Low Voltage Power Factor Compensation Series

The HYTBB Low-Voltage Integrated Reactive Power Compensation Cabinet is designed for distribution transformers, low-voltage feeders, and various outdoor low-voltage power distribution environments where real-time reactive power compensation is required.

The HYTBBD dynamic reactive power compensation system is suitable for industries with large variations in inductive load, such as metallurgy, machinery, mining, building materials, petrochemical, municipal facilities, and other power distribution systems with strong load fluctuation.

The HYTBBJ low-voltage static reactive power compensation system automatically switches capacitor groups according to measured reactive demand or power factor. It is designed for distribution systems with relatively steady inductive loads in manufacturing, buildings and public facilities, helping reduce reactive current, improve transformer utilization and maintain the required power factor.

The HYTBBM low-voltage end-point reactive power compensation device is installed close to motors, feeders or other inductive loads that require local compensation. Available balanced, phase-separated and hybrid compensation modes allow the device to follow different load conditions, improving power factor, lowering feeder current and reducing voltage drop and distribution losses.