Audited Supplier
GGD-400KVAR-3
Polypropylene Capacitor
General Purpose, Power
Surface Mount
50-100uf
Fixed Capacitor
Polypropylene
Electrolytic
Low Frequency Coupling, Tuning, Filter, Low Frequency Bypass
Polystyrene Capacitor
Composite Paper Capacitor
Reactive Energy
Prove Transmission Power Factor
Motor or Inductive Power
Only Supply Reactive for Load
2 Years
50 Degree Solid Wax
OEM
Wooden
CE ROHS
Zhejiang Yueqing
85321000
Product Description
GGD 450V 400KVAR 3Phase Switchgear with reactive power factor correction bank power supply
440v 20kvar three phase exposy resin power capacitor
active power and passive power.,load have inductive , so it must need reactive ,power capacitor can supply it
What is reactive power
How does reactive power come into being? The AC system provides two forms of electric energy, active power and passive power.
Active power: All inductive devices operating in the AC system convert electrical energy from the power supply system into mechanical energy and thermal energy, which is called active power.
Reactive power: In order to achieve this transformation, it is necessary to establish magnetic fields in the equipment, and these magnetic fields are related to another form of electrical energy provided in the power supply system, which is called reactive power energy.
The existing forms of reactive power are as follows:
Reactive Power (Transformer, Motor, etc.) Required by Inductance Circuit
Reactive Power (Cable, etc.) Required by Capacitance Circuit
Active power KW = P, reactive power KVAR = Q, inductance reactive power + Q, capacitor reactive power - Q
Apparent power KVA = S
As long as the user has electric load such as motor transformer on site, he will consume reactive power, so the demand for reactive power is just needed for the user.
What is the power factor?
The power factor is the active power KW. The closer the power factor is to the maximum value of 1, the more favorable PF = P (KW)/S (KVA) is for users and power supply departments.
For example, if the power factor is only 0.7, if the power factor is not up to the standard, there will be a penalty for the electricity charge. The power factor reaches 0.95. If the power factor exceeds the assessment index, the power supply bureau will award a calendar.
Increase of efficiency
Correction of Power Factor to Improve Equipment Efficiency
440v 20kvar three phase exposy resin power capacitor
active power and passive power.,load have inductive , so it must need reactive ,power capacitor can supply it
What is reactive power
How does reactive power come into being? The AC system provides two forms of electric energy, active power and passive power.
Active power: All inductive devices operating in the AC system convert electrical energy from the power supply system into mechanical energy and thermal energy, which is called active power.
Reactive power: In order to achieve this transformation, it is necessary to establish magnetic fields in the equipment, and these magnetic fields are related to another form of electrical energy provided in the power supply system, which is called reactive power energy.
The existing forms of reactive power are as follows:
Reactive Power (Transformer, Motor, etc.) Required by Inductance Circuit
Reactive Power (Cable, etc.) Required by Capacitance Circuit
Active power KW = P, reactive power KVAR = Q, inductance reactive power + Q, capacitor reactive power - Q
Apparent power KVA = S
As long as the user has electric load such as motor transformer on site, he will consume reactive power, so the demand for reactive power is just needed for the user.
What is the power factor?
The power factor is the active power KW. The closer the power factor is to the maximum value of 1, the more favorable PF = P (KW)/S (KVA) is for users and power supply departments.
For example, if the power factor is only 0.7, if the power factor is not up to the standard, there will be a penalty for the electricity charge. The power factor reaches 0.95. If the power factor exceeds the assessment index, the power supply bureau will award a calendar.
Increase of efficiency
Correction of Power Factor to Improve Equipment Efficiency
