Product

LIMC Low Voltage Filter and Reactive Power Compensation Device

       Intelligent low-voltage hybrid filter compensation device is an intelligent solutions of power quality and harmonic governance, the device combines TSC type SVC dynamic reactive power compensation devices, APF active filter both or SVG Static Var together, through an intelligent monitoring module in accordance with the required reactive power factor and harmonic governance needs to realize the reasonable control of TSC, SVG and APF work, a maximum power factor control to 0.99 , harmonic filtering rate of more than 85%, the elimination of the three-phase imbalance; The intelligent low-voltage hybrid filter compensation device is a perfect power quality solution.

Introduction

  • Intelligent low-voltage hybrid filter compensation device is an intelligent solutions of power quality and harmonic governance, the device combines TSC type SVC dynamic reactive power compensation devices, APF active filter both or SVG Static Var together, through an intelligent monitoring module in accordance with the required reactive power factor and harmonic governance needs to realize the reasonable control of TSC, SVG and APF work, a maximum power factor control to 0.99 , harmonic filtering rate of more than 85%, the elimination of the three-phase imbalance; The intelligent low-voltage hybrid filter compensation device is a perfect power quality solution.
  • Traditional TSC type SVC dynamic reactive power compensation device uses packet switching, packet output,with reactive power compensation restriction, power factor is only maintained at about 0.95, harmonic filter out only for specific features, filtering effect is just so so; but intelligent low-voltage hybrid filter compensation device can overcome the TSC dynamic reactive power compensation device many shortcomings, not only can filter out specific characteristic harmonic, but also for the many times harmonic filter out, without restricted spots reactive power compensation, power factor reach about 0.99.

Feature

  • Smart Monitoring SystemControl APF, SVG and TSC working mode and collaborative compensation, automatically adjusts the SVG module, the output capacitance and capacitor switching of APF modules ;monitor each channel capacitance of working conditions, including the remaining capacity value, etc., ensure that the power factor can reach 0.99 and the best filtering effect, maximize the protection of life of the capacitor;
  • Real-time monitoring system for each part of the data: System data, grid data, SVG data, CT data, power quality data, and the capacitor case, mainly including harmonics, voltage deviation, phase unbalance, fault recording, etc.
  • automatic operation, self-operation and clear the fault, to adapt to the complex site conditions;
  • Smart control TSC dynamic fixed compensation module, APF active filter module, SVG Static Var Generator occur switching, minimizing the number of switching fixed TSC compensation module, the average investment time of TSC compensation module, which most extend parallel capacitor of TSC compensation module working life;
  • enables RS485 communication and Ethernet communication, remote control operation, unattended.Smart SVG / APF active modulesperfect control and protection, to remove the fault yourself, work or exit automatically
  • main core components are from German, the United States, the world's leading IGBT module, using high-speed DSP chip testing and operation to ensure the stability SVG / APF machine, reliable operation, fast and accurate response;
  • full response time of less than 10ms, easy to deal with any complex distribution environment;
  • 20-year design life;
  • 100% of single phase compensation ability, the perfect solution 3-phase imbalance problem.
  • Smart TSC dynamic fixed compensation moduleperfect combination of protection units, switching switch, series reactors and shunt capacitors and other organic integrated together and form a filter or slip compensation;
  • wide applicability, selection of all components have to undergo a precise calculation, design, manufacture and test for all low-voltage switchgear fixed, easy to expand;
  • compact structure, small size;
  • less than 20mS response time, both can accept pulse control signal, and the level of the control signal.


  

Model Guide

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Advantage

  • Much——Combination、Function、Benefitcombination: SVG + TSC, SVG + TSC, SVG + APF, SVG + APF + TSC various combinations
  • benefits : intelligent work, increase machine life and lower labor costs.
  • multi-function: allowing capacitive and inductive reactive power compensation, harmonic filtering system , but also to solve the three-phase imbalance, eliminate the reactive power quality voltage fluctuations caused by line detection system.
  • Fast——Response time、MaintenanceFast response: within 10ms power factor compensation up to about 0.99; Fast maintenance: full modular design, free combination, free entry, minimize downtime rate of the equipment.
  • Good——Compensation effect, appearance, display interface Compensation effect: After the power factor in real-time compensation of up to 0.99 or more, without switching oscillations and stepless compensation. Good Appearance: The entire device uses a standard home and abroad popular low-voltage switchgear structure, combine with low-voltage switchgear, or a stand-alone, and to ensure good heat dissipation;
  • good display screen: The large LCD color touch screen, completely user-friendly design, can monitor the working condition of each line and SVG TSC device, allowing users to always grasp the status of the device.
  • Saving——Components、Switch、investment Saving component: eliminating TSC dynamic compensation controller; Saving switching: The wisdom of the control system, hybrid compensation, intelligent capacitor to reduce switching times, extend the life of the equipment;
  • Saving Investment: The modular structure and redundant design, greatly reducing the user's investment in capacity expansion. less than 20mS response time, both can accept pulse control signal, and the level of the control signal.


  


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