Low-Voltage Static Reactive Power Compensation Device
Short Description:
The KRTBBJ series low-voltage reactive power compensation device is used to compensate for the reactive power required by inductive loads. This device plays an important role in improving the system's power factor, enhancing power quality, extending the service life of electrical equipment, reducing transmission losses in the power grid, and suppressing voltage fluctuations. It improves the system's power factor, reduces reactive current in the lines, fully responds to our company's call for environmental protection and energy saving, and at the same time helps users address concerns about electricity penalties.
Product details
Product Overview
The KRTBBJ series low-voltage reactive power compensation device is designed to compensate for the reactive power required by inductive loads. This device plays an important role in improving the system's power factor, enhancing power quality, extending the lifespan of electrical equipment, reducing transmission losses in the power grid, and suppressing voltage fluctuations. It improves the system's power factor, reduces reactive current in the lines, fully aligns with our company's call for environmental protection and energy saving, and simultaneously helps users address concerns about electricity penalties.
Application Scenarios
This product is a safe compensation device suitable for classical loads, including annealing furnaces, medium-frequency furnaces, high-frequency furnaces, AC/DC drives, food processing, ceramic processing, electroplating, electrolysis, subway stations, residential communities, papermaking, textiles, rubber, and other industries.
Product Features
● Uses a reactive power (reactive current) type controller, which can be manually or automatically controlled;
● Automatic control provides switching methods such as cyclic switching, encoded switching, and sequential switching;
● Real-time monitoring of system voltage, current, power factor, compensation status, and other parameters;
● Adjustable switching delay from 0 to 120 seconds, with a fast switching cycle of up to 1 second;
● Equipped with comprehensive protection measures such as overvoltage, undervoltage, overcurrent, short circuit, and misoperation protection;
● Effectively prevents capacitor resonance and shunts approximately 20%~30% of characteristic harmonic currents;
● Low investment cost, mature technology, stable performance, suitable for most low-voltage compensation needs.
