[Back to Results | New Search]

URN	etd-0004117-170758
Author	Shun-Yi Liu
Author's Email Address	No Public.
Statistics	This thesis had been viewed 5583 times. Download 34 times.
Department	Electrical Engineering
Year	2016
Semester	1
Degree	Master
Type of Document
Language	zh-TW.Big5 Chinese
Title	Distributed Maximum Power Point Tracking for Serial Photovoltaic Panels with Partial Power Regulation
Date of Defense	2016-12-18
Page Count	71
Keyword	Serial Photovoltaic Panels Partial Power Regulation Partial Shaded Condition System Global Maximum Power Point Tracking (SGMPPT)
Abstract	To improve the power utilization of photovoltaic (PV) system, this thesis proposes a circuit topology with partial power regulation based on distributed maximum power point tracking (DMPPT). The DMPPT is performed on each PV panel by regulating a part of generated power through the attached fly-back converter. By carefully taking account for the efficiencies of the fly-back converters, the system global maximum power point (SGMPP) can be exactly estimated. As the partially shaded condition on the serial PV panels changes, the SGMPP can be re-estimated with the new voltages and currents on the PV panels. To verify the theoretical analyses of the proposed approach, a laboratory system formed by three serial PV panels with the associated fly-back converters is set up for experimental tests. The tested results demonstrate that the system is capable of executing partial power regulation to track the estimated SGMPP and under partially shaded conditions. As compared to the PV system with PV panels connected directly in series and the conventional DMPPT topology, the proposed approach can achieve a higher power utilization of the PV system with accurate SGMPP estimation.
Advisory Committee	Yao-Ching Hsieh - chair Shiang-Hwua Yu - co-chair Ching-Ran Lee - co-chair Chin-Sien Moo - advisor
Files	etd-0004117-170758.pdf Indicate in-campus at 3 year and off-campus access at 3 year.
Date of Submission	2017-01-04

[Back to Results | New Search]