Electric vehicles (EVs) are revolutionizing the automotive industry and helping to decarbonize passenger transportation. McKinsey research suggests that mainstream EV adoption could increase sixfold between 2021-2030.
No matter your driving needs – clean air driving, reduced maintenance costs or modern tech – an EV can fit right in with your lifestyle. Read on to gain more insight into EVs and learn what you should know before making your switch.
Cost
Shopping for an electric vehicle (EV), you’ll discover models in every vehicle segment from compact hatchbacks and sports cars to full-size pickup trucks. In general, buying or leasing an EV can be cheaper than its gasoline-powered equivalent thanks to a federal tax credit as well as state, local, and utility purchasing incentives.
Electric rates differ by region, but on average an EV costs half as much to fuel as it does a gas-powered car – not including savings from reduced maintenance and energy costs that make an EV even more economical.
As part of your evaluation of an electric vehicle (EV), it’s essential to carefully consider all upfront and ongoing costs. By accounting for factors like your preferred EV model, regional electricity costs, driving habits and charging locations – you can estimate its total ownership cost against its gasoline-powered equivalent and determine whether an EV suits you or not – you can determine whether an EV is truly suitable. Electric mobility is becoming the future.
Energy Efficiency
An electric vehicle (EV) consumes far less energy than comparable vehicles powered by gasoline due to its more energy efficient electric motor and regenerative braking. While electricity must come from somewhere, its source tends to be cleaner if we move away from coal-powered generation plants.
Though EV batteries diminish over time, many manufacturers guarantee them for eight years or 100,000 miles. Regenerative braking allows drivers to “refuel” their EVs free by pushing kinetic energy back into the battery – this makes EVs low maintenance vehicles.
While electric vehicle range can drop significantly in cold weather, there are ways to extend its capabilities by preconditioning, driving economy mode and turning down the heat. Plus, fast-charging “level 3” stations offer full recharges within 30 minutes – perfect for road trips! As more EV sales increase so do new charging stations springing up around them.
Environmental Impact
Transportation accounts for 24% of energy-related greenhouse gas emissions1, and experienced the fastest annual growth rate among end-use industries2. One primary motivation for electric vehicle (EV) proliferation is climate change mitigation; they do this by eliminating direct tailpipe emissions. Unfortunately, when produced they can also pose significant environmental harm since EV batteries require large quantities of raw materials including nickel, cobalt and lithium for their batteries; the mining of these minerals often results in unethical mining practices or pollution hotspots.
Also, electricity used to charge EVs may not always come from renewable sources, potentially increasing respiratory effects in some countries. Overall though, electric vehicles (EVs) have less of an environmental impact than gasoline cars and help to reduce noise pollution in urban areas. Still, further research and implementation of sustainable policies must be carried out; such as providing incentives that encourage battery production within domestic companies for use with electric cars so as to promote an eco-friendly transport industry while retaining job opportunities.
Range
How far an electric vehicle (EV) can travel on one charge is an essential consideration when making your purchasing decision. An EV with greater range can make road trips more relaxing, giving peace of mind that there will not be an unexpected drop in power supply.
The Environmental Protection Agency (EPA) conducts testing of electric vehicles in order to estimate their driving range and display these results on window stickers and online. While estimates can be helpful, it’s also important to factor in personal driving habits as well as accessibility of public charging stations on routes taken.
Rapid acceleration and aggressive driving will shorten your battery’s range, as will maintaining appropriate tire pressure (not too low or too high), since tires with lower rolling resistance consume less energy than those with greater friction. Driving in Eco mode and increasing regenerative braking are other strategies for optimizing battery performance; on average an electric vehicle (EV) is capable of covering approximately 300 miles on one charge while some can even reach 400+.