Research on Practical Control Circuit of SVG in Single-Phase Low Voltage Field

Cong Mei Zha; Yan Dong

doi:10.4028/www.scientific.net/AMR.694-697.1469

Paper Titles

Parameters Optimization of Er³⁺ Doped Fiber Amplifier by Numerical Simulation
p.1450

Source-End Layout Influences on MOSFET ESD Protection Devices in a 0.35um 5V Process
p.1454

A Control Path Design of Communications Processor
p.1459

A Experiment Study of De-Noising to Reduce the Effect of Artificial Light Interferences for Visible Light Communications Using White-LEDs
p.1465

Research on Practical Control Circuit of SVG in Single-Phase Low Voltage Field
p.1469

Design of Intelligent Hanger Based on AT89C52 Single-Chip Microcomputer
p.1475

Dynamic Characteristics and System Loss Research of the Variable Frequency Hydraulic Decoupling Control System
p.1479

HILS Test Bench Based on Open and close Loop Test for Air ABS System
p.1484

Study on a Kind of Electric Eddy Current Retarder Using in Working Condition Tailpipe Emission Monitoring
p.1488

HomeAdvanced Materials ResearchAdvanced Materials Research Vols. 694-697Research on Practical Control Circuit of SVG in...

Research on Practical Control Circuit of SVG in Single-Phase Low Voltage Field

Abstract:

For the use of Static Var Generator (SVG) in dynamic reactive power compensation of low voltage field, this paper proposes a reactive current control strategy suitable for single-phase bridge voltage source SVG and gives the main control circuit of this control method. The experimental results verify the effectiveness and practicality of this control strategy and the circuit design.