Research of Electric Car Batteries Satisfaction Rate

Many people buy hybrid cars because they have been told that hybrids are much more eco-friendly than any other vehicles out on the market and they feel proud for supporting the Mother Nature. Surprisingly, it is a fact that a recent report announced that the Toyota Prius has a higher life time energy cost than Hummer H1 SUV (kentlaw.edu). It also states, “There are, however, environmental costs to mining and smelting (in Canada) 1,000 tons a year of zinc for the battery-powered second motor, and the shipping of the zinc 10,000 miles - trailing a cloud of carbon - to Wales for refining and then to China for turning it into the component that goes to a battery factory in Japan” (kentlaw.edu). In other words, the hybrids emit less carbon dioxide and other gases but it releases far more energies and toxic gases into atmosphere at production and disposal stage.

Tesla’s greatest opportunity over industry competitors is its unique product. Unlike other EVs on the market, Tesla leaves others behind with the Model S covering nearly 300 miles per vehicle charge. None of the previously mentioned EVs can travel 100 miles per charge, ranging instead between 68 to 93 miles per charge (Schaal, 2015). This high-range combined with luxury features and lower

I look at some of the vehicles and think of toasters” (Spector). This article discusses the pending issues, and the hurdles Tesla still has to overcome. They recently purchased a new warehouse for battery production, which will address consumers concern about taking long trips without having to stop for long periods of time to charge their vehicles. Tesla also stresses their push to have more charging stations placed throughout the country that will charge vehicles faster, allowing for road trips. According to the Alliance of Automobile Manufacturers, “The 15 fully electric vehicles on sale last year registered 0.4% of overall auto purchases in the U.S.” (Spector). With fully electric vehicles still being so new it is expected to be a small portion of the total vehicles

Furthermore the electric car is more efficient because it uses lithium-ion batteries which are charged with electricity. Lithium-ions for the car

Tesla electric cars first appeared as small, sporty two-seaters. On March 26, 2009, the Tesla Model S was released and marketed as the top-performing all-electric luxury SUV in its class. Considering the Model S’s impressive performance capacities, they make a sound argument. David Ener, writer for Canada’s “The Globe and Mail” newspaper describes his experience of driving the Model S

The real question here is, are electric powered cars actually better for the environment than the traditional gas powered

The first reason why electric cars are better than gas powered car is that the electric car has less emission. Cars powered by electric motors are energy efficient and can help reduce atmospheric pollution. Here`s a question how much cleaner are battery electric cars compared to gasoline powered cars? To find out the union of concerned scientists study the total global worming emission if each vehicle throughout every stage of its life from manufacturing to driving to disposal and there is big difference. Both cars start on the assembly line with similar parts for gasoline car it produces seven metric tons of emission battery electric cars meanwhile are powered by large battery, which requires more energy and materiel’s to produce bringing its emission up to eight metric tons. But what happens when they hit the road gas powered cars produced pollution with every gallon of gas they burn with even more emission coming from extracting refining and

As the fuel engine runs the battery charges. The battery is connecting to the powerful 543kw motor, which can make it run 60 kmp/h for a long day. All hybrid cars running on batteries most of the times. So it is having a huge fuel efficiency when compared to others.

Wong goes on to say that the Roadster doesn’t have a reverse gear either, but instead runs the motor in the opposite direction to reverse. Because of this, the Roadster is “one of the only high-performance vehicles that runs as fast in reverse as it does in drive.” On top of such a unique innovation, the motor is also efficiently used for regenerative braking. Wong mentions that drivers can charge the ESS with just 220 V, using Tesla’s incredibly fast onboard charger. A full recharge takes 3.5 hours. When it comes down to it, completely electric vehicles have been around for a while, but they have never had as much commercial success as energy-efficient vehicles that use fossil fuels. Ethanol, hydrogen, coal, and oil are all not as energy efficient as the lithium-ion run electric vehicles are and can be. The ESS Tesla has created has raised the bar for the efficiency of electric vehicles and knocked down virtually all other sources for vehicle power.

