SVG(SiC Products)

HIEC SVG series static var generator is independently developed and produced by Shenzhen Haisi Ruike Electric Technology Co., Ltd. The advanced reactive power extraction algorithm is used to improve the dynamic response speed of reactive power management, which can quickly and accurately track the reactive current and compensate, and provide a perfect solution for reactive power management. In addition, HIEC SVG also has the function of dynamic harmonic compensation and three-phase unbalanced current compensation, which can compensate all harmonics or specified harmonic currents of 2-25 times. HIEC SVG can improve power quality in all aspects, reduce grid loss, improve the energy efficiency of power supply equipment, and provide a strong guarantee for the normal operation of power equipment in all walks of life.

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SVG

Product Description

- Commodity name: SVG(SiC Products)
HIEC SVG series static var generator is independently developed and produced by Shenzhen Haisi Ruike Electric Technology Co., Ltd. The advanced reactive power extraction algorithm is used to improve the dynamic response speed of reactive power management, which can quickly and accurately track the reactive current and compensate, and provide a perfect solution for reactive power management. In addition, HIEC SVG also has the function of dynamic harmonic compensation and three-phase unbalanced current compensation, which can compensate all harmonics or specified harmonic currents of 2-25 times. HIEC SVG can improve power quality in all aspects, reduce grid loss, improve the energy efficiency of power supply equipment, and provide a strong guarantee for the normal operation of power equipment in all walks of life.

1、Advanced Silicon Carbide (SiC) Technology
High frequency, high voltage, low loss, and high temperature resistance.

2、Improved Compensation Accuracy
The compensation accuracy fluctuation is < 0.5% across the full load range.

3、Small Size & Light Weight
Volume reduced by over 30% and weight reduced by over 30%; saves space and lowers installation and transportation costs.

4、Enhanced Overall Machine Efficiency
Achieves an ultra-high efficiency of 99%, while the efficiency of IGBT is only 97%.

5、Ultra-High Power Density
The maximum compensation capacity per single cabinet exceeds 1000kvar.

6、Low Operation and Maintenance Costs
Compared with IGBT, it has lower electricity loss. Approximately 2 kWh of electricity can be saved per hour under full load conditions.