EVfriendly Information for Consumers
Frequently Asked Questions:
How Are EVs Different From Internal Combustion Engine Vehicles?
Electric vehicles and conventional gas-powered vehicles may look a lot alike, but they have some pretty big differences inside.
An EV Can't Go as Far as a Gas-powered Vehicle, Right?
Electric vehicles are safe, affordable, reliable, and good for the planet. All sorts of good things. Still, there’s one common looming concern: Range.
EVfriendly Inspection Guidebook
A pre-purchase inspection of any used vehicle is critical for determining the quality of the vehicle and whether any repairs will be necessary for the vehicle to remain in good service. Performing an inspection on an electric vehicle is very similar to inspecting an internal combustion engine vehicle, with a few additional steps.
The EVfriendly inspection guidebook was designed for dealers conducting pre-sale inspections for their inventory or for consumers who are considering the purchase a used EV and are looking for some assurances that the vehicle is a good investment.
EVfriendly Inspection Checklist
The EVfriendly vehicle inspection checklist is a comprehensive worksheet to be used while performing a vehicle inspection.
EVfriendly Inspection Demonstration
How EVs Work
What is the difference between an EV, a BEV, a BEVx, an HEV, and a PHEV? Understanding how these configurations work may help you choose the one that’s right for you.
EVs vs. ICEs
The pros and cons of electric vehicles vs. internal combustion engine vehicles. Is there a clear advantage for one over the other? That depends on what’s important to you.
Safety & Maintenance
While EVs have fewer components that require regular maintenance, they are not maintenance-free. And in many respects, EVs are safer to drive than gas-powered vehicles.
More Frequently Asked Questions:
Our research helped us identify what’s on the minds of consumers with respect to transitioning to electric vehicles.
Here, we answer some of the most common questions and misconceptions:
With proper care and maintenance, an EV’s HV battery can outlast the vehicle itself. Most automakers provide an 8- to 10-year, or 160,000 kilometre warranty on HV batteries. All batteries lose capacity and performance over time. Battery degradation is a natural process that permanently reduces the amount of energy a battery can store, or the amount of power it can deliver. Common factors affecting battery health include age, temperature, state of charge during operation, and more.
The infrastructure of battery charging stations is growing at a pace equal to, or better than, the number of EVs on the road. There are even charging stations located in rest stops along B.C. highways. Many commercial establishments have installed EV charging stations for customers. There should be no concern about depleting your battery “in the middle of nowhere.”
Look for an EVfriendly service provider. This guarantees that the business has invested in the necessary training and equipment and is certified as qualified to offer EV service.
Arguably, EVs are even safer to drive than conventional, gas-powered vehicles. There are many additional safeguards built into them to ensure driver and passenger safety.
EVs have fewer mechanical parts, so they do not require oil changes or tune-ups. The brakes generally last many times longer than those on ICE vehicles, but there are still some items that require periodic maintenance. Most EV owners report much lower maintenance costs, which offsets the initial purchase price, if it is higher than a conventional model.
EVs can use a number of renewable energy sources to charge the HV battery. As more and more EVs are sold and demand increases, manufacturers are developing new, “greener” ways to manufacture batteries. New industries are emerging to recycle batteries. Besides, the supply of fossil fuels is finite, and carries its own environmental issues.
HV batteries can have a second life, even if they have reached the end of their usable lifespan to power an EV. Some HV batteries can be refurbished and reinstalled in an EV. They can also be repurposed as energy storage units for other applications, or they can be sent to a recycling facility where individual elements can be separated and reused in the production of new batteries or other products.