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Article
Development and Research of Bypass Device to Improve DC Grid Performance
Author(s)
Jongman Kim1, Seokhoon Hong2, Beobseong Song2 and Yong-sung Choi3
Full-Text PDF XML 663 Views
DOI:10.17265/2328-2223/2019.01.002
Affiliation(s)
1. Jeonnam State University, Jeonnam 57337, Republic of Korea
2. TEF Company Limited, Jeonnam 57903, Republic of Korea
3. Dept. of Electrical Engineering, Dongshin University, Jeonnam 58245, Republic of Korea
ABSTRACT
Among the factors determining the performance of
the new renewable energy system, the processing part of the untreated DC power
is a very important element. In fact, the area where the loss of the new
renewable energy system is greatest is also the DC transmission and
distribution technology. It is critical to prevent this loss and to improve the
performance of the system, and analyze the performance of the resulting through
the application of the resulting algorithms. In this thesis, we are discussing ways
to calibrate the error in the PV distribution system within the solar power
generation system using the Bypass Line Configuration Algorithm. I would like
to note that if the operation of the Bypass Line device generates electrical
abnormalities in the system’s circuits, it can recover the performance of the
system, thereby improving performance.
KEYWORDS
DC grid, bypass diode, DC transmission.
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