Having a for ev er isn’t always a good thing, but there are times when it can be. There are many different things to consider when having a for ev er. For example, is the car safe? Does it come with insurance? What are the best ways to look for a for ev er? If you are wondering these questions, you should know that you aren’t alone.
ER-EV
ER-EV stands for Extended Range Electric Vehicle, and it is a cross between a plug-in hybrid and a battery electric vehicle. PHEV, on the other hand, is a hybrid that runs on electrical power generated by the internal combustion engine.
An ER-EV, on the other hand, is essentially a BEV with a small internal combustion engine as a backup generator. The vehicle’s most impressive feat is that it is able to charge itself from empty to full.
The scalability of a PHEV and ER-EV back-up engine makes it appealing to consumers concerned about the limitations of a fully electric car. It also removes one of the most common fears associated with driving an EV, i.e., worrying about charging it while traveling.
As with any technology, there are pitfalls to avoid. First, beware of cheap ER-EVs. This is not to say that they don’t exist. In fact, there are several well known and expensive ER-EVs on the market.
FCEV
Unlike battery-powered electric vehicles (BEVs) that use a secondary storage battery, Fuel Cell Electric Vehicles (FCEVs) are powered by pure hydrogen gas and convert it to electricity. FCEVs can travel more than 350 miles on a single tank of hydrogen.
FCEVs are clean and environmentally friendly. They produce no harmful tailpipe emissions, and produce only water vapor and a little bit of heat. They also require less maintenance and fluid changes than BEVs, as well as reduce noise pollution.
Fuel cell electric vehicles are becoming increasingly popular in the U.S., as car makers are committed to building cleaner vehicles. Many of the major automobile manufacturers are offering production FCEVs in certain markets.
FCEVs have the potential to have a huge impact on sustainability. Using hydrogen produced from renewable sources, the energy can be virtually emission-free. However, wider use of hydrogen depends on the availability of green hydrogen. In addition, a wide range of technologies is required to increase the lifespan and performance of a fuel cell.
Electreon
Electreon is working to build a network of Electric Road Systems, which will wirelessly charge EVs as they drive. The company hopes this technology will eliminate range anxiety and allow vehicles to be charged from anywhere, even while they are moving.
Electreon’s proprietary copper coils are embedded in the pavement of the road, and wirelessly transmit energy from the electric grid to a receiver underneath the EV. When the vehicle stops, the receiver absorbs the energy from the coils and automatically charges the battery. The receivers can be installed under any EV.
The system has already been tested in Italy and Sweden. It can be deployed on public roads, taxi lanes, and motorways. It is also scalable, allowing for several cars to be charged at the same time without putting stress on the electricity grid.
The technology was developed by researchers at the University of Waterloo in Ontario, Canada, and is based on magnetic resonance induction, which was discovered by Nikola Tesla. It uses DC electricity to make thinner cables, which can be installed under the asphalt of the road.
EV1
EV1 for EVer was a unique two-seater coupe produced by General Motors. It was an industry first. It was a hybrid between a gasoline-powered car and a fuel cell electric car. The car had an aerodynamic shape that made it practical.
The EV1 had a range of 100 miles from a full charge. It had a top speed of 80 miles per hour. The batteries were lead-acid, similar to 12-volt starter batteries in most gas-powered vehicles. The car could be refueled with a 120-volt AC convenience charger. The convenience charger was a receptacle that looked like a gasoline pump. It cost $2500 to install.
The EV1 was designed to meet the California Air Resources Board’s (CARB) requirements for emission-free vehicles by 1998. The car’s electronics were cutting-edge in 1996. The EV1 was launched with an $8 million promotional campaign. There were billboards, a web site, and prime-time television advertising.
The EV1 was leased to hundreds of drivers. GM offered a limited leasing program to residents of Southern California and Arizona. These drivers agreed to pay for maintenance and repairs. They also participated in a market study.
