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Shunt capacitance in an EHV line is restored to
- a)improve the stability
- b)reduce fault level
- c)improve the voltage
- d)none of the above
Correct answer is option 'C'. Can you explain this answer?
Verified Answer
Shunt capacitance in an EHV line is restored toa)improve the stability...
Shunt capacitor is usually connected at load end for improving power factor and voltage.
Most Upvoted Answer
Shunt capacitance in an EHV line is restored toa)improve the stability...
Shunt Capacitance in EHV Line
Shunt capacitance is an important parameter of an EHV transmission line. It is the capacitance between the line conductors and the ground.
Importance of Shunt Capacitance
- Shunt capacitance helps in maintaining the voltage level of the transmission line.
- It also helps in reducing the corona losses.
- Shunt capacitance is responsible for the charging current of the transmission line.
- It affects the overall transmission line impedance.
Restoring Shunt Capacitance to Improve Voltage
The shunt capacitance in an EHV line is restored to improve the voltage level of the transmission line. When the shunt capacitance is low, the voltage level of the transmission line decreases. This can lead to power losses and also affect the stability of the system.
By restoring the shunt capacitance, the voltage level can be improved. This is particularly important in long transmission lines where the voltage drop is significant. The shunt capacitance helps in maintaining the voltage level within acceptable limits.
Conclusion
Shunt capacitance is an important parameter of an EHV transmission line. It helps in maintaining the voltage level and reducing corona losses. Restoring shunt capacitance can improve the voltage level of the transmission line and ensure stable operation.
Shunt capacitance is an important parameter of an EHV transmission line. It is the capacitance between the line conductors and the ground.
Importance of Shunt Capacitance
- Shunt capacitance helps in maintaining the voltage level of the transmission line.
- It also helps in reducing the corona losses.
- Shunt capacitance is responsible for the charging current of the transmission line.
- It affects the overall transmission line impedance.
Restoring Shunt Capacitance to Improve Voltage
The shunt capacitance in an EHV line is restored to improve the voltage level of the transmission line. When the shunt capacitance is low, the voltage level of the transmission line decreases. This can lead to power losses and also affect the stability of the system.
By restoring the shunt capacitance, the voltage level can be improved. This is particularly important in long transmission lines where the voltage drop is significant. The shunt capacitance helps in maintaining the voltage level within acceptable limits.
Conclusion
Shunt capacitance is an important parameter of an EHV transmission line. It helps in maintaining the voltage level and reducing corona losses. Restoring shunt capacitance can improve the voltage level of the transmission line and ensure stable operation.
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Shunt capacitance in an EHV line is restored toa)improve the stability...
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