Hybrid electric vehicles (HEVs), plug-in hybrid electric vehicles (PHEVs), and battery electric vehicles rely on different battery recharging technologies to power controllers and the vehicle’s traction drive.
An ANSYS white paper describes how simulation techniques can validate the embedded software responsible for perception, localization, motion planning, and motion execution for an autonomous vehicle.
Wide-bandgap SiC and GaN devices, from IGBTs to power modules, will play increasingly important roles—especially in terms of cost—in electric-vehicle design.
This eBook explains the basics of electrical power and some of the key distinctions between DC and AC power measurements. Topics include electrical energy and power, types of electricity and load, single phase and three phase applications, and more.
Advances in ocean monitoring are improving research into the seas, including marine life, sea temperatures, pollution, and weather. An autonomous boat performs this research without fuel or on-board manpower, and regardless of sea conditions that...
Today, autonomous vehicles are being road tested, but their future depends on whether automakers can develop production line tests on mass-produced vehicles to ensure they’re safe.
To meet the issues associated with the automotive electrical environment, such as load/line transients and load dumps, dc regulators must incorporate specialized features and functions.
It should be obvious that the future of transportation will be electric vehicles (EVs). As countries turn away from internal combustion engine vehicles, the most aggressive outlooks see EVs making up one-third of the global car fleet by 2040—with...
