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TBBZ high voltage reactive local compensation device

The rated voltage of TBBZ high voltage reactive local compensation device is 3kV, 6kV, 10kV, 24kV and 35kV. It is compatible with 50Hz and 60Hz power frequency and can be seamlessly integrated into the existing power system. The power factor can reach above 0.95, which significantly improves power efficiency, reduces power loss, and improves overall system performance. After power failure, the residual voltage can drop below 50V within five minutes, thereby minimizing the risk of electrical failure.

    Technical Parameters

    Rated voltage: 3kV, 6kV, 10kV, 24kV, 35kV;

    Power frequency: 50Hz, 60HZ;

    Power factor: can reach above 0.95;

    Residual voltage: can drop below 50V within 5 minutes after power is disconnected.

    Features

    1.Use high-voltage spray-type fuse as short-circuit and overcurrent protection for a single capacitor to ensure safe operation of the device;
    2.This device adopts high-voltage power capacitors produced by advanced production technology, which have the characteristicsof high reliability, low loss, long life, stable performance, low operating temperature rise, low failure rate and high cost performance;
    3.The clustering device adopts a cabinet structure with reasonable design, good dynamic and thermal stability, and a high-voltage live forced locking safety device to ensure personal safety.

    Product Introduction

    TBBZ high voltage reactive local compensation device integrates high-voltage ejection fuses to provide short-circuit and overcurrent protection for each capacitor, ensuring the safe operation of the device under various conditions. This function can not only protect the device itself, but also prevent potential damage under overcurrent conditions, thereby protecting the entire electrical system. Its cabinet structure has been carefully designed and equipped with a high-voltage live forced locking safety device. It has excellent dynamic and thermal stability, ensuring that the unit can operate efficiently even under harsh conditions, enhancing personal safety and providing additional protection for operators and maintenance personnel.