It mainly solves the development problems of single components of electric drive system: battery pack, traction motor, power electronic devices, etc., as well as the integration between subsystems and electromagnetic interference, the design and research of complex electric drive system, in addition to the performance analysis and optimization of new energy vehicle NVH characteristics, lightweight, safety and so on.
We provide you with industry solutions to improve product development cycles
Thermal management of battery pack: Design a heat dissipation system based on temperature field distribution; Mechanical performance analysis of batteries: impact of collision, crushing, and needle punching on batteries; Analysis of battery electrical performance: overcharging/overdischarging, high current, charging/discharging, and the impact of external short circuits on the battery; Noise, vibration, and acoustic roughness analysis: flow noise, structural vibration; Durability analysis of structures.
Electromagnetic design optimization: Calculate torque curve and optimize electromagnetic parameters; Thermal analysis: Design a cooling system to prevent heat loss; Vibration analysis: reduce motor noise; System integration: Optimize electric motors and controllers; Structural durability analysis.
Perform electromagnetic compatibility analysis before prototype manufacturing; Reduce electromagnetic compatibility testing; Components such as motors, busbars, controllers, etc; Electromagnetic compatibility analysis.
Control logic optimization: Optimize electrical transmission power integration components and systems under different driving conditions; Thermal management: electromagnetic loss heat dissipation method and path design; Thermal stress analysis: optimizing mechanical deformation problems caused by thermal stress and electromagnetic force.
Based on the requirements of lightweight simulation, by accurately mapping the various characteristics of materials to the structural analysis CAE model, the accuracy of calculating structural CAE can be improved, and the reliability of verification can be enhanced; Reduce product weight and save material costs; Reduce product thickness and accelerate production efficiency.
In addition to solving problems with components such as battery packs, motors, and power electronics, system integration is also a crucial part of a complete and reliable electrical transmission system. Due to the collaborative work and close coupling of subsystems and components, their development cannot be completely independent, and changes in the performance of each subsystem must be matched with all other subsystems.
Our years of project experience provide strong support for your product development
The thermal simulation analysis of power battery packs mainly involves the design and verification o
Since 2007, We has provided professional CAE simulation analysis and consulting services to more than 1400 customers around the world.
info@feapower.com