MARKET RESEARCH

Synchronous condensers are synchronous motors that are usually employed for power factor correction in power lines. Electrical circuits involving induction motors or inductive loads are usually encountered with lagging power factors, due to which the efficiency of the system goes down. Lagging power factors result in the loss of energy. Synchronous condensers are introduced in such circuits to cancel out the lagging power factor.  They feed the circuits with leading power factors. However, synchronous motors can be used to compensate leading and lagging power factors by supplying reactive power to the line. This helps in enhancing the voltage regulation of the line. Synchronous condensers also help in improving the efficiency of long power transmission lines. Furthermore, synchronous condensers help in avoiding short circuit conditions and transient fault conditions in power grids, due to their ability to absorb and produce reactive power. Other benefits of synchronous condensers...

Synchronous condensers are synchronous motors that are usually employed for power factor correction in power lines. Electrical circuits involving induction motors or inductive loads are usually encountered with lagging power factors, due to which the efficiency of the system goes down. Lagging power factors result in the loss of energy. Synchronous condensers are introduced in such circuits to cancel out the lagging power factor.  They feed the circuits with leading power factors. However, synchronous motors can be used to compensate leading and lagging power factors by supplying reactive power to the line. This helps in enhancing the voltage regulation of the line. Synchronous condensers also help in improving the efficiency of long power transmission lines. Furthermore, synchronous condensers help in avoiding short circuit conditions and transient fault conditions in power grids, due to their ability to absorb and produce reactive power. Other benefits of synchronous condensers...