Overview
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GY-AVC Unified Power Quality Control Device
Product Short Description
GY-AVC Unified Power Quality Control Device is an advanced voltage regulation solution designed for power quality improvement and stable voltage output. Based on AC-DC-AC converter technology, it provides precise voltage compensation, automatic regulation and continuous power quality control to protect sensitive electrical equipment and improve system reliability.
◉ Advanced AC-DC-AC Converter Technology – Ensures Precise Voltage Regulation and Stable Power Output
◉ Wide Voltage Compensation Range – Supports ±20% Rated Voltage Adjustment for Different Grid Conditions
◉ Real-Time Voltage Monitoring – Automatically Detects Voltage Fluctuations and Provides Fast Compensation
◉ High-Precision Voltage Control – Maintains Stable Load Voltage and Improves Power Supply Reliability
◉ Low Harmonic Distortion Design – Ensures Clean Power Output with Minimal Impact on Grid Quality
◉ Multiple Protection Functions – Includes Overvoltage, Undervoltage, Overcurrent, Overtemperature and Short-Circuit Protection
◉ High Efficiency Operation – Optimized Power Conversion with Low Energy Consumption
◉ Intelligent Digital Control System – Supports Real-Time Monitoring, Fault Recording and Parameter Adjustment
◉ Flexible Application Design – Suitable for Industrial Equipment, Manufacturing Systems and Sensitive Electrical Loads
Product Features
Overview
Unified power quality control device (AVC) device consists of an AC-DC-AC converter, a circuit breaker QF, a contactor KM, and a compensation transformer. The AC-DC-AC converter employs fully-controlled power electronic devices, enabling bidirectional power flow. The bypass switch is used to switch to the bypass state during maintenance. The contactor KM is used to disconnect or connect the load under the compensation state. The AVC device samples the grid voltage and monitors in real time whether the grid voltage deviates from the set value. Once a deviation is detected, it controls the ACDC-AC converter to output a voltage with the same or opposite polarity as the grid voltage, thereby adjusting the magnitude and polarity of the voltage across the compensation transformer which is connected in series in the main circuit, so as to ensure the stability of the load-side voltage.
Performance characteristics
(1) Real time control of AC-DC-AC converter output voltage to ensure stable load terminal voltage.
(2) Voltage stepless regulation, high regulation accuracy, and uninterrupted regulation process.
(3) The amplitude and speed of the compensation voltage can be controlled, and the output voltage can be controlled by phase separation to adapt to severely unbalanced loads.
(4) The converter adopts modular design, which is easy to maintain and has good scalability.
(5) Equipped with overload protection, software/hardware overcurrent protection, power grid overvoltage/undervoltage protection, over temperature protection, frequency anomaly protection, etc., to improve the reliability of power supply.
(6) It has fault alarm and memory functions, and can store fault records for 30 fault days.There is no limit to the number of records within the storage range.
Technical Parameter
| Input Voltage | 220V (Single Phase) | 380V+N (Three-Phase) |
| Input Range | ±20% (Rated Voltage) | |
| Input Frequency | 50Hz/60Hz ±1.5Hz | |
| Current Harmonic Distortion Rate | Increment ≤3% | |
| Voltage Harmonic Distortion Rate | Increment ≤3% | |
| Output Voltage | 220V±1% | |
| Output Voltage Setting Range | ±20% of Input Voltage | |
| Voltage Regulation Method | Stepless and Contactless | |
| Adjustment Method | Single-phase Regulation | |
| Harmonic Distortion | ≤3% | |
| Efficiency | ≥95% | |
| Power Factor | 0.5 Lag to 0.7 Lead* | |
| 7-inch Touch Screen | Parameter settings, power information display, fault records, historical curves, etc. | |
| Protection Function | Input overvoltage/undervoltage, output overvoltage/undervoltage, input overcurrent, transformer overtemperature, output overload protection, etc. |
|
| Relative Humidity | ≤90%, monthly minimum temperature 25℃, no condensation on the surface | |
| Altitude | Below 2000m | |
| Pollution Level | Below Level III | |
| Noise | ≤65dB | |
| Operating Temperature | -10℃~+50℃ | |
| Storage Temperature | -30℃~+70℃ | |
| Cooling Method | Forced Air Cooling | |
| Protection Level | IP20 | |
User Manual
What is a GY-AVC Unified Power Quality Control Device?
GY-AVC Unified Power Quality Control Device is an advanced voltage regulation solution designed to improve power quality by stabilizing voltage fluctuations. It uses AC-DC-AC conversion technology and a compensation transformer to provide accurate voltage compensation and maintain stable power output for electrical loads.
What problems can GY-AVC solve in power systems?
GY-AVC effectively solves voltage fluctuation, voltage deviation and unstable power supply problems caused by grid variations, heavy loads and sensitive electrical equipment. It helps improve equipment reliability and reduce operational interruptions.
What is the voltage regulation range of GY-AVC?
GY-AVC supports a voltage compensation range of ±20% of the rated input voltage. The intelligent control system automatically adjusts the compensation voltage according to real-time grid conditions to maintain stable output voltage.
How does GY-AVC improve power quality?
GY-AVC continuously monitors grid voltage changes and compensates voltage deviations through its AC-DC-AC converter system. It provides stable voltage output, reduces electrical stress on equipment and improves overall power quality performance.
Where can GY-AVC Unified Power Quality Control Device be used?
GY-AVC is suitable for industrial power systems, manufacturing facilities, automation equipment, data centers, renewable energy systems and other applications requiring stable voltage supply and high power quality.
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