic.

Fault Logging & Memory: Records abnormal events for troubleshooting and after-sales support.

Customization Process

Feasibility Analysis and Project
Initiation
Product Design and Review
Design Validation and Review
Sample Testing
Mass Production
Delivery and Acceptance