Line reactors in transmission lines are typically connected in which manner?

Line reactors are typically connected in series with transmission lines. This configuration is crucial for several reasons. When installed in series, the line reactor adds inductance to the circuit, which helps to limit short-circuit currents and mitigate voltage spikes caused by switching operations or faults.

The presence of reactance aids in controlling the flow of reactive power, which is essential for maintaining system stability and power quality. Additionally, connecting the reactors in series allows them to effectively dampen potential resonance conditions that might arise due to the inductive and capacitive elements present in the transmission line environment.

This not only enhances the overall performance and protection of transmission lines but also ensures a more stable and reliable power system by reducing the risk of equipment damage and improving system responsiveness under fault conditions.