Certain electrical loads such as motors can cause electrical systems to be very inductive, which results in very 'lagging power factor' i.e. wastage of energy. The simple solution to maintain the power factor in required range is to connect or disconnect the power factor correction capacitors. Manual switching is just impossible for rapidly fluctuating loads and hence an automatic control system is required which continuously monitors the power factor and make appropriate corrections to maintain it within the required range

With a very wide spectrum of features and prices, we have a wide range of automatic power factor controllers. This includes very high range models such as SYCON 66SS with a Smart Switching Algorithm implemented for fast power factor achievement as well as low cost models based on most common FIFO switching algorithm.

Certain electrical loads such as motors can cause electrical systems to be very inductive, which results in very 'lagging power factor' i.e. wastage of energy. The simple solution to maintain the power factor in required range is to connect or disconnect the power factor correction capacitors. Manual switching is just impossible for rapidly fluctuating loads and hence an automatic control system is required which continuously monitors the power factor and make appropriate corrections to maintain it within the required range

With a very wide spectrum of features and prices, we have a wide range of automatic power factor controllers. This includes very high range models such as SYCON 66SS with a Smart Switching Algorithm implemented for fast power factor achievement as well as low cost models based on most common FIFO switching algorithm.