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Static Var Compensation Device (SVC)
Static Var Compensator (SVC) is suitable for voltage levels below 35KV, and is a solution with fast response to technical effects in current reactive power compensation solutions. SDrHMCR is particularly suitable for rapid compensation of industrial occasions, reduce the impact load and non-load caused by voltage fluctuations and flicker, three-phase system imbalance, harmonic interference, improve the power factor, reduce line loss network loss and transformer loss, improve the quality of power supply, to achieve energy saving and loss efficiency.
Product Description
Static Var Compensator (SVC) is suitable for voltage levels below 35KV, and is a solution with fast response to technical effects in current reactive power compensation solutions. SDrHMCR is particularly suitable for rapid compensation of industrial occasions, reduce the impact load and non-load caused by voltage fluctuations and flicker, three-phase system imbalance, harmonic interference, improve the power factor, reduce line loss network loss and transformer loss, improve the quality of power supply, to achieve energy saving and loss efficiency.
Product Features
The static var compensator (SVC) is a device that can control the line voltage quickly and reliably. SVCs typically regulate and control the voltage to the desired set point under normal steady-state and sporadic conditions, providing dynamic, fast-responding reactive power in response to system emergencies (e. g., line short, line and generator disconnections). In addition, SVC can also improve transmission capacity, reduce losses, reduce active power oscillations and prevent overvoltage during load losses.
SVCs are customized to meet the specific needs of each customer. The SVC is composed of a number of fixed or variable branches, at least one of which includes a thyristor, and the combination of branches can be greatly adjusted according to requirements.
SVCs typically include a combination of at least two of the following (e. g., TCR / FC or TCR / TSC / FC):
· Thyristor controlled reactor (TCR)
· Thyristor Switched Capacitor (TSC)
· Harmonic Filter Capacitor (FC)
· Mechanical switching capacitor bank (MSC) or reactor bank (MSR)
Common topologies for SVCs are: TCR / FC or TCR / TSC/FC. The main advantage of using a topology with TSC branches is that losses can be reduced (by reducing the size of the filter). Both the high and low voltage sides of the SVC transformer can be equipped with mechanically switched capacitor banks to increase the total reactive power support outside the dynamic range. The SVC control system can be used to control new or existing external shunt capacitor banks.
Detailed technical parameters and product models, contact us!
Splend Electric (Beijing) Co., Ltd
Http：www.splendpower.com
Add：52A, No.17 Jing Sheng South 4th Street, Zhongguancun Science and
Technology Park, Tongzhou District, Beijing-China
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