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Application Scenario
You must consider the following information when you want to customize balance scooter battery
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 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
We meticulously design the battery pack’s structure to fit your device’s form factor and mounting requirements perfectly. Our structural designs optimize cell arrangement, connection methods, and support structures, considering critical factors like size, shape, weight, strength, and vibration resistance to ensure robust performance in your application.
From lightweight plastics to rugged metal housings, we offer diverse material options for your custom battery enclosure. We tailor the enclosure to meet your specific environmental and durability requirements.
Our designs provide robust protection against：
Overheating can severely impact battery life and safety. Our thermal management experts design custom cooling systems to address these challenges. We offer both passive and active cooling strategies, tailored to your application’s power requirements, operating environment, and space constraints. We use thermal analysis and simulation to validate our designs and guarantee optimal thermal performance.
Customization Process
