Maximum Power Point Tracking in Solar Cells with Power Quality Preservation Based on Impedance Matching Concept for Satellite Electrical Energy Supply

Bibliographic Data

ID19518259
AuthorsLi Fu (0000-0002-5957-7790, Jilin University of Chemical Technology), Xiuwei Fu (0000-0003-4489-0263), Ping Yang (0000-0002-3646-438X, Jilin University of Chemical Technology), Yang Ping (0000-0002-7572-7787)
Year2021
Volume24
Issue2
Pages111-119
Publication date2021-06-30
Open AccessNo
TypeARTICLE
VenueNew Materialisms (JOURNAL)
Journal identifiersISSN: 1480-2422 • E-ISSN: 2292-1168
PublisherJournal of New Materials for Electrochemical Systems (PUBLISHER)
DOI10.14447/jnmes.v24i2.a08
OpenAlexW3192932428
LanguageEN
Citations received1

The power generation subsystem represents one of the principal components of a space system and is usually assembled from solar arrays and PPT topology. This paper aims to design and implement an algorithm to continuously extract the maximum power from the solar cells and deliver it to the consumer with minimum loss. In this regard, a brief introduction to the various parts of the power generation subsystem is provided and through accurate modeling of the solar cell and exploring the contributing factors to its power generation (including temperature, radiation, and space radiation), the algorithm is proposed based on the impedance matching concept. Simulation studies using MATLAB software have estimated an approximate 0.25065W per square centimeter power extraction and delivery to the customer. Our results suggest that the proposed approach can reduce steady-state losses while ensuring accuracy

Electrical engineering · Electrical impedance · Electricity generation · Electronic engineering · Impedance matching · MATLAB · Maximum power point tracking · Maximum power principle · Photovoltaic system · Physics · Advanced battery technologies research · Computer Science · Engineering · Mathematics · solar cell performance optimization · Spacecraft Design and Technology

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