Design and Analysis of Dynamic Voltage Conditioner for Smart Low Voltage Distribution System
Keywords:
APF, DVR, DSO, DVC, PQ, PCC, STATCOM, UPQCAbstract
Power Quality (PQ) development in circulation level is a rising concern in current electrical power systems. Frequently this difficulty is solved by smart sharing transformers, hybrid transformers, and solid-state transformers, but also Dynamic Voltage Conditioner (DVC) can be an inventive and cost-effective solution. The paper introduces a new control method of a single-phase DVC system able to compensate these long-duration voltage drifts. For these events, it is compulsory to avoid active power interactions so the controller is planned to work with non-active power only. DVC performance for main voltage and load variation is
examined. The proposed solution is validated with a simulation study and experimental laboratory tests. Some simulation and experimental results are illustrated to show the sample device’s performance.
How to cite this article: Pandith IS, Khaira KS. Design and Analysis of Dynamic Voltage Conditioner for Smart Low Voltage Distribution System. J Engr Desg Anal 2020; 3(1): 7-11.
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