Short Description:
In systems with large load changes, the amount of compensation required for reactive power compensation is also a variable, and traditional fixed reactive power compensation devices can no longer meet the compensation needs of such systems; The Z-type SC low-voltage dynamic reactive power compensation device is specifically designed for this type of system. The device can automatically track and compensate in real time according to load changes, keeping the power factor of the system at the optimal point. At the same time, it adopts a modular series, which can be freely combined, assembled and maintained. It is convenient and can be easily expanded, and the cost-effectiveness is very high. Application areas: HYTBBD low-voltage dynamic reactive power compensation device is suitable for metallurgy, machinery, and mining
In systems with large load changes, the amount of compensation required for reactive power compensation is also a variable, and traditional fixed reactive power compensation devices can no longer meet the compensation needs of such systems; The Z-type SC low-voltage dynamic reactive power compensation device is specifically designed for this type of system. The device can automatically track and compensate in real time according to load changes, keeping the power factor of the system at the optimal point. At the same time, it adopts a modular series, which can be freely combined, assembled and maintained. It is convenient and can be easily expanded, and the cost-effectiveness is very high. Application areas: HYTBBD low-voltage dynamic reactive power compensation device is suitable for metallurgy, machinery, and mining