Articles Tagged with ''electric vehicles''

The technologies of today make it almost impossible to discuss the transportation industry without also bringing electronics into the conversation. Various sensors and other devices monitor or facilitate the operation of nearly every aspect of a vehicle’s operation, in one way or another.

Transportation electronics in both battery electric vehicles (BEVs) and autonomous vehicles regulate crucial on-board domains such as drive control units, safety systems, proximity sensors, and connectivity controllers. The electronics in these increasingly sophisticated computers are susceptible to corrosion failures from exposure to water and salt during vehicle operation that can result in performance problems, loss of function, and expensive repairs.

Transportation has evolved tremendously over the last century. From horse and buggy to steam power, the internal combustion engine, multi-speed powertrains, and the latest push for hybrids and electrification—the way things move has changed tremendously.

Electric vehicles (EVs) have been rapidly adopted in recent years, and the rate of market growth has shown to be significantly higher than that of the fuel-injected automotive market. Indeed, the global stock of electric cars surpassed five million in 2018.

The desire to reduce vehicle emissions, especially in densely populated areas, is driving the replacement of combustion engine-powered cars with electrical vehicles.

Developers of electric vehicles are on a very steep learning curve. Advancements seem to be emerging almost daily—especially as they relate to the power source, which includes battery pack design, engineering and assembly.