10KV 200kvar High Voltage Capacitor Bank With Liquid Dielectric

10KV High Voltage Shunt Capacitor 200kvar - Power Capacitor - Capacitor Bank

1. Overview of 10KV High Voltage Shunt Capacitor 200kvar - Power Capacitor - Capacitor Bank

     Medium voltage shunt capacitor/High voltage shunt capacitor is composed of a pack, a case, outlet porcelain busing, etc. The two sides of stainless steel case are welded with hanging brackets for installation, and one hanging bracket is equipped with a grounding bolt. In order to adapt to various voltages, the pack is composed of several small elements connected in parallel and series. The capacitor is equipped with a discharge resistor.

2. Function of 10KV High Voltage Shunt Capacitor 200kvar - Power Capacitor - Capacitor Bank

     Medium voltage shunt capacitor/High voltage shunt capacitor are suitable for 50Hz or 60Hz AC power systems to improve the power factor of the power system, reduce line losses, improve the quality of the power supply voltage, and increase the active output of the transformer.    

     The Shunt Capacitor is suitable for the power system of power frequency (50 or 60Hz) , to increase the power factor , reduce line loss , improve voltage quality .

    When capcitor bank put into use , the ambient temperature shall not be lower than -50℃, and sverage temperature not exceeding +55℃, not exceed +20℃ per a year . if out of this range , fan shall be used to cool or switch off the capacitor bank.

    when the load in network is small , after connected with capacitors, the system voltage will rise up , if the voltage between terminals of cpacitor exceeds 1.1 times of rated voltage , it shall switch off partial or all capacitors for protecting capacitors safe operation.

    During in sevice or transportation , if capacitor leak oil , it can be processed by use of Tin and PB material brazing .

    Comply with the Standard : IEC60871

3. Main features of 10KV High Voltage Shunt Capacitor 200kvar - Power Capacitor - Capacitor Bank

• 3.1 Casing: Cold-pressed, anti-fouling type casing is adopted, and the creepage distance is not less than 31mm/kV.
• 3.2 Mature internal fuse technology.
• 3.2.1 After testing, the internal fuse can isolate the faulty component within 0.2ms, the release energy of the fault point is not more than 0.3kJ, and the remaining intact components are not affected.
• 3.2.2 Advanced concealed internal fuse structure, using oil gap arc extinguishing, reducing the possibility of blasting the capacitor case.
• 3.2.3 The internal fuse protection and relay protection have perfect coordination standards to ensure the safe and reliable operation of the entire device.
• 3.3 Liquid medium: 100% insulation oil (NO PCB) is used. This liquid has excellent low temperature performance and partial discharge performance.
• 3.4 The main insulation adopts a composite insulation structure, which not only guarantees excellent electrical performance, but also has a certain degree of mechanical strength, which ensures that the insulation of the capacitor complete set of devices is 100% reliable without protection.
• 3.5 Good sealing performance: The annual leakage rate is less than 0.1%, and the sealing performance of the capacitor is guaranteed through measures such as automatic argon arc welding, vacuum leak testing, and thermal aging.
• 3.6 Partial discharge level: the extinguishing voltage is not less than 1.5Un, and each capacitor is tested for partial discharge during production.

 4. Applicable standard

     IEC60871 or equivalent

5. Working Conditions

• 5.1 Applicable for indoor and outdoor
• 5.2 The altitude of the installation site generally does not exceed 2000 meters
• 5.3 Temperature category: -40/D
• 5.4 There is no gas or steam that is severely corrosive to metals.
• 5.5 No strong mechanical vibration