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What Role Do Transformers Play In Delivering Electricity – Miracle Electronics Both step-up and step-down transformers are constructed to change the AC voltage to supply power to various types of residential and commercial electrical applications. The only difference between the two is that step-up transformers increase the voltage from primary to secondary, while step-down transformers decrease the voltage. Due to these properties, step-up transformers are most popularly used for components like fluorescent light starter coils and CRT flybacks; while step-down transformers are used for appliances like mobile phone adapters, CD players, and stereos. However, both these transformer types are used to power homes and offices every day. Let us see how these power transformers in India do this.

How and where is electricity created? Electricity is created in power stations by burning fuels. When current flows through a wire, it leads to energy consumption. Higher the current, higher the consumption of energy. This is why the National Grid always transmits electricity at very low current and very high voltage. Generally, power stations produce electricity at an average of 25,000 V that needs to be sent across the entire country. So, how is this entire huge process defined? For electricity to reach out to the entire nation, it must be sent at high voltages ranging between 1,32,000 V to 2,75,000 V. This huge leap in voltage reduces energy loss during power transmission. This is where these transformers help by producing voltage and reducing energy loss during power transmission.


How do step-up and step-down transformers individually work? Step-up transformers are used in central power stations, where they permit increase in voltage to the necessary level in order to produce electricity, which is then transmitted through power lines. But, because this high voltage is dangerous for direct usage in residential and commercial applications, step-down transformers are used to reduce this high voltage to safer levels when the current reaches the local power stations. This reduced safe electricity voltage is then provided to residential, commercial, and industrial areas for direct usage by end users. So, you can see how both step-up and step-down transformers are essential in delivering electricity from the National Grid into the homes and offices of end users by playing their own individual and critical roles. Without any of these transformers, electricity can neither be maintained nor delivered to us. This means that none of us can survive without these components because none of us in today’s world can survive without electricity. And, if you are looking to buy these amazing and useful equipment for any kind of residential or commercial applications, you can do so from Miracle Electronics who manufacturers power transformers in India that are exclusively designed to provide the highest level of safety to the operator, and permits flawless use of grounded/ungrounded circuits that are independent of power or lighting grounds. Moreover, their power transformers are all RoHS and REACH compliant, and are also available with CE and UL marks on request. And, you can also reach them for custom designed and developed power transformers.

For more information visit: Miracle Electronics

What Role Do Transformers Play In Delivering Electricity - Miracle Electronics  

This blog explains how electricity produced at the National Grid is safely supplied across the entire nation with the aid of step-up and ste...

What Role Do Transformers Play In Delivering Electricity - Miracle Electronics  

This blog explains how electricity produced at the National Grid is safely supplied across the entire nation with the aid of step-up and ste...

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