For the thermal conductive silicone counterparts, new energy vehicles thermal countermeasure applications are usually only new energy power battery, but ziitek anticipate market demand, research and development of a variety of thermal conductive materials to meet the different needs of new energy customers, a comprehensive new energy power battery, electric drive, electric control to provide one-stop thermal management program! 

New energy vehicles core three electricity that is power battery, electric drive, electric control, which is the core system of new energy vehicles different from traditional cars. Then I will introduce ziitek on the new energy vehicle power battery, electric drive, electric control thermal countermeasures thermal solutions.

I. Power battery.

Power battery is like the heart of a new energy vehicle, the stability of the heart to ensure the normal work of the car. The maturity and comprehensiveness of the battery management system in the power battery should be taken into account to ensure the safety of the power battery. This battery application is ziitek lightweight power battery thermal conductive silicone film。

Second, the electric drive.

Electric drive consists of three parts: drive mechanism, motor, inverter. Motor and inverter on the heat dissipation are applied ziitek thermal conductivity material. The motor consists of three parts: stator, rotor, housing.

The key point of motor technology is in the stator and rotor. The rotor is the main drive motor of the new energy vehicle, which takes on all the functions related to the movement of the new energy vehicle. The motor of the new energy vehicle has forward and reverse rotation, forward rotation means forward driving, reverse rotation means reverse driving. ziitek thermal conductive silicone grease is applied to the motor stator to dissipate heat.

Inverter is the equipment that converts DC power into AC power. If the inverter of an electric car can support higher voltage, the corresponding voltage charging flow is larger and the power is higher, which means the same current for charging, the charging power can be enlarged in equal proportion, that is, the charging time will be shortened.

If the support voltage of the inverter is increased, the heat generated by the inverter during the corresponding charging will become more, then it is necessary to solve the problem of heat dissipation of the IGBT module in the inverter, which is a key issue to improve charging efficiency, this zitek thermally conductive insulating material application motor inverter IGBT module heat dissipation.

Third, the electronic control.

New energy vehicle control system is relatively backward compared to the power battery, nowadays most of them are in the traditional car controller based on some adaptive improvements, electronic control core components such as IGBT chips, etc. still do not have a fully independent production capacity. With the gradual improvement of the domestic motor electric control system industry chain, the localization rate of the motor electric control system is gradually increasing. ziitek thermal insulation materials are also used in the electric control IGBT chip heat dissipation.