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Sinopak 3.3kV indoor water cooled STATCOM for city substation
(Static Synchronous Compensator), also known as SVG (Static Var Generator)
SVG is a chain-type static synchronous compensator (STATCOM/DSTATCOM, also knows as SVG) —active dynamic reactive and harmonic compensation device at different compensation ranges.
Water cooled SVG adopts high degree of protection(IP55), Power valve tower are placed in a sealed space, heat is took away through water cooling system, there is no interaction with outer environment.
More higher reliability
The working condition of power module in water cooled SVG is more better compared with air cooled SVG. Power module in water cooled SVG has good heat dissipation conditions, working shell temperature and junction temperature more less compared with air cooled SVG, which increased IGBT reliability and life.
Normal Environment
Under normal circumstances, due to water-cooled SVG needs a set of water cooling system, its initial investment cost will be higher than the air-cooled SVG.
Badly Environment
In the harsh environment, the air-cooled SVG needs dehumidification or air-conditioning scheme to compensate for its defects, which not only increase the initial investment but also increase the area of installation, and the effect is not as good as water-cooled SVG.
Maintenance cost
Air cooled needs regular cleaning and replacement of dust filter, its maintenance costs will be higher than the water-cooled SVG in future.
Technical Parameters
System Parameters | |||
Rated voltage | 3kV~35kV | ||
Input voltage range | 0.2～1.2Pu | ||
Grid frequency | 50±0.5Hz | ||
Rated capacity | ±1Mvar ~ ±120Mvar | ||
Full load power loss | <0.8% | ||
Total harmonic current distortion | ≤3%, meeting GB/T14549-1993 | ||
Total PCC harmonic voltage distortion | ≤3%, meeting GB/T14549-1993 | ||
Response time | <5ms | ||
Overload capacity | 1.1 times over-load, long time operation; 1.2times over-load for 1minute, trip | ||
Fault treatment | Redundancy design meeting automatic N-1 operation | ||
Operation mode | Constant reactive power mode, constant voltage mode, constant power factor mode, load compensation mode, Voltage& Reactive power integrated control mode | ||
Communication protocol | Modbus, IEC104 | ||
Monitoring mode | Local/remote control | ||
HMI | LCD touch screen in English | ||
Signal transmission | Optical-fiber communication | ||
Key technology | Instantaneous reactive power theory, SPWM theory, decoupling control technology, capacitor voltage balance control technology, three-phase independent control technology, single pole multiple frequency technology, carrier phase-shifting SPWM theory, chain link temperature real-time monitoring technology | ||
Power interface | 380VAC, 220VDCdual circuits dual redundancy power supply | ||
Main protection function | Over-current, Over-voltage, drive fault, Power unit over voltage, over-current, over-temperature, communication faults etc. water-cooling failure | ||
Wiring method | Star connection or Delta connection | ||
Cooling method | Air cooling, water cooling | ||
Protection class | Indoor IP30 | Container: IP54 | |
Installation method | Indoor | Outdoor | |
Service life | 30Years | ||
Operation environment | |||
Ambient temperature | -25℃～+45℃ | ||
Storage environment temperature | -40℃～+70℃ | ||
Altitude | 2000m(To be customized in case of > 2000m | ||
Relative humidity | ≤90％, no condensation | ||
Pollution grade | Class IV | ||
Executive standard | DL/T 1215.1-2013，GB/T 14549-1993，GB/T 17626.2-2006，GB/T 17626.3-2006，GB/T 17626.4-2008，GB/T 17626.5-2008，GB/T 17626.11-2008 | ||
Our Advantage
1. Most effective high voltage active harmonic equipment in the industry
Sinopak TSVG successfully realize high voltage active harmonic filtering function from 3kV~35kV according to many years experiences. It can eliminate harmonics from 2nd to 13th completely. Compared with traditional SVC, SVG adopted active components. TSVG is not only used for dynamic reactive power compensation equipment, but also used for high voltage active harmonic filtering equipment directly.
Sinopak TSVG adopts cascade topology, with lower output harmonic content and very good filtering effect.
High Quality Power Units Design for moisture-proof and dust-proof.
Fully closed design of power unit control panel ensures operation stability in humid, windy and dusty environment, Control drive board on power unit adopts silicone material with good performance for potting. The silicone can stay resilient and stable within -55°C~+180°C, and has better thermal conductivity and insulativity, ensuring stable operation of SVG in salt-spray environment.
2. Control Cabinet Design Advantage
Fully closed design of control cabinet ensures use reliability in sand-dust or humid environment.
Fully closed design of control cabinet prevents external dust or soot from entering control cabinet. After being closed, it needs to receive heat dissipation; to ensure internal temperature within a reasonable range, upper and lower parts of control cabinet interior are respectively equipped with one fan for up-down and right-left circular flow of air in it so as to decrease the temperature.
Whole control system components are comprehensively screened, with low power consumption and high reliability, to improve whole system stability. Thermal simulation of FlOWTHREM software is used to control 67°C average internal temperature when external ambient temperature is 45°C so as to meet component temperature in service environment. It fundamentally solve dust prevention and pollution prevention problems.
3. Service Advantage
Power Module Tester
SVG mainly consists of many power modules, in order to help customers find module fault in time, Sinopak designed power Module tester, it is very easy and very fast to find the module faults.
By the way, Sinopak also install GPS module in SVG control room in order to help customer analyze SVG faults.
