How to set the power factor of the NA752C capacitor controller?

Landlord, if you use the keyboard, I can tell you the settings I am used to. WASD is up, left, bottom, right, G is normal attack, H is charged attack, and J is Musou Flurry.

All you need to do is connect your device to your computer and the network will automatically set the parameters.

To set the power factor of this capacitor controller, you must first have an administrator's account, and then adjust the parameters in the settings.

How to set the power factor of the i752c capacity controller according to the manual, you go to set it and take a look, or ask, or ask the relevant service personnel.

Smart Capacitors; Factor; reactive power compensation; low-voltage power distribution system; Electricity charges.

Background. In an AC power grid, the power output of the power supply can be divided into two parts, active power and reactive power. Active power is the electrical power required to maintain the normal operation of electrical equipment, which is converted into mechanical energy, light energy, thermal energy and chemical energy, and how much active power is required for the load to do externally, which is quantified as the number of kilowatt-hours or kilowatt-hours per month.

Reactive power is mainly used to provide energy for transformers, motors and other power transmission, and the establishment of alternating magnetic fields when electrical equipment is working, and this part of the power is not consumed, and its existence ensures the ability of electrical equipment to do work externally, and it is not useless and dispensable.

The power factor refers to the ratio of the active power of the AC circuit to the apparent power. Under a certain voltage and power, the higher the value, the better the benefit, and the more the power generation equipment can be fully utilized. The lower the power factor, the weaker the external function of the power system, the lower the utilization rate of the transformer, the greater the line loss, and the lower the efficiency of the power grid.

A low power factor will also lead to fines for power adjustment and increase the cost of electricity.

Because the vast majority of the load in the power system is inductive load, usually the reactive power supplied from the generator and the high-voltage transmission line is far from meeting the needs of the load, so some reactive power compensation devices should be set up in the power grid to supplement the reactive power, so as to ensure the user's need for reactive power, so that the electrical equipment can work at the rated voltage. Therefore, the intelligent power capacitor is used to compensate for inductive reactive power, improve the power factor, improve the utilization rate of the transformer, stabilize the voltage, reduce the line loss, directly reduce the power loss, and avoid the penalty of power regulation.

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