Application Of Nikola Tesla s Alternating Current...

A notable application of Nikola Tesla’s Alternating Current induction motor is the Electric Vehicle (EV). EVs are powered by an electric motor rather than a conventional gasoline engine. It is important to make the distinction between an EV and a hybrid, plug-in hybrid, or hydrogen fuel cell car. For our analysis, an EV is a vehicle that is completely driven by an electric motor, which is powered by a large battery, such as the BMW i3 and the Tesla Model S. Although EVs have been available since the 1890s, when EVs outsold gasoline powered cars ten to one [1], they have become more relevant in the past decade as greenhouse gas emissions reach all time highs. In fact, atmospheric CO2 (the primary greenhouse gas emitted from combustion) concentration as of September 2015 was 397.64 ppm [2]. To put this figure into perspective, consider that in the past 400 thousand years (excluding the last century) CO2 concentration did not surpass 300 ppm [3]. The increase in atmospheric CO2 can be correlated to an increase in the average global temperature. According to the Intergovernmental Panel on Climate Change (IPCC) the increase in greenhouse gases collectively over the past two centuries has led to a temperature increase of 0.85ââ€" ¦C [4]. Although some may claim that the effect of the rise of CO2 concentration levels on average temperature is exaggerated, it is generally accepted that increases in atmospheric CO2 lead to higher temperatures. Higher average global temperatures serve asShow MoreRelatedThe Road Use Internal Combustion Engines2430 Words   |  10 Pagesfuel consumption, and creating a porous medium combustion engine to produce a cleaner engine. Current technology and their shortfalls All engines fitted in current petrol and diesel cars are internal combustion engines, and come in three different configurations: straight/inline engines, v engines and flat/boxer engines. They are made up of cylinders, which undergo the four-stroke cycle [2]: How the Current Internal Combustion Engine Works The four-stroke cycle (also known as the Otto cycle, namedRead MoreInvention, Innovation, and Interdependence Essay1667 Words   |  7 PagesInventions such as the motion picture camera and the phonograph were developed here; from their humble technological beginnings, these devices have given rise to the motion picture and musical entertainment industries and are ubiquitous in their modern applications. Edison realized that the key to being a successful inventor is not in making things but in acquiring sufficient financial backing to transform genius into reality on a large scale. In this area, Edison proved himself to be perhaps more adept asRead More Major Discoveries in Electrical Communication in the 1800’s 2476 Words   |  10 PagesØrstead discovered electromagnetism, which was then used by Andrà © Marie Amperà ¨ to show that magnetism is electricity. Following the publication of Ohm’s law, Faraday would publish his findings on induction in the 1830â€℠¢s. That same decade the DC generator, and transformer were invented, and followed in the 1840’s by the invention of AC generator. Communications technologies advanced at an incredible pace. Sà ¶mmering would design the first multi-line telegraph, and Morse would perfect this into a practicalRead MoreSteam Engine4823 Words   |  20 PagesThe Steam Engine The wonderful progress of the present century is, in a very great degree, due to the invention and improvement of the steam engine, and to the ingenious application of its power to kinds of work that formerly taxed the physical energies of the human race.~Robert H. Thurston   Ã‚  Ã‚  The steam engine can easily be considered the single most important invention of the entire industrial revolution.   There is not one part of industry present in todays society that can be examined