Sinopak 3.3kV indoor water cooled STATCOM for city substation
(Static Synchronous Compensator), also known as SVG (Static Var Generator)
SVG is a chain-type static synchronous compensator (STATCOM/DSTATCOM, also knows as SVG) —active dynamic reactive and harmonic compensation device at different compensation ranges.
Water cooled SVG adopts high degree of protection(IP55), Power valve tower are placed in a sealed space, heat is took away through water cooling system, there is no interaction with outer environment.
More higher reliability
The working condition of power module in water cooled SVG is more better compared with air cooled SVG. Power module in water cooled SVG has good heat dissipation conditions, working shell temperature and junction temperature more less compared with air cooled SVG, which increased IGBT reliability and life.
Normal Environment
Under normal circumstances, due to water-cooled SVG needs a set of water cooling system, its initial investment cost will be higher than the air-cooled SVG.
Badly Environment
In the harsh environment, the air-cooled SVG needs dehumidification or air-conditioning scheme to compensate for its defects, which not only increase the initial investment but also increase the area of installation, and the effect is not as good as water-cooled SVG.
Maintenance cost
Air cooled needs regular cleaning and replacement of dust filter, its maintenance costs will be higher than the water-cooled SVG in future.
Technical Parameters
System Parameters | |||
Rated voltage | 3kV~35kV | ||
Input voltage range | 0.2～1.2Pu | ||
Grid frequency | 50±0.5Hz | ||
Rated capacity | ±1Mvar ~ ±120Mvar | ||
Full load power loss | <0.8% | ||
Total harmonic current distortion | ≤3%, meeting GB/T14549-1993 | ||
Total PCC harmonic voltage distortion | ≤3%, meeting GB/T14549-1993 | ||
Response time | <5ms | ||
Overload capacity | 1.1 times over-load, long time operation; 1.2times over-load for 1minute, trip | ||
Fault treatment | Redundancy design meeting automatic N-1 operation | ||
Operation mode | Constant reactive power mode, constant voltage mode, constant power factor mode, load compensation mode, Voltage& Reactive power integrated control mode | ||
Communication protocol | Modbus, IEC104 | ||
Monitoring mode | Local/remote control | ||
HMI | LCD touch screen in English | ||
Signal transmission | Optical-fiber communication | ||
Key technology | Instantaneous reactive power theory, SPWM theory, decoupling control technology, capacitor voltage balance control technology, three-phase independent control technology, single pole multiple frequency technology, carrier phase-shifting SPWM theory, chain link temperature real-time monitoring technology | ||
Power interface | 380VAC, 220VDCdual circuits dual redundancy power supply | ||
Main protection function | Over-current, Over-voltage, drive fault, Power unit over voltage, over-current, over-temperature, communication faults etc. water-cooling failure | ||
Wiring method | Star connection or Delta connection | ||
Cooling method | Air cooling, water cooling | ||
Protection class | Indoor IP30 | Container: IP54 | |
Installation method | Indoor | Outdoor | |
Service life | 30Years | ||
Operation environment | |||
Ambient temperature | -25℃～+45℃ | ||
Storage environment temperature | -40℃～+70℃ | ||
Altitude | 2000m(To be customized in case of > 2000m | ||
Relative humidity | ≤90％, no condensation | ||
Pollution grade | Class IV | ||
Executive standard | DL/T 1215.1-2013，GB/T 14549-1993，GB/T 17626.2-2006，GB/T 17626.3-2006，GB/T 17626.4-2008，GB/T 17626.5-2008，GB/T 17626.11-2008 | ||
Our Advantage
1. Most effective high voltage active harmonic equipment in the industry
Sinopak TSVG successfully realize high voltage active harmonic filtering function from 3kV~35kV according to many years experiences. It can eliminate harmonics from 2nd to 13th completely. Compared with traditional SVC, SVG adopted active components. TSVG is not only used for dynamic reactive power compensation equipment, but also used for high voltage active harmonic filtering equipment directly.
Sinopak TSVG adopts cascade topology, with lower output harmonic content and very good filtering effect.
High Quality Power Units Design for moisture-proof and dust-proof.
Fully closed design of power unit control panel ensures operation stability in humid, windy and dusty environment, Control drive board on power unit adopts silicone material with good performance for potting. The silicone can stay resilient and stable within -55°C~+180°C, and has better thermal conductivity and insulativity, ensuring stable operation of SVG in salt-spray environment.
2. Control Cabinet Design Advantage
Fully closed design of control cabinet ensures use reliability in sand-dust or humid environment.
Fully closed design of control cabinet prevents external dust or soot from entering control cabinet. After being closed, it needs to receive heat dissipation; to ensure internal temperature within a reasonable range, upper and lower parts of control cabinet interior are respectively equipped with one fan for up-down and right-left circular flow of air in it so as to decrease the temperature.
Whole control system components are comprehensively screened, with low power consumption and high reliability, to improve whole system stability. Thermal simulation of FlOWTHREM software is used to control 67°C average internal temperature when external ambient temperature is 45°C so as to meet component temperature in service environment. It fundamentally solve dust prevention and pollution prevention problems.
3. Service Advantage
Power Module Tester
SVG mainly consists of many power modules, in order to help customers find module fault in time, Sinopak designed power Module tester, it is very easy and very fast to find the module faults.
By the way, Sinopak also install GPS module in SVG control room in order to help customer analyze SVG faults.
