Product Detail

Sinexcel Static Var Generator (SVG) for Power Quality Compensation

  • Performance breakthrough with SiC technology
  • Ultra high efficiency (up to 99%)
  • Tiny dimensions with huge capacity
  • Flexible top-vent cabinet and optional potting protection
  • Package power quality solutions with easy maintenance

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Description The Sinexcel Ultra SVG utilizes revolutionary Silicon Carbide (SiC) MOSFET technology to deliver unparalleled improvements in performance and efficiency. It achieves up to 99% peak efficiency by offering lower on-state resistance, faster switching speeds, and reduced switching losses. This advanced SVG provides precise reactive power and three-phase unbalance compensation, ensuring electricity bill savings, higher ROI, and highly stable operations even in harsh and demanding grid environments. Technical Specifications:
  • Rating: 30K / 50K / 75K / 100K / 200K
  • Nominal Voltage: 220V / 400V / 480V
  • Nominal Frequency: 50/60Hz auto sensing (Range: 45Hz-62.5Hz)
  • Efficiency: 99% for 220V/400V module; 98.5% for 480V module
  • Connection Type: 3 Phase 3 Wire / 3 Phase 4 Wire (480V module supports 3P3W only)
  • Dimensions (WDH): 50047088 mm (30K/50K); 500520100 mm (75K/100K); 500600220 mm (200K)
  • Net Weight: 18kg to 60kg depending on the module
  • Protection Class: IP20 (IP degree can be customizable)
Key Features
  • Ultra-fast response time of <50μs and full response time of 15ms.
  • Supports unlimited parallel quantities for flexible power expansion.
  • Each cabinet can support up to 8 Ultra modules, providing a maximum capacity of 800kVAr.
  • Advanced control algorithm using FFT, Intelligent FFT, and instantaneous reactive power.
  • Optional potting protection utilizing special glue inside the modules for enhanced anti-corrosion and anti-conductive dust performance.
About Manufacturer Sinexcel Electric Co. Ltd is a leading provider of power quality solutions headquartered in Shenzhen, China. Their innovative SVG technology has been globally implemented to safeguard operations and significantly improve power factors in various large-scale industrial scenarios, including textile factories and metal recycling plants.

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