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Ahn, In-Soo
- Journal of the Korea Society of Computer and Information
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- v.