Abstract
Crucial factors with respect to modern autonomous vehicles include reliability and design. Researchers and engineers strive to increase the number of vehicles over the latest possibilities both in industrial and in military applications. A number of modern batteries are available on the market for the electric autonomous vehicles. The authors suggest the use of test chambers to investigate optimal battery use and performance in vehicles. The results of the theoretical research suggest that the use of test chambers during battery management system development is necessary.
Highlights
Nature created cutting-edge, complex and efficient systems in billions of years
The authors suggest the use of test chambers to investigate optimal battery use and performance in vehicles
The results of the theoretical research suggest that the use of test chambers during battery management system development is necessary
Summary
Nature created cutting-edge, complex and efficient systems in billions of years. Modern and intelligent life is among the results. Mankind strives to either replicate or learn from nature to develop technological systems that are vital to improve social welfare. Due to the safety risk, the test chambers are a necessary part of the modern test engineering life. The battery safety testing processes provide the right safety and reliability of the batteries, which are used in dynamically growing areas such as transportation, renewable energy, grid storage, grid balancing, backup applications and uninterruptible power supplies (UPS). The safety, reliability and, the quality of your battery provide multiple benefits for manufacturers in the business. This article summarises the most popular batteries in the drive chains applied in both military and non-military vehicles and robots. It introduces possible applications of test chambers in safety and security sciences
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