Electric vehicles are powered by a battery, which can be charged and discharged to provide energy. Electric vehicle topology is the way batteries are arranged within a car. Electric vehicles with single-battery modules are called series-parallel topologies. This topology is found in many electric vehicles, such as the Tesla Model S and BMW i3. In this electric vehicle topology, the battery on one side of the car powers a motor, while the battery on the other side of the car powers the other motor. Electric vehicles with two-battery modules are called series-parallel-series topologies. This configuration is found in many electric cars, including the Tesla Model S P100d and BMW i3s. In this topology, one battery charges and powers the first motor, while the second battery charges and powers the second motor. in a series-
The electric vehicle topology includes three different options:
- A single battery pack on the floor of the car
- Two or more parallel batteries in series on one side of the car
- Two or more parallel batteries in parallel on both sides of the car
Why Was the Electric Vehicle Topology Needed?
Let us tell you that the need for topology in an electric vehicle arose because the electric vehicle needs more batteries to run for a longer time. This type of new technology has been invented to charge more batteries. This has dramatically benefited electric cars. This technology has changed the way vehicle is charged. Thus the need for an electric vehicle topology arose.
Electric Vehicle Battery Pack Technology
Today we will discuss Electric Vehicle Battery Pack Technology. The battery pack is an essential part of an electric vehicle. This is what drives the vehicle, and it supplies power to the motor. The vehicle cannot move with its help.
A battery pack comprises several cells composed of the battery cell chemistry. The battery pack design includes how many cells are used in each group and the methods used for each cell type. Before making the battery pack, the complete procedure is done as to how the battery pack will be made.
The technology behind batteries has undergone significant changes over the years, as has their use in various industries and applications. These changes made it possible to reduce costs, increase efficiency and improve performance. The battery technology in use at present has been entirely advanced. The battery pack used in most electric vehicles is completely advanced in itself. New features have been added to all these, due to which it gives a good performance.
