Low Voltage Distribution Reactive Power Compensation Cabinet

In the operation of power systems, insufficient reactive power compensation is a common problem. This not only leads to a low power factor, increases grid losses, but also may affect the normal operation of equipment such as dry-type transformers and Oil Immersed Transformers. Are you currently troubled by low energy utilization efficiency and unstable equipment operation? Do you urgently need a reliable solution to enhance the stability and efficiency of the power system?

 

Our solution is the JP type low-voltage power distribution reactive power compensation integrated cabinet. This is an advanced device that responds promptly, has excellent compensation effect, and is reliable in operation. It can be equipped with leakage protection devices according to user requirements, and has comprehensive protection functions such as overvoltage, overcurrent, undervoltage, short circuit, phase loss, zero-sequence over-limit, etc. It also has functions such as residual current display, real-time load current display, phase voltage display, product opening and closing indication, time display, and fault query, as well as the function of automatic reclosing after the residual current action circuit breaker trips due to residual current, undervoltage, overvoltage, or phase loss faults. The JP type integrated cabinet supports automatic operation, power-off exit, and automatic recovery after power supply after a 10-second delay, ensuring the continuity of power supply.

 

We offer customized services. The JP type integrated cabinet can be seamlessly integrated with High Voltage Switchgear Cabinet, Switch Cabinet, Compact Substation, Transformer Substation and other equipment, thereby increasing the power factor of the power grid to above 0.95, significantly enhancing the operational efficiency and economic benefits of the power system. This integration not only optimizes the coordination between low-voltage compensation systems and high-voltage distribution equipment but also ensures comprehensive reliability across different voltage levels.

 

Comprehensive Protection: Equipped with multiple protection functions to ensure the safe operation of the equipment, compatible with the protection requirements of both low-voltage and High Voltage Switchgear Cabinet systems.

Improved Power Factor: Effectively improves the power factor of the power grid and reduces losses, providing supplementary support for high-voltage distribution networks involving High Voltage Switchgear Cabinet.

 

Regular maintenance: Conduct regular inspections and maintenance of equipment to ensure its long-term stable operation, especially when integrated with High Voltage Switchgear Cabinet to coordinate protection mechanisms.

Rational configuration: Configure protection functions reasonably based on actual needs to improve the efficiency of power utilization, considering the operational characteristics of High Voltage Switchgear Cabinet in high-voltage scenarios.