How Can Advances in Automotive Motors Change the Dynamics of Automobile Manufacturing Businesses?

Highlights:

• Introduction
• Micro motors reshaping the automotive industry
• DC gear motors and its increasing prominence
• Promising collaborations and partnerships among leading players

Automotive motors are the heart of an automobile. These are the machines that power a vehicle by converting one form of energy into mechanical energy. Usually, these powerful motors can be powered by gasoline, natural gas, or other fossil fuels. However, with the growing shift toward greener mobility, several manufacturers are focusing on developing a wide range of propulsion systems that can be powered by sustainable sources of energy such as batteries and hydrogen-powered fuel cells. Moreover, with the rising emphasis on reducing carbon footprint in the automobile sector, many manufacturers are designing lightweight and compact motors to increase the efficiency of the vehicles, reducing fuel consumption and minimizing greenhouse gas emissions. In this article, we will discuss how the development of micromotors can revolutionize the automotive sector with enhanced performance.

How can micro motors reshape your business capabilities?

With the growing demand for electric vehicles to combat environmental issues and the rising demand for comfort and convenience among consumers, manufacturers are designing micro motors to meet all these emerging needs. These motors are mainly designed to perform a wide range of applications in modern vehicles smoothly, such as electric window adjustment, screen rotation, electric parking, electric side door opening, and many more. Micro motors are designed using advanced automobile electronics to offer comfortable driving such as electric power steering and brake auxiliary motor. In recent years, micro motors have become a standard configuration of new-age energy motors, promoting convenience and comfort.

Micro motors are flat, disc-shaped, lightweight, and can be easily adapted to specific automotive environments. To reduce the overall size of the motor, these motors are designed with high-performance NdFeB permanent magnet materials. These motors can also be used for cooling and ventilation of engine water tanks and air conditioner condensers. Recently, Japan has developed an ultra-thin centrifugal fan motor possessing a thickness of only 20mm for ventilation and cooling purposes.

Moreover, the permanent magnet DC motors can also be used to drive automation, reduce failure rates, and eliminate radio interference. In addition, micro motors can help increase the efficiency of automobiles by reducing the load on the motor bearings by 95%. Using NdFeB materials can help reduce the volume of automotive motors by 36% and increase their motor torque by 25%. In this way, these motors can bring significant advantages in designing cutting-edge automobiles.

How do DC gear motors address the growing demand for comfort and safety in automobiles?

Over the past few years, DC gear motors have played a significant role in changing the dynamics of the automotive sector. Previously, these motors were found in luxury cars, featuring fingertip and wing mirror controls, and electronic climate control with vent movement. However, now, manufacturers have started incorporating these motors in moderately priced vehicles. These motors are reliable and durable and are designed to offer high-quality automotive applications. They can function smoothly even at high speed. DC gear motors are mainly encapsulated in plastic or metal housings to protect from dust and moisture. The motors can also offer users quality-controlled, affordable, and competitive solutions. They allow automotive engineers to develop automobiles with more user-friendly and customized features such as allowing users to select personalized seating setups. These days, manufacturers have extended the use of top-quality DC gear motors such as planetary and spur gear motors to promote the driving experience and safety by enabling drivers to adjust wing mirrors according to their convenience without letting them stretch across the dashboard.

How are leading companies shaping businesses in this sector through promising alliances?

The automotive motors industry is witnessing significant growth and is projected to rise at a CAGR of 5.08% from 2023 to 2032. Many leading players in the domain have made profitable alliances, mergers, collaborations, and partnerships to stay ahead in the competitive landscape. For instance, Continental AG, a German multinational automotive parts manufacturing company announced its partnership with DeepDrive, an open simulation platform. With this partnership, the companies aimed to develop efficient electric motors that could control various components in electric vehicles including braking systems. These motors are designed to reduce installation space and optimize the vehicle’s performance.

Another example is the collaboration of Marelli with TAE Technologies, a leading provider of clean energy solutions. With this collaboration, the companies aim to develop an efficient electric motor of 800V to offer next-generation power conversion, battery optimization, and thermal management in upcoming electric vehicles.

 To conclude, the increasing demand for safety and security features in modern vehicles will pave the way for the development of efficient automotive motors in the coming years. Moreover, the stringent government regulations for designing lightweight vehicles with enhanced features can create immense opportunities for the automotive motors sector in the coming era.

To gain a better understanding of the competition, market landscape, and customer demands of the automotive motors industry, feel free to talk to our experts today! They can also help you identify potential investment opportunities across various countries.

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