Tesla first designed a powertrain for a sports car built around an AC induction motor, patented in 1888 by Nikola Tesla. After years of correcting the system and making sure that electric vehicles are safe on the road, tesla announced the making of Tesla Roadster that was launched in 2008. Accelerating from 0 to 60 mph in 3.7 seconds and achieving range of 245 miles per charge of its lithium ion battery. Electric motors generate maximum torque at 0 mph; while gasoline powered engines generate torque at higher speeds. This sets forth the evolution for electric vehicles and ought to be the most driven cars in the future.

The first successful electric car made its appearance to the world over one hundred years ago, around 1890 thanks to William Morrison, a chemist who lived in Des Moines, Iowa. His six-passenger vehicle capable of a top speed of 14 miles per hour was little more than an electrified wagon, but it helped spark interest in electric vehicles. (Matulka, 2012) Although their advantages were soon overshadowed by gasoline driven automobiles, they slowly made a return in 2008 thanks to common consumer, Tesla Motors. The electric cars grew and quickly gained popularity due to its energy efficient nature and comparatively lower cost. In addition to the energy efficiency and lower costs, electric vehicles are ecosystem friendly, smoothly driven, quiet, and quick, no tailpipe emissions and last but not least, the electric

Our idea for this research project was to investigate, in-depth, the characteristics behind the design, performance, and maintenance of the Tesla Motors automobile battery. In opposition to the Tesla Powerwall battery, and the SpaceX Hyperloop concept, also presented by Elon Musk, the Chief Executive Officer (CEO) of both Tesla Motors and SpaceX, as well as chairman of Solar City, our analysis of the Tesla Motors automobile battery is completely limited to the scope of the automobile – in particular, the Tesla Roadster, and Tesla Model S. Although Tesla Motors just recently came out with the Model X sport-utility-vehicle (SUV), and has a more economical Model 3 concept in the works, to be delivered two-three years from present day, most of the publicly available data was in relation to the Roadster and Model S vehicles, hence our limitation to this scope.

Cars are used by many people all over the world to get them from place to place. Most of these cars are powered by gasoline, some are powered by diesel, and some newly cars are powered electrically. Many people believe that electric cars can be the future of the car industry, but will most other car companies hurt from this? Electric cars use an electric motor to power the car instead of an engine, the owner of an electric car recharges the battery inside the car to power the motor. According to Tesla Motors, an electric car company, “Tesla possesses a high powered wall connector, which completely recharges the car in under 4 hours, and at max power, the high powered wall connector charges at a speed of 56 miles range per hour”(Tesla Motors “Tesla Vehicles Provide Attractive Environmental Benefits” 6). While electric cars do not have as much range as gas-powered cars, no emissions are made from the electric battery, which in result ends up benefiting to the environment.

Electric cars are automobiles that are powered by electric motors, which utilise electrical energy stored in batteries (Lave et al., 1995). Electric cars were introduced in the 1880s and were first popular in the late 1800’s and early 1900s (Mitchell et al., 2010). Unlike traditional cars which rely on internal combustion engines and gasoline, electric cars use motors powered by electricity and this process gives them torque, allowing them to accelerate (Lave et al., 1995). Recent advances in battery and electrical manufacturing and concerns over increasing oil prices and greenhouse gas emissions have led to the development and growing popularity of electric cars (Sandalow, 2009; Sperling & Gordon, 2009). Some governments around the world are now offering their citizens incentives in order to encourage the purchase of electric cars instead of traditional automobiles (Shinnar, 2003). These incentives are typically found in form of tax credits and subsidies (Shinnar, 2003).

Electric vehicles are praised for their ability to travel a considerable amount of distance using only electricity without having to constantly stop at gas station to refuel and in turn decreasing their carbon footprint;however, because they are running on all electricity and are not using an internal combustion engine, they are able to achieve fast take off speeds (acceleration) but are unable to acquire fast top speeds because of their lack of gears. In addition to being unable to achieve high top speeds, it takes the electric vehicles a considerable amount of time to fully recharge their battery packs and get them back on the road. The Tesla Model S however is able to go above and beyond the standard electric vehicles in the sense that it can achieve fast acceleration, a very high top speed,