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Tel:18028173863

Guangdong Guangda Electric Co. Ltd.    POWERED BY:300.CN       粤ICP备14095149号

Add:No. 6, Cangsha West Road, Residents Committee, Junan Community, Junan Town, Shunde District, Foshan City, Guangdong Province

Tel:18028173863     Fax:0757-22227748    E-mail:gdgddq@126.com 

 

Filter compensation module series: intelligent filter compensation module | reactive power compensation module | welding machine specia l

filter compensation module | ceramic industry special compensation module |

Compensation component series: Thyristor power module | Reactor | Capacitor | Compensation controller | Capacitor component |

Compensation cabinet series: low-voltage automatic reactive power compensation and harmonic elimination device | welding machine-specific compensation device | high-voltage compensation and harmonic elimination device

Filter Cabinet Series: Neutral Current Absorber | Equipment Grade Filter | Low Voltage Automatic Reactive Compensation and Filtering Device | Dynamic Filter Compensation

Device | Welding Machine Special Filtering Device | Active Filter | High Voltage Compensation and Filtering Device

 

 

 

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Reactive power in power distribution system?
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Reactive power in power distribution system?

[Abstract]:
(1)powersupplycapacityincreases,increasedinvestment(inthepowergridloadunchanged,reactivepowerincreases,willincreasethepowersupplycapacity)(2)affectthequalityofpowersupply,powergridfluctuations,voltage
(1) power supply capacity increases, increased investment (in the power grid load unchanged, reactive power increases, will increase the power supply capacity)
(2) affect the quality of power supply, power grid fluctuations, voltage quality decline, the use of electrical equipment life reduction. It can be concluded that the voltage drop at the first end is mainly determined by the number of reactive power transmitted on the line
(3) due to the increase of reactive power, the active power loss and power loss are also increased. In the distribution system, the power loss caused by reactive power consumption is greater than the active power loss.