SVG
ARK
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Conventional capacitance compensators can be regarded as a reactive power source. It is composed of shunt capacitor bank and reactor in series, and the reactive power is adjusted by controlling the input cutting of capacitor and reactor. SVG takes high-power voltage inverter as the core. By adjusting the amplitude and phase of the output voltage of the inverter, or directly controlling the amplitude and phase of the current on the AC side, the required reactive power is quickly absorbed or emitted, and the purpose of rapid dynamic adjustment of reactive power is realized. SVG can eliminate the odd harmonics in the output current by multiple, multilevel or cascade technology, so that its output waveform is closer to sine wave.
SVG running current waveform (current harmonic content < 2.5%)
DSP+CPLD Full Digital Control Core: Utilizes advanced digital control technology for dynamic and accurate compensation of reactive power.
Three-Level Extension Technology: Incorporates a three-level extension design to enhance the efficiency and performance of reactive power compensation.
Advanced Reactive Power Detection Algorithm: Employs an advanced algorithm for the precise detection of reactive power, ensuring effective compensation.
PWM Control Strategy: Utilizes Pulse Width Modulation (PWM) control strategy for fine-tuned control over the compensation process.
Modular Design: Features a modular design, facilitating easy parallel connection of multiple modules, saving space, and simplifying maintenance.
Independent Air Duct and Plate Warehouse Structural Design: Ensures the stable operation of the equipment by providing an independent and well-ventilated structural design.
Full-Range Dynamic Compensation: Capable of performing full-range dynamic compensation for both inductive and capacitive reactive power, addressing a broad spectrum of power factor correction needs.
Three-Phase Unbalance Solution: Effectively resolves three-phase unbalance issues in addition to reactive power compensation.
Millisecond-Level Dynamic Response Speed: Offers a rapid dynamic response to load changes at the millisecond level, enabling precise compensation for the reactive power of impact loads.
Residential power distribution system, drainage and sewage treatment industry, distributed photovoltaic industry, chemical industry, chemical fiber and petroleum industry, foundry and cement industry, coal and mining industry, automobile manufacturing industry, etc.
TYPE | Series 220V | Series 400V | Series 500V | Series 690V |
Max neutral w ire current | 5KVar | 10KVar15KVar/ 35KVar/50KVar/ 75KVar/100KVar | 90KVar | 120KVar |
Nominal voltage | AC220V(-20%~+20%) | AC380V(-20%~+20%) | AC500V(-20%~+20%) | AC690V(-20%~+20%) |
Rated frequency | 50Hz±5% | |||
Network | Single phase | Three-phase three-wire/three-phase four-wire | ||
Response time | <10ms | |||
Reactive power compensation rate | >95% | |||
Machine efficiency | >97% | |||
Switching frequency | 32kHz | 16kHz | 12.8kHz | 12.8kHz |
Feature selection | Deal with harmonics/Deal with harmonics and reactive power | Deal with harmonics/Deal with harmonics and reactive power/ Deal with harmonics and three-phase unbalance /Three options | ||
Numbers in parallel | No limitation. A single centralized monitoring module can be equipped with up to 8 power modules | |||
Communication methods | Two-channel RS485 communication interface (support GPRS/WIFIwireless communication) | |||
Altitude w ithout derating | <2000m | |||
Temperature | -20~+50°C | |||
Humidity | <90% RH | |||
Pollution level | Below level Ⅲ | |||
Protection function | Overload protection, hardware over-current protection, over-voltage protection, power grid voltage imbalance protection, power | |||
Noise | <50dB | <60dB | <65dB | |
Installation | Rack/wall hanging | Rack | ||
Into the way of line | Back entry (rack type), top entry (wall-mounted) | Top entry | ||
Protection grade | IP20 |