Improving Power Quality Of Distribution Grid Using An Ultracapacitor Integrated With Power Conditioner
Journal Title: International Journal of Science Engineering and Advance Technology - Year 2017, Vol 5, Issue 3
Abstract
Entrance of different sorts of disseminated vitality assets (DERs) like sun oriented, wind, and module half and half electric vehicles (PHEVs) onto the dispersion lattice is on the ascent. There is a comparing increment in power quality issues and discontinuities on the circulation lattice. With a specific end goal to diminish the discontinuities and enhance the power nature of the conveyance framework, a ultracapacitor (UCAP) incorporated power conditioner is proposed in this paper. UCAP incorporation gives the power conditioner dynamic power capacity, which is valuable in handling the lattice irregularities and in enhancing the voltage hang and swell pay. UCAPs have low vitality thickness, high-control thickness, and quick charge/release rates, which are all perfect qualities for meeting high-control low-vitality occasions like sags/swells. In this paper, UCAP is coordinated into dc-connection of the power conditioner through a bidirectional dc–dc converter that aides in giving a hardened dc-interface voltage. The reconciliation helps in giving dynamic/responsive power bolster, irregularity smoothing, and list/swell pay. The aggregate consonant bending was lessened by utilizing fuzzy controller. Plan and control of both the dc–ac inverters and the dc–dc converter are talked about. The reproduction performed in MATLAB/SIMULINK condition.
Authors and Affiliations
P Naresh| Asst. Professor, Department of EEE, Raghu Engineering College, Vishakapatnam India, V Sai Ganesh| B.Tech Student, Department of EEE,Raghu Engineering, College, Vishakapatnam India, B Vinay Varshini| B.Tech Student, Department of EEE,Raghu Engineering, K Nishitha| B.Tech Student, Department of EEE,Raghu Engineering, Ekram Quershi| B.Tech Student, Department of EEE,Raghu Engineering
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