Power Quality and DC Systems
GGJ Low-Voltage Reactive Power Intelligent Compensation Device
Model GGJ
A low-voltage capacitor compensation cabinet with automatic tracking control for reactive power. Designed to improve power factor and reduce reactive power demand in three-phase distribution networks.
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View this model in our 2026 catalog ↗
Project configuration reviewTechnical documentation support
Product Overview
GGJ low-voltage reactive power intelligent compensation device is used in low-voltage power grids for reactive power compensation. It is commonly used for low-voltage reactive power compensation and power factor improvement projects, with the final selection based on rated data, drawings, and site conditions.
electrical contractors, industrial plant engineers, EPC companies, maintenance teams, and project distributors can request configuration review for low voltage power compensation device. Please send system voltage, compensation or filtering capacity, control logic, monitoring requirements, cabinet quantity, and wiring diagram, quantity, destination, and any project standard requirements for quotation.
Model and Meaning
Technical Specifications
GGJ Technical Parameter Table
Review the GGJ rated data, selected configuration, and project requirements before quotation.
| Group | Item | Unit | Parameter |
|---|---|---|---|
| Rated voltage | kV | 0.38-0.66 | |
| Rated frequency | Hz | 50 | |
| Compensation capacity | kV | 1-600 kvar | |
| Voltage range | 0.85-1.1 times rated voltage | ||
| Current | 1.3 times rated current | ||
| Control circuits | 1-16 circuits | ||
| Switching time | 1-150 s adjustable | ||
| Working mode | Automatic continuous operation |
Installation Dimensions / Drawing
Applications
GGJ is mainly selected for low-voltage reactive power compensation and power factor improvement projects. The final application should match the confirmed low voltage power compensation device, rated data, and site installation conditions.
- Low-voltage reactive power compensation
- Power factor improvement projects
- Distribution systems requiring compensation control
Ordering Instructions / Information Required for Quotation
ForGGJ, send system voltage, compensation or filtering capacity, control logic, monitoring requirements, cabinet quantity, and wiring diagram, quantity, destination, and the expected delivery schedule. The engineering review will be based on the selected low voltage power compensation device and project drawing.
ORDERING INSTRUCTIONS
- Confirm transformer rated capacity, secondary-side rated voltage, and current-transformer ratio.
- Provide reactive-load status, natural power factor, compensated-system current, fluctuation range, and load characteristics.
- Confirm device model, type, quantity, enclosure material, enclosure color, and indoor-cabinet or outdoor-pole installation method.
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