The Role of Software in Shaping the Future of Cars
Introduction
In today’s automotive industry, software is playing a crucial role in shaping the character of cars. It not only influences the design and assembly process but also impacts the way cars operate. While some may argue that software-driven advancements like ADAS and autonomous driving take away the joy of driving, there are areas where advanced software can actually enhance the ownership experience.
Software Algorithms and Electric Car Range
One such area is the use of software algorithms to maximize the range of electric cars. Volvo has partnered with Breathe Battery Technologies to introduce Breathe Charge, a technology that revolutionizes the charging process. By taking a different approach to feeding power to the battery, Breathe Charge can significantly reduce charging time. Volvo expects this technology to reduce the time taken to rapid charge its new-generation EVs by up to nearly a third. Tests have shown improvements in charging time ranging from 15% to 30%. This advancement is a significant improvement compared to traditional charging techniques.
Adaptive Approach to Battery Charging
Unlike traditional charging methods, Breathe’s software takes an adaptive approach to control the battery in real-time. This approach ensures that the battery’s health is monitored and protected throughout the charging process. The software algorithms consider battery health in real time, preventing the risk of lithium plating on the battery’s negative electrodes. Lithium plating occurs when lithium ions form a metal plating on the surface of the anodes, reducing battery capacity and accelerating the battery aging process. This phenomenon can also lead to the formation of dendrites, which can cause irreversible damage to the battery.
The Importance of Intelligent Software in Charging
By applying intelligent software to the charging process, batteries can be charged as quickly as possible without compromising their health. This eliminates the need for guesswork and ensures safe and efficient charging. In high-voltage lithium-ion batteries, software has always been crucial through integral battery management systems. However, as research progresses, the use of software is expected to become even more important in battery development, possibly rivaling the significance of battery chemistry evolution.
Conclusion
The influence of software in the automotive industry is undeniable. While some may argue that it takes away from the joy of driving, advancements like Breathe Charge demonstrate how software can improve the ownership experience. By maximizing electric car range and implementing intelligent charging algorithms, software is paving the way for a more efficient and sustainable future. As battery technology continues to evolve, the role of software in battery development will likely become increasingly vital. With the right balance between software-driven innovations and the thrill of driving, the future of cars looks promising.
