had been an issue of discussion across the globe because many countries are interested due to the enormous benefits it can offer. For that reason, engineers have no other option than to further and see how far such can perform such that it can comfortably replace so they can minimize the emission of carbon monoxide into the ozone layer which is the major cause of the current global warming.
Electric car’s research had yielded positive results in the past few years. For instance; the ELICA, which stands for “Electric Lithium-ion ” had its concept shown in 2004 as the prototype was designed by a team at Keio University in Tokyo led by Professor Hiroshi Shimizu. The runs on supply with the ability to make an acceleration from 0-100km/h within four seconds. But comparing such speed with that of the recent popular gasoline which stand at 400km/h, it means the still has a long way to go for a competition with gasoline .
However, the team went further to achieve a new record by developing another lithium-ion battery-powered that can attain the speed of 370km/h, though very close but did not reach 400km/h. The weighs 2,400kg having four seat which includes the driver, 8 wheels rims which help it to make better traction with ground and each wheel has 60 kW electric motor that powers it which the 8 wheels rims in total give a 480 kW power output and such power output can produce a mechanical capable of tackling any rough surface obstacles on the roads.
The ELICA gear control is not mechanical but controlled electronically, which means a button click can change the gear. There are many ELICA cars in development as many automobile manufacturers have bought into the idea of developing electric cars, hence; most of the newly built electric cars have exceeded the speed of 400km/h which is a great blow to the gasoline cars. The images below are samples of latest Electric in the market.
Despite the new discoveries and achievements made in the electric car, some of them can still not be used in some typical countries where the electric power supply is low, unavailable, or unstable and their roads hardly moveable for . Our research has shown that some of the built within 2000- 2007 has lower charging duration as well as lower discharging duration while the modern have higher as some claimed that when the is fully charged the vehicle could cover several miles while the charging time of these modern types was made to be shorter, which means within 4-6hours the would be fully charged under stable electric power supply.
It is on record that some developed Asian countries, Europe, and the U.S, etc. have started mounting charging stations just like a normal fuel station for gasoline , if such initiative becomes global then it will be a time to say Farwell to gasoline .
Originally posted 2018-05-22 17:28:04.
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