What is a 132/33KV substation?
132/33 KV EHV substation The power from main bus was fed into a 20MVA transformer which stepped the voltage down to 33KV. The power is then fed into a 33KV bus from which different loads were tapped.
What is kv substation?
This is accomplished by suitable apparatus called Substation. For example, generation voltage (11KV or 6.6KV) at the power station is stepped up to high voltage (say 220KV or 132KV) for transmission of electric power. The assembly of apparatus (e.g. transformer etc.) used for this purpose is the substation.
What is the area required for 400 kv substation?
Ultra-High Voltage Substation (UHV Substation): Operating on voltage above 400 kV….Detailed Solution.
|Type of Substation||Area Required|
|132 kV Substation||10 acres|
|220 kV Substation||25 acres|
|400 kV Substation||50 acres|
What is a 400 220 kv substation?
400/220/132 KV substation. The first step towards the design of a 400/220/132 KV substation is to determine the load that the substation has to cater and develop it accordingly. The substation is responsible for catering bulk power to various load centres distributed all around through 220 KV and 132 KV substations.
Which type of insulator is used on 132 kV?
Pin Insulator: The pin insulator is used in power distribution for the voltage up to 33kV.
Why is 11kv 22kV 33kV 66kV 132kV in India?
For this reason, they transmit 10% extra voltage. For example: Sending Voltage = 10kV x 10% = 11kV….If it is not related to the form Factor, What is it then?
|Sending Voltage||Receiving Voltage|
|20kV x 10% = 22kV||20kV|
|30kV x 10% = 33kV||30kV|
|60kV x 10% = 66kV||60kV|
|120kV x 10% = 132kV||120kV|
What is the property of insulating material?
What is the property of insulating materials? Explanation: Conductors, allow the flow of current through the material. Insulators are the opposite of conductors. The material doesn’t allow the flow of current through them.
What is 33KV used for?
The 11kV lines are used in residential areas and is what feeds the local transformers, which then distributes power to the buildings in the area. 33kV lines on the other hand involve much higher voltages and are used to distribute power from one small sub-station to another.