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Low voltage dynamic reactive power compensation device

TSVGGD device is a new type of power electronic device to solve the power quality problem, the device adopts intelligent algorithm control, the reactive power, three-phase load unbalance, harmonic has comprehensive compensation ability, has superior performance in compensating reactive power, three-phase unbalance, harmonic and so on, to achieve rapid continuous regulation of reactive power.

Category:

Low-Voltage Automatic Filter Compensation Device

Product Manual

Hotline:

18028173868

Product Consultation
  • Summary
  • Product Selection
  • Distinction
  • Parameter
  • Explain
  • Size
    • Commodity name: Low voltage dynamic reactive power compensation device

    TSVGGD device is a new type of power electronic device to solve the power quality problem, the device adopts intelligent algorithm control, the reactive power, three-phase load unbalance, harmonic has comprehensive compensation ability, has superior performance in compensating reactive power, three-phase unbalance, harmonic and so on, to achieve rapid continuous regulation of reactive power.

    TSVGGD device is a new type of power electronic device to solve the power quality problem, the device adopts intelligent algorithm control, the reactive power, three-phase load unbalance, harmonic has comprehensive compensation ability, has superior performance in compensating reactive power, three-phase unbalance, harmonic and so on, to achieve rapid continuous regulation of reactive power.

    Key words:
    • reactive
    • power
    • the
    • device
    • three-phase
    • of
    • has
    • harmonic
    • unbalance

  • img

  • ►Continuous adjustment of reactive power capacity to achieve stepless compensation.

    ►Reactive power can be dynamically adjusted bidirectional to compensate both inductive load and capacitive load.

    ►Each branch adopts modular products, independent protection system, energy management system remote monitoring module operating parameters.

    ►Each branch adopts modular products, independent protection system, energy management system remote monitoring module operating parameters.

    ►With four quadrant reactive power algorithm, suitable for photovoltaic system compensation

    ►Device specific CQC certification report.

  • Location

    Indoor only,altitude ≤2000mm

    Electrical connection

    Three phase four wire/three phase three wire

    System voltage

    0.4kV

    Voltage deviation

    ±15%

    Frequency

    50Hz

    Relative humidity

    ≤90%(40℃)

    Ambient temperature

    -20℃~+50℃

    Control the voltage

    12V DC

    Pitch interval

    ≤10ms（Thyristor）

    Communication mode

    RS485

    Number of parallel stations

    Parallel expansion, depending on the size of the cabinet, the maximum number of a cabinet is 8

    Filtering range

    Filter out 2~51 characteristic harmonic

  • Transformer capacity（kVA）

    Installed capacity（kvar）

    Output capacity（kvar）

    Configuration of intelligent filter compensation module

    Reactance rate

    Circuit breaker in cabinet

    Cabinet size
    (W*D*H）

    		  
     

    630

    267+100A

    200+100A

    2x33.3+3x66.7+100A

    7%

    630A

    800x800x2200

    		  

    800

    334+150

    250+150A

    2x33.3+4x66.7+150A

    7%

    800A

    1000x800x2200

    		  

    1000

    400+150A

    300+150A

    2x33.3+5x66.7+150A

    7%

    800A

    1000x800x2200

    		  

    1250

    440+200A

    330+200A

    1x40+5x80+2*100A

    7%

    1000A

    1000x800x2200

    		  

    1600

    634+250A

    475+250A

    1x33.3+9x66.7+150A+100A

    7%

    800A

    2x(1000x800x2200)

    		  

    2000

    800+300A

    600+300A

    2x33.3+11x66.7+2x150A

    7%

    1000A

    2x(1000x800x2200)

    		  

    2500

    1000+400A

    750+400A

    2x33.3+14x66.7+4x100A

    7%

    800A

    3x(1000x800x2200)

    		  

    3150

    1280+600A

    960+600A

    16x80+4x150A

    7%

    1000A

    3x(1000x800x2200)

    		  

  • Module assembly cabinet requirements

    img

     

     

    Design requirements

     

    1. 1．ZBMGD modules are equipped with a ventilation system. The front door plate of the cabinet body should be perforated for ventilation, and the rear door should use a fan.   
    2. 2．Single cabinet capacity ≤400kvar, the rear door should use 4 fans, exhaust air volume is not less than 40m³/min. 
    3. 3．Single cabinet capacity＞400kvar, the rear door should use 6 fans, exhaust air volume is not less than 60m³/min. 
    4. 4．If the temperature is too high, the service life of ZBMGD module will be reduced (the electrical life will be reduced by twice every 10℃ increase).
    5. 5．When the natural air cooling at the installation site of the complete cabinet of ZBMGD module is insufficient, an air conditioning system needs to be installed in the room.
    6. 6．When the device runs every 3 months, power should be cut off for maintenance. Open the cabinet door and clean the dust.

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