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Quietness and Thermal Management for EV Mobility
As the shift to EVs continues, there is a growing demand for countermeasures against noise generated around the drive unit, which until now has been hidden by the engine noise.
Heat generation factors are also increasing due to the miniaturization and higher performance of batteries, and heat management is also becoming more important.
This is due to the fact that the vehicle, which used to be a mass of mechanical systems including the internal combustion engine, has become software and connected, and technological innovation has greatly progressed.
As the environment surrounding EVs is changing rapidly, large companies are trying to catch up by investing huge budgets in R&D and factory redesign, while small and medium-sized companies and start-ups with limited budgets and other resources need to completely digitalize the design and development process and obtain mobility that cannot be achieved in large factories. They need to have the agility that large factories cannot provide.
For quietness, there is a comparison of drive noise for each transmission mechanism using friction belts, toothed belts, etc., and measures to improve quietness.
For thermal management, heat dissipation and insulation technologies that utilize different elemental technologies from conventional ones are required.
It is important to select a design and development platform suitable for your company’s business needs to increase design capability and operational efficiency without incurring significant costs.