Power quality of Electronic Control System for Metal Halide HID Lamps
Metal Halide (MH) High intensity discharge (HID) Lamp is widely used because of its high efficacy and light color spectrum. To operate these lamps an electronic control system is required. The Electronic control system involves high frequency switching due to which the input power factor on the ac side may get deteriorated. An active power factor correction is used to improve the power factor on AC side. The objective of this paper is to analyze the working of active power factor correction for MH-HID electronic control system. The simulation work is done by using PSIM simulation software.
This Article is Research By Ahteshamul Haque and published by IJSTE JOURNAL
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