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   Power Quality

Static VAR Generator

VOXCELS Static VAR Generator (SVG) is an advanced power quality solution for power factor correction, mitigates harmonics, three-phase unbalance correction, ensuring a cleaner and more efficient power system.

 

Inductive and capacitive reactive power compensation
Four-Quadrant SVG for PV Backfeeding
High-Voltage PCC System Compatibility
Offset Compensation
Hybrid Compensation: SVG and Capacitors
Modular Installation Options: Wall and Cabinet Solutions

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Static VAR Generator datasheet

Voltage range

VOXCELS SVG supports multiple voltage levels, including 200V, 400V, 480V, 690V, and 800V, ensuring seamless integration across diverse electrical systems.

Rated capacity

With rated capacities from 10kVarA to 150kVar, Enjoypowers' SVG delivers scalable reactive power compensation solutions for diverse C&I applications.

Harmonic orders

Up to 50% of Enjoypowers SVG's capacity can be used for compensating harmonics up to the 17th order, enhancing power quality and system stability.

 

VOXCELS Rated Capacity vs. Voltage Range for SVG Modules

 

 

Voltage(Vac)            
800         120  
690         120  
480   35 50 75 100 150
400 20 35 50 75 100 150
200 10 17.5 25 37.5 50 72.5

 

SVG Core Specifications Overview

 

 

Frequency: 50/60Hz
Efficiency: >97%
Response Time: <10ms
Wiring Types: 3P3W/3P4W (Compatible)
Communication Interface: RS485, Modbus Protocol
Installation Types: Rack-mount, Wall-mounted, and Floor-standing Cabinet

Four-Quadrant SVG for PV Backfeeding

 

When PV systems generate reverse current, voltage instability and power factor issues may arise. SVG’s four-quadrant functionality dynamically adjusts reactive power, ensuring stable power factor correction, grid stability, and efficient power distribution.

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High-Voltage PCC Compatibility

 

When PCC is on the high-voltage side of the transformer, CT is typically installed on the high-voltage side, while SVG connects via the low-voltage side (e.g., 400V AC). SVG fully supports this installation method.

Offset makes reactive power compensation more accurate

 

When the SVG’s CT installation point is far from the measurement point, some reactive power remains uncompensated due to line losses. Enjoypowers’ SVG features an offset compensation function, ensuring more precise and effective reactive power correction.

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If you need power quality solutions, you are welcome to contact us!

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Email: sales@voxcels.com

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