2024年3月15日发(作者：)

动力电池主要的模组连接的方法汇总详细资料概述

Electric vehicle batteries typically consist of multiple modules

connected together to form a high capacity power source. These

modules are the building blocks of the battery pack and play a

critical role in the performance and efficiency of the electric vehicle.

There are several different methods used to connect these modules,

each with its own unique advantages and disadvantages.

电动汽车的电池通常由多个模块连接在一起，形成一个高容量的动力源。这

些模块是电池包的基本单元，对电动汽车的性能和效率起着至关重要的作用。

连接这些模块的方法有几种不同的，每种方法都有其独特的优点和缺点。

One common method of connecting battery modules in electric

vehicles is through a series connection. In a series connection, the

positive terminal of one module is connected to the negative

terminal of the next module, effectively increasing the overall voltage

of the battery pack. This method is often used to increase the

voltage output of the battery pack, allowing for higher performance

and efficiency in the electric vehicle.

连接电动汽车电池模块的一种常见方法是串联连接。在串联连接中，一个模

块的正极连接到下一个模块的负极，有效地增加了电池包的总电压。这种方

法通常用于增加电池包的电压输出，从而使电动汽车具有更高的性能和效率。

Another popular method of connecting battery modules is through a

parallel connection. In a parallel connection, the positive terminals of

all the modules are connected together, as are the negative

terminals. This method allows for increased capacity and current

output, which can improve the power output and acceleration of the

electric vehicle. Parallel connections are often used in conjunction

with series connections to achieve the desired balance of voltage

and capacity.

连接电池模块的另一种常用方法是并联连接。在并联连接中，所有模块的正

极连接在一起，负极也是如此。这种方法可以增加容量和电流输出，从而提

高电动汽车的动力输出和加速性能。并联连接通常与串联连接一起使用，以

达到所需的电压和容量平衡。

In addition to series and parallel connections, some electric vehicle

battery systems also utilize a combination of both series-parallel

connections. This hybrid connection method allows for a balance of

voltage, capacity, and current output, optimizing the overall

performance of the battery pack. By strategically combining series

and parallel connections, electric vehicle manufacturers can

customize the battery pack to meet the specific power and efficiency

requirements of the vehicle.

除了串联和并联连接，一些电动汽车电池系统还利用串并联连接的组合。这

种混合连接方法可以在电压、容量和电流输出之间达到平衡，优化电池包的

整体性能。通过策略性地结合串联和并联连接，电动汽车制造商可以定制电

池包，以满足车辆的具体动力和效率要求。