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The design scheme of the power battery PACK for golf cars is crucial for the performance and range of electric golf cars. The following is a detailed introduction to the PACK design scheme for golf car power batteries:

1. Battery type selection:

When designing the power battery PACK for golf carts, it is necessary to choose the appropriate battery type. Common options include lithium-ion batteries, lithium titanate batteries, etc. Among them, lithium-ion batteries are currently the most widely used type of battery, with the advantages of high energy density and long cycle life.

2. Battery capacity and voltage design:

Battery capacity: Determine the battery capacity based on the usage scenario and range requirements of the golf cart. Generally speaking, high-capacity batteries can provide longer range.

Voltage design: Design appropriate battery voltage to meet the power requirements and electrical system matching of golf carts.

3. Module layout and structural design:

Module layout: A well-designed module layout can maximize the utilization of vehicle space, improve energy density and power density.

Connection method: The connection method between battery modules should be firm and reliable, while considering electrical connection and heat dissipation effect.

Protective structure: including shell, protective plate, insulation material, etc., to protect the battery from external environment and physical damage.

4. Design of Battery Management System (BMS):

BMS plays a crucial role in the power battery PACK of golf carts, including:

Battery status monitoring: Monitor parameters such as voltage, temperature, and current of the battery to ensure that it operates within a safe range.

Battery balance: Maintain voltage balance between battery modules to extend battery life.

Overcharge and over discharge protection: to prevent overcharging or over discharging of the battery, ensuring battery safety and performance.

5. Thermal management design:

Cooling system: Design an effective cooling system to control battery temperature within a safe range, improving battery life and performance stability.

Temperature sensor: a temperature sensor installed inside the battery pack, which monitors the battery temperature in real time and cooperates with BMS to adjust the cooling system.

6. Security design:

Short circuit protection: Design a short circuit protection device to ensure that the battery system will not have safety issues in the event of a short circuit.

Fire and explosion prevention design: Using fire and explosion prevention materials and technologies to improve the safety of the battery system.

Through comprehensive consideration of the above design schemes, a power battery PACK suitable for golf carts can be designed to improve the range, performance, and safety of golf carts, providing better support for the promotion and application of electric golf carts.

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