Magnetic valve controllable reactor, referred to as MCR. (magnetic control reactor) is a shunt reactor with adjustable capacity, mainly used for reactive power compensation in power systems.
1. Stabilize the terminal voltage (prevent the voltage from being too high or too low), and increase the life of transformers, transmission lines and other electrical equipment.
2. Eliminate harmonic pollution, improve system safety factor, extend equipment life, and reduce system losses.
3. Reduce the impact of local power grids such as asynchronous motor starting and electric arc furnace operation, and improve system security, especially for weak power grids.
4. Eliminate voltage flicker. An algorithm specially designed for flicker reduces voltage flicker to the lowest level and improves user power quality.
5. Expansion. Installing dynamic reactive power compensation devices on many occasions can achieve 1.2-1.5 times expansion and significantly save expansion expenses.
6. Improve the power factor. It can make the power factor reach the requirement of 0.9-0.99, reduce network loss, reduce reactive power loss, and save electricity expenses. It is suitable for users with huge power systems and very serious network losses.