A World Without Fossil Fuels, Greenhouse Emissions And Global Warming

Tesla and Edison did not get along; they had different concepts of how to transmit energy. Edison used direct current, but Howard 2 it was inferior to Tesla’s alternating current. Direct current could not be transmitted very far and needed more power stations, while alternating current could go further, was stronger and able to power electronics more efficiently. They soon were involved in what became known as “The War of the Currents”. They fought to get funding for their inventions and for their energy source to be used nationwide.

In 1884, Nikola Tesla arrived in the United States from Europe with nothing but his clothes, a letter to Thomas Edison, and a genius idea. Tesla approached Edison, and the latter hired him. The two worked to improve Edison’s direct current system of electricity. However, the two later split due to the two’s clashing personalities; Thomas Edison acted more stubborn and potent while

The success done by Thomas Edison lined up the competitor, who were shocked by the great invention of Thomas Edison. The biggest competitor to Thomas Edison Company was George Westinghouse and his company which patented a new technique to deliver electrical power through long distances. George Westinghouse noticed that Edison low voltage DC motors were not able to transmit the electrical power effectively for more than half a mile [1]. The efficiency of DC generators was not effective to transmit the electric power to long distances because of the high impedance and the resistivity of the wires. In 1982, one of the world's true eccentric geniuses, Nicola Tesla, traveled from Austria to solve the problem of the DC generators by using AC motor design. However,

Nikola Tesla was originally from Croatia but then moved to the United States in 1884. He there created the first ever Air Conditioner motor in New York also where he met Thomas Edison his future rival. One day Nikola Tesla was walking somewhere with sand and then his idea popped into his head. He was thinking about a brushless Air Conditioner making the first sketches of its rotating electromagnets in the sand. During 1887 and 1888 Nikola Tesla’s work caught the attention of George Westinghouse, the

Imagine a world with a power-plant every two miles, a massive amount of wiring and overall more expensive power. This was the world that Thomas Edison envisioned for the world when he wanted to introduce Direct Current into the United States, but many knew this was an inferior system in comparison to Alternating Current. Nikola Tesla was the man who made AC power possible in the United States, and efficient power possible. Nikola Tesla indeed changed the world with his influence as an inventor and discoveries in the field of electricity. Tesla indeed changed the world through his inventions and was also an extremely interesting human being.

The basis of modern day electrical systems were all derived over a quarrel involving the light bulb, the electric chair, and a 28-year old Croatian immigrant.This dispute involved three of the biggest and most prominent names in the history of electrical engineering: Thomas Edison, Nikola Tesla, and George Westinghouse, who were all scientists and innovators who lived during the late 1800s. Edison and Tesla would get into a quite large argument over the best and most efficient kind of electrical currents. It would be Edison’s direct currents against Tesla’s alternating ones. This disagreement would go on to shape the course of electricity across the country. It would later be known as the War of Currents. The War of Currents had a great impact

The paramount of his inventions was AC power distribution. Numerous times he had been told such an idea was impossible, yet he was persistent and changed the world once he made his dream come into fruition. At first, Direct Current power had been a revolutionary advanced idea that brought light to the world and started a golden age in technology. Tesla and Thomas Edison were major parties in this contemporary age of electricity. Edison exploited connections, questionable deals, and influence to undermine Tesla and maintain DC relevancy during their time period. However, for today’s modern world and industry AC holds highly superior advantages over DC. Early on, Tesla and Westinghouse realized that for electrical power to be practical, it was essential to be efficiently transmitted over extraordinarily long distances. AC allows the manipulation of higher voltages and therefore lower currents; making lighter conductors a cheaper and viable ameliorate option. Tesla took advantage of electromagnetic induction mechanical

After arriving in New York, Tesla immediately went to Edison’s workshop to get a job. Edison agreed but only after being in the job a month Edison rejected to pay Tesla for a job and they became arch enemy’s and did everything in their power to discredit each other.

Without the use of Nikola Tesla’s alternating currents our world would be much different. The power grid we use today would be completely different. Direct currents would most likely be the prevailing choice of electricity, meaning to power a large area, power plants would be up almost every mile. Electricity bills would be higher due to the loss of energy during transmission. Without Tesla’s work on AC, homes, workplaces and many devices we consider important (such as fridges and lights) may not be powered as efficiently as we prefer (PBS;

Thomas Alva Edison, or the "Wizard of Menlo Park" was an American inventor who developed direct current (electric current that runs in one direction). Direct current was the standard in the US in the early years of electricity. One major issue with direct current transmission methods was that direct current was not easily transformed into higher or lower voltages. Meanwhile, Nikola Tesla and George Westinghouse believed in an idea known as alternating current. Alternating current reverses the direction 60 times a second in the US and is pretty easy to convert to different voltages using a transformer. Edison did not want to lose the royalties he obtained from his DC patents, so he started a campaign to defeat Tesla and Westinghouse. He spread

Inventor and engineer Nickola Tesla was born in Jul of 1856, in Croatia. He came to the United States of America in 1884 and briefly worked with Thomas Edison before the two parted ways. He sold several patent rights, including those to his alternating-current machinery, to George Westinghouse. His 1891 invention, the “Tesla Coil” is still used in radio technology today. Nickola died in New York City on January 7, 1943.

Tesla went to work for Westinghouse and helped him eventually win the battle for electrical power distribution in the US and elsewhere. Edison was hell-bent to electrify everything with DC, but found that it was very inefficient and required more generating stations over shorter distances. But AC — with its ability to be stepped up in voltage by a transformer — could be transmitted efficiently over very long distances then stepped back down to usable levels where it was to be used.

As a result of this, Tesla branched off and began to promote his invention of AC (alternate current) electricity, which was clearly superior to direct current electricity in every way. (Kosanovic 1) The voltage in an AC system could be easily manipulated with a device called the transformer, while the voltage in a DC system was often very weak, and could not be easily altered. (Kosanovic 1) Tesla and Edison eventually became adversaries in the “War of Currents”, where Tesla and his partner, George Westinghouse, fought against Thomas Edison and his partner, Harold Brown, to make AC electricity the primary form of electrical distribution in the United States. (Krystek 3) After Edison began to lose the war, he decided to unite with the General Electric Company. (Krystek 3) Tesla and Westinghouse also would

Tesla had dramatically proven once an for all that AC electricity was safe to use. In addition, Tesla also used Fluorescent bulbs in his lab about forty years before they were

The two worked together for a period of time before parting ways due to a conflicting business-scientific relationship, attributed by their different personalities. While Edison was a power figure who focused on marketing and financial success, Tesla was a commercially out-of-tune and somewhat vulnerable, yet extremely pivotal inventor, who pioneered some of histories the most important inventions. His inventions include the "Tesla coil," developed in 1891, and an alternating-current electrical system of generators, motors and transformers, both of which are still used widely today.