HV/MV Power factor correction is directly related to the different aspects that assist the technical management of transport and distribution networks. These are:

Power quality

This involves the increase in the levels of voltage in substation busbars and line ends.

Optimisation of the installation's cost of operation

In other words, the decrease of the reactive energy and, therefore, the reduction of apparent power entail two aspects of a strong technical relevance:

--Reduction of losses

--Increase in the performance of transformers and installations

Reduction of the economic cost of energy

--Supply quality, voltage level

--Control of voltage in substation busbars

--Optimisation of the installation's cost of operation

--Reduction of losses in MV lines

The picture above is the 11KV high voltage capacitor cabinet we exported abroad, with a capacity of 3000kvar. It is used in a power distribution and transmission project in a new development zone.

ZD-GWJ Series Medium voltage SVC: can detect the reactive power needed by the system in real time,compare it with the set value, carry on the automatic intelligent capacitor-switching on/off, make the reactive power of the system achieve dynamic balance, in order to improve the power factor of the system, stabilize the system voltage.

ZDDQ automatic capacitor banks are widely used for fluctuating loads such as motors, variable frequency drives, melting furnace from Steel Rolling mills, Chemical industry, Cement plant, Suger plant, Textile, Hospitals, Hotels, Building segment, Automobile industry, Oil and gas industry, public grid etc.