Ev e are powered solely by an electric motor and do not use any gas engine parts. They can charge at home using a standard 120 V outlet, or at public charging stations, which are popping up everywhere, often as part of the public transportation system or local governments’ e-mobility initiatives. Some EVs can also be used to power appliances and other electric equipment in your home, depending on the model and its capabilities.
The electronvolt (eV) is a unit of energy in particle and high-energy physics that is defined as the amount of energy required to convert one mole of a substance to kinetic energy at a velocity of 1 m/s. It is used in many scientific fields to describe atomic and nuclear energy, and the kinetic energy of particles. It is commonly abbreviated keV, MeV, GeV, TeV, PeV and EeV.
EV E: Exploring Electric Vehicle Innovations
As more vehicles go electric, the world’s electricity grids will need to expand and upgrade to meet increased demand. But there are some ways that EV growth can help reduce the demand for coal and other fossil fuels, including through better efficiency, improved battery technology, and reduced emissions.
Currently, EVs are costing less to own over their lifecycle than similar gasoline-powered vehicles. But battery, production and other costs will need to come down significantly for EVs to reach price parity with comparable gasoline models. Choosing an EV with a robust warranty and high reliability scores can help ensure lower repair bills down the road.