Name: 35kV static var generator (SVG) – water-cooling
Brand: GETM
Availability: InStock
Rating: 4.9 (58 reviews)

35kV static var generator (SVG) – water-cooling

35kV static var generator (SVG) – water-cooling

Product Profile & Features

35kV static var generator (SVG) – water-cooling
Technical parameter

Name	Specification
Rated voltage	6kV±10%～35kV±10%
Assessment point voltage	6kV±10%～35kV±10%
Input voltage	0.9~ 1.1pu; LVRT 0pu(150ms), 0.2pu(625ms)
Frequency	50/60Hz; Allow short-term fluctuations
Output capacity	±0.1Mvar～±200 Mvar
Starting power	±0.005Mvar
Compensation current resolution	0.5A
Response time	<5ms
Overload capacity	>120% 1min
Power loss	<0.8%
THDi	<3%
Power supply	Dual power supply
Control power	380VAC, 220VAC/220VDC
Reactive power regulation mode	Capacitive and inductive automatic continuous smooth adjustment
Communication interface	Ethernet, RS485, CAN, Optical fiber
Communication protocol	Modbus_RTU, Profibus, CDT91, IEC61850- 103/104
Running mode	Constant device reactive power mode, constant assessment point reactive power mode, constant assessment point power factor mode, constant assessment point voltage mode and load compensation mode
Parallel mode	Multi machine parallel networking operation, multi bus comprehensive compensation and multi group FC comprehensive compensation control
Protection	Cell DC overvoltage, Cell DC undervoltage, SVG overcurrent, drive fault, power unit overvoltage, overcurrent, overtemperature and communication fault; Protection input interface, protection output interface, abnormal system power supply and other protection functions.
Fault handling	Adopt redundant design to meet N-2 operation
Cooling mode	Water cooling/Air cooling
IP degree	IP30(indoor); IP44(outdoor)
Storage temperature	-40℃～+70℃
Running temperature	-35℃～ +40℃
Humidity	<90% (25℃), no condensation
Altitude	<=2000m (above 2000m customized)
Earthquake intensity	Ⅷ degree
Pollution level	Grade IV

FGSVG series products can be widely used in petrochemical industry, power system, metallurgy, electrified railway, urban construction and other industries, such as various asynchronous motors, transformers, thyristor converters, frequency converters, induction furnaces, lighting equipment, electric arc furnaces, electric locomotives, hoists, cranes, stamping machines, cranes, elevators, wind turbines, elevators, electric welding machines, resistance furnaces Quartz smelting furnace and other equipment provide high-quality and reliable reactive power compensation and filtering solutions.

FGSVG series products can enhance power transmission capacity, reduce power loss, compensate reactive power, control harmonics, suppress flicker, stabilize grid voltage, balance three-phase system, change system damping characteristics and improve system stability.

Specifications and dimensions of 35kV indoor type products
Air cooled type

Voltage class(kV)	Rated capacity(Mvar)	Dimension WDH(mm)	Weight(kg)	Reactor type
35	8.0～21.0	1450018002100	9550～10200	Air core reactor
	22.0～42.0	2620018002100	15580～19200	Air core reactor
	43.0～70.0	4780018002100	27000～32000	Air core reactor
	71.0～80.0	5240018002100	36000～72000	Air core reactor

Water cooling type

Voltage class(kV)	Rated capacity(Mvar)	Dimension WDH(mm)	Weight(kg)	Reactor type
35	5.0～50.0	740079002600	9000～14000	Air core reactor
	51.0～85.0	1150079002600	15800～24000	Air core reactor
	86.0～100.0	1600074002600	18000～28000	Air core reactor

Note:
1. Capacity (Mvar) refers to the rated regulation capacity within the dynamic regulation range from inductive reactive power to capacitive reactive power.
2. The air core reactor is used for the equipment, and there is no cabinet, so the placement space needs to be planned separately.
3. The above dimensions are for reference only. The company reserves the right to upgrade and improve the products. The product dimensions are subject to change without notice.

System Performance

cooling method

01 Forced air cooling
The intelligent temperature control system is adopted for air cooling and heat dissipation: the frequency conversion control technology is used for the heat dissipation fan, and the speed of the heat dissipation fan is controlled according to the equipment capacity, radiator temperature and ambient temperature, so as to control the inlet air volume, so as to achieve energy conservation and noise reduction, especially when the capacity is small, the effect is more obvious.

02 Air water cooling
The hot air caused by the heating of the equipment returns to the room after passing through the outdoor water-cooled heat exchange system to form a hot air cold air circulation system to realize the purpose of equipment heat dissipation. The circulating water used by the outdoor water cooling and heat exchange system can borrow the external water source on the site, establish water tower and other ways, which is suitable for the site with harsh environment.

03 Wind water cooling
In harsh environments such as high sand, high humidity, high salt fog, high corrosion and high condensation, as well as occasions with high noise requirements, conventional air-cooled heat dissipation can’t well meet the environmental requirements of the site, but the use of water-cooled heat dissipation can better meet the needs of the site.

Product Advantages

Advantages:
The process is perfect, durable and reliable
Skilled in design, fearless of adversity
Compensation method of dynamic and static combination

35kV static var generator (SVG) – water-cooling

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