How Does Tesla Motors Have A Positive Impact On Environment

Tesla Motor has possess many positive impact on environment. Tesla Motor can be classified as Battery Electric Vehicles (BEV) which is a pure electric car. It only works using an electric battery and engine (Lampton, 2008). Tesla is using lithium-ion battery which sourced from Panasonic for it Model S. (Fehrenbacher, 2015). Tesla's battery packs contain a large number of lithium-particle battery cells that release vitality to control the motor (Fehrenbacher, 2016). Lithium-ion batteries has replaced the lead-acid counterpart and its popularity can be defensible by the fact that best-selling electric vehicle (EV), Tesla Model S which using these battery (Preve et al. 2016). Lithium-ion batteries have turned into the most mainstream and it have

Electric vehicles which utilize electricity made from sustainable sources will create up to six times less carbon emission over their lifetimes than a petroleum vehicle (Department of Energy, n.d). EVs produce less emissions that leads to climate change and pollution compared to conventional vehicles. Additionally, most EVs produce zero direct emissions, which specifically helps in enhances air quality in urban areas and it normally produce less life cycle emissions than conventional vehicles because most emissions are lower for electricity generation than burning gasoline or diesel (Department of Energy, n.d). The power plants also produce energy in bulk, thus reducing the per unit emission. With renewable sources integrated properly, which the EVs can support strongly, the emission from both power generation and transportation sector can be reduced (Kütt et al. 2013). BEV able to reduce global warming emission compared to conventional car. (Union of Concerned Scientists, 2012). EVs can reduce sound pollution in urban areas greatly because it produce less noise. The recycling of the batteries raises serious concerns though, as there are few organizations capable of recycling the lithium-ion batteries fully. However, like the previous nickel-metal and lead-acid ones, lithium-ion cells are not made of caustic chemicals, and their reuse can reduce ‘peak lithium’ demand (Shareef et al.