MAHLE Powertrain, an engineering consultancy specializing in power trains, has a history of delivering high-performance combustion engines. Over the years, the company has shifted its focus towards electrification in response to the changing automotive landscape. Reader, the Director of Engineering Services at MAHLE Powertrain, discusses the challenges of transitioning from combustion to electric powertrains, highlighting the importance of adapting to new technologies to stay competitive.
The company has been at the forefront of developing efficient combustion engines and hybrid technologies. Reader points out that while electric vehicles (EVs) are gaining popularity, there is still a demand for efficient gasoline engines in certain markets. MAHLE’s approach is technology-agnostic, aiming to meet targets for reducing CO2 emissions through a variety of innovative solutions. The company is also exploring renewable fuels and efficient vehicle systems to address the diverse needs of global markets.
MAHLE’s testing facilities in Northampton are equipped to assess electric and combustion systems for different powertrains under extreme environmental conditions. The company focuses on optimizing cooling systems for batteries, drawing on its expertise in internal combustion engines. Reader emphasizes the importance of quickly reaching optimum operating temperatures for batteries, similar to internal combustion engines, to maximize efficiency and performance.
While MAHLE is actively involved in developing advanced internal combustion engines for hybrid drivetrains, the company recognizes the need to adapt to the growing EV market. Reader acknowledges the challenges faced by automakers in balancing existing ICE demand with the shift towards electric vehicles. He emphasizes the importance of building separate platforms for ICE and EV cars to effectively manage the transition phase.
In addition to ICE and BEV technologies, MAHLE is also exploring the potential of hydrogen as a fuel source for heavy-duty trucks. However, Reader believes that electrification is the most viable solution for passenger cars in the fight against global warming. He stresses the need for the automotive industry to embrace new technologies and practices to meet emissions targets and address the environmental challenges posed by fossil fuels.
Overall, MAHLE Powertrain’s journey towards electrification reflects the broader shift in the automotive industry towards sustainable and efficient solutions. By leveraging its expertise in combustion engines and cooling systems, the company is poised to play a key role in the transition from fossil fuel to electric powertrains. Despite the challenges and uncertainties ahead, MAHLE remains committed to developing innovative technologies to meet the evolving needs of the market.
