INTERLINE UPQC CONNECTED WITH PV ARRAY FOR BETTER POWER QUALITY
Journal: International Journal of Electrical Engineering and Technology (IJEET) (Vol.9, No. 3)Publication Date: 2018-06-27
Authors : SUDHIR SHARMA CHINTU RZA; AMANPREET KAUR;
Page : 137-145
Keywords : Multi converter unified power quality converter; Power quality; Proportional integral derivative; total harmonic distortion (THD); and voltage sag/swell;
Abstract
UPQC can be considered as the most encouraging answer for the power quality issues. The UPQC can't make up for the long voltage intrusion since it has no energy storage in the DC interface. The above impediment can be abstained from utilizing solar energy (PV cluster).The UPQC (FACTS) gadgets are skilled to manage the power stream of a solitary line just, thus to manage the power stream of multiline or a sub arrange multi converter (FACTS) devices, like interline power-flow controller (IPFC) and therefore the generalized unified power-flow controller (GUPFC) area unit were presented .In this paper another brought together power quality framework for all the while remuneration of multibus /multi feeder system referred to as MCUPQC has been produced. A PV is associated to the ordinarily based DC connect, we are enhancing the peak power and maximum voltage using PID controller and this PV module enhances the substantial voltage interference and hang /swell .The execution of PV based MCUPQC and consequently the adjusted management algorithmic program is represented by simulation
Other Latest Articles
- RE-ENGINEERING CATALOGUING SERVICES FOR EFFECTIVE LIBRARY OPERATIONS IN INFORMATION AND COMMUNICATION TECHNOLOGY (ICT) ERA: A CASE ANALYSIS OF UNIVERSITY OF UYO LIBRARY, AKWA IBOM STATE
- STATUS OF LIBRARY AUTOMATION AND ICT INFRASTRUCTURE IN PRIVATE AIDED FIRST GRADE COLLEGE LIBRARIES IN BANGALORE CITY
- DIGITAL LITERACIES AND EDUCATION IN KASHMIR ARE POLES APART- REASONS AND REMEDIES
- CLOUD COMPUTING STRATEGY AND ADOPTION IN HIGHER EDUCATION: THE CASE OF SAUDI ARABIA
- ARTIFICIAL IMMUNE SYSTEM BASED INTRUSION DETECTION SYSTEMS-A COMPREHENSIVE REVIEW
Last modified: 2018-09-20 15:54:36