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TSVGGD Dynamic Compensation Filter Cabinet

The TSVGGD device is a novel power electronic system designed to address power quality issues. It employs intelligent control algorithms and offers comprehensive compensation for reactive power, three-phase load imbalance, and harmonics. With superior performance in compensating reactive power, three-phase imbalance, and harmonics, it enables rapid, continuous regulation of reactive power.

Category:

Low-Voltage Automatic Filter Compensation Device

Product Manual

Hotline:

18028173868

Product Consultation
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    • Commodity name: TSVGGD Dynamic Compensation Filter Cabinet

    The TSVGGD device is a novel power electronic system designed to address power quality issues. It employs intelligent control algorithms and offers comprehensive compensation for reactive power, three-phase load imbalance, and harmonics. With superior performance in compensating reactive power, three-phase imbalance, and harmonics, it enables rapid, continuous regulation of reactive power.

    The TSVGGD device is a novel power electronic solution for addressing power quality issues. It employs intelligent control algorithms and offers comprehensive compensation for reactive power, three-phase load imbalance, and harmonics. With superior performance in compensating reactive power, mitigating three-phase imbalance, and suppressing harmonics, it enables rapid, continuous regulation of reactive power.

     

    Product Features:

    ► Continuous adjustment of reactive power capacity enables stepless compensation.

    ► It can dynamically and bidirectionally regulate reactive power, compensating both inductive and capacitive loads.

    ► Each circuit employs modular products, an independent protection system, and a remote monitoring module within the energy management system to track operating parameters.

    ► Response time ≤ 10 ms; features rapid reactive power compensation and harmonic mitigation, suppressing voltage fluctuations and mitigating reactive power surges from the load.

    ► It features a four-quadrant reactive power algorithm and is suitable for photovoltaic system compensation.

     

    Technical Specifications:

     

    Application Areas

    Indoor, altitude ≤ 2000 mm

    Electrical wiring

    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 voltage

    12V DC

    Switching interval

    ≤10 ms (Thyristor)

    Communication method

    RS485

    Number of parallel units

    Parallel expansion: depending on the cabinet size, each cabinet can accommodate up to 8 units.

    Filtering range

    Filter out characteristic harmonics from the 2nd to the 51st order.

     

    Specification and Model Description:

    Transformer Capacity (kVA)

    Installed capacity (kvar)

    Output capacity (kvar)

    Smart Filtering and Compensation Module Configuration

    Reactance ratio

    Inside the cabinet Circuit breaker

    Cabinet dimensions (width × depth × height)

    		 
     

    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)

    		 

     

    Product Selection:

    img

     

    Product Dimensions Diagram:

     

    Design Requirements:

    1. 1. All filter‑compensation modules are equipped with ventilation systems; the front panel of the cabinet must feature a perforated, ventilated design, while the rear panel must be fitted with a fan.
    2. 2. For single cabinets with a capacity ≤ 400 kvar, the rear door must be equipped with four fans, each providing an exhaust airflow of no less than 40 m³/min.
    3. 3. For single cabinets with a capacity exceeding 400 kvar, six fans must be installed at the rear door, with an exhaust airflow rate of no less than 60 m³/min.
    4. 4. When natural air cooling at the installation location of the modular switchgear cabinet is insufficient, an air-conditioning system must be installed in the room.
    5. 5. The equipment should undergo a power-off maintenance every three months, during which the cabinet door is opened and dust is cleaned out.

    img

    Key words:
    • Tsvggd
    • compensation
    • system
    • capacity
    • module
    • protection
    • voltage
    • device

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