MITSUBISHI ELECTRIC Changes for the Better
Automotive

State-of-the-art solutions for the automotive industry

24.02.20253 min read

Entrepreneurs in the automotive industry invest in research and development to meet a rapidly changing market, consumer expectations and regulations. The automotive industry itself is one of the most robotised sectors of the economy, drawing strength for growth from, among other things, the latest technologies.

The “Automotive Industry Report” shows that the European automotive industry is leading the way in terms of investment in research and development, with European Automobile Manufacturers' Association (ACEA) members investing €59.1 billion in 2021. This translated into results: 13 million vehicles were produced in 2022 – one million more than the year before. Of this group, 12.1% were electric cars. It is worth noting that 135 battery-equipped models were already available in Europe by mid-2023.

The experts who compiled the “Automotive Industry Report” reveal that some car manufacturers declare their readiness to switch to the production of zero-emission cars as early as 2028. This prediction is also confirmed by the “Global Automotive Executive Survey”. According to estimates, as many as 160 new electric car models may appear on the world market in the next four years, and by 2030 their share of total new vehicle sales in Europe will reach 24%.

Car manufacturers are expected to intensively implement Industry 4.0 technologies such as machine learning, advanced robotics and 3D printing. Investment will also focus on advanced computing technologies that will reduce the weight of vehicles and improve their efficiency and range. The car manufacturing process will also be supported by automation and robotics solutions from Mitsubishi Electric.

Automated production in the automotive industry

Automotive production is a complex process, involving a huge number of parts and a variety of stages. This process must be flexible and adapt to changing conditions.

Optimisation of many tasks is made possible by advanced automation and industrial robotics solutions. For example, the use of servo drives in the stamping process makes it possible to improve energy efficiency by reducing power losses and reducing downtime through functions that support predictive maintenance. The use of MELSOFT MaiLab and the MELIPC industrial computer in injection moulding, meanwhile, enables improved product quality. This is thanks to real-time control of moulding pressure or detection of moulding defects, such as position deviation or adhesion of plastic or resin to the mould.

When welding, frequency inverters, operator panels or MELSEC iQ-R controllers will be useful. The use of these solutions allows better management of welding quality by constantly monitoring the process, reducing defect rates, improving the operational index, or collecting and analysing data for preventive maintenance.

State-of-the-art industrial automation and robotics solutions support the optimisation of car production at almost every stage – from the production of motors for electric vehicles and powertrains, through welding, stamping, painting and vehicle assembly.

Quelle: Getty Images


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