A shunt reactor is a type of electrical reactor that is used in power transmission systems to control voltage levels. It is connected in parallel with the transmission line, and its primary function is to absorb reactive power and reduce the level of voltage that is present on the transmission line.
Shunt reactors are particularly useful in long-distance power transmission systems, where the capacitance of the transmission lines can cause excessive voltage levels to develop. By absorbing reactive power, the shunt reactor can counteract this effect and stabilize the voltage level.
Shunt reactors are typically made up of a large coil of wire that is placed in a tank filled with oil or other insulating fluid. Th...
A shunt reactor is a type of electrical reactor that is used in power transmission systems to control voltage levels. It is connected in parallel with the transmission line, and its primary function is to absorb reactive power and reduce the level of voltage that is present on the transmission line.
Shunt reactors are particularly useful in long-distance power transmission systems, where the capacitance of the transmission lines can cause excessive voltage levels to develop. By absorbing reactive power, the shunt reactor can counteract this effect and stabilize the voltage level.
Shunt reactors are typically made up of a large coil of wire that is placed in a tank filled with oil or other insulating fluid. The coil is designed to have a high inductance, which allows it to absorb reactive power and reduce the voltage level on the transmission line.
In summary, a shunt reactor is an important component in power transmission systems that helps to regulate voltage levels and ensure the safe and efficient delivery of electrical power.
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