Question
Here is the question : GEORGE WESTINGHOUSE INVENTED WHICH COMPONENT OF THE ELECTRICAL GRID?
Option
Here is the option for the question :
- Capacitor
- Transformer
- Semiconductor
- Transistor
The Answer:
And, the answer for the the question is :
Explanation:
Alternating current, which Nikola Tesla pioneered, is essential to the operation of today’s sophisticated electrical grid. Without him, there would be no contemporary electrical infrastructure. However, George Westinghouse played a pivotal — though often less talked-about — role in making Tesla’s invention a reality. The transformer was developed by Westinghouse to turn high-voltage alternating current (AC) into lower voltages suitable for usage in residential settings. This enabled power stations to be placed hundreds of miles outside populated urban centers.
The invention of the transformer by George Westinghouse was one of the most important developments enabling the creation of long-distance electrical power transmission and the growth of electric utilities. Prior to the transformer, power could only be transmitted over short distances using direct current. The transformer allowed power generated by high-voltage generators to be converted to lower voltages for safe transmission over longer distances.
Once power reached farther locations, secondary transformers could convert the higher transmission voltages back down to levels appropriate for powering commercial and residential equipment. These transformers made it possible to develop interconnected power systems and larger electric utilities that could distribute power over wide areas.
Westinghouse recognized the immense potential for power system interconnections and helped usher in the era of polyphase power systems and wide-scale electrification of businesses, public spaces, and homes. His company’s AC power systems and transformers were eventually adopted as the standard for electric power systems worldwide. The transformer was truly instrumental in enabling the electrification of societies and fueling the development of mass production, electric transportation, and many other technologies that transformed civilization.
Though small and compact, the transformer houses some of the key innovations that unlocked the promise of electric power and sustainable prosperity. Its inner workings, converting different levels of alternating current, made large-scale electric power distribution possible. Westinghouse’s transformers built the infrastructure that now delivers electricity to nearly every home and business, powering our world in a way that was scarcely imaginable before their creation. The transformer is a reminder of the revolutionary potential that lives within even the simplest and most overlooked of technologies. Its impact on society cannot be overstated. The transformer—and the vision of its inventor—lit the way to a new era of electrification and progress.