Case Study Of The Tesla Gigafactory

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The Tesla Gigafactory started construction in Summer 2014 in fittingly, Sparks, Nevada. It is currently under construction to manufacture battery cells co-developed by Panasonic and Tesla. Tesla products and other energy products use these cells, called 2170 Cells. Constructed to supply demand of batteries for Tesla, Musk plans for the factory to produce as much as the battery production of the world. It will employ 6,500 directly and create more than 20,000 jobs in the surrounding area. The Gigafactory construction is phased so production can start as soon as the first stage is completed. The phased completion will allow the construction to become faster and improve as sections are completed. Musk plans for the factory to be the largest building in the world. The Gigafactory is thirty percent complete and has 4.9 million square feet of space. It will most likely decrease the price of batteries and Tesla products due to the mass production of batteries. Musk wants sustainable energy to entirely supply the world's future largest building. He hopes to accelerate the change to sustainable energy through the construction of his factory and hopes to prove that all buildings, no matter how big, can be powered by renewable energy for sustainability …show more content…

In addition to funds from NASA and other services, Musk plans to take parts from other SpaceX rockets to make one solution, the BFR; making his other rockets obsolete. The Big Falcon Rocket will use methane for propulsion because it is cheap.The BFR will have capabilities of servicing the ISS and sending satellites into space. Due to its large size, nine meters in diameter, the BFR can send large satellites into space, including telescopes with mirrors that are 1000% larger than the Hubble Telescope. The BFR will also be able to land on the Moon, hopefully sending Astro-tourists to the moon by the end of the year; but more importantly, to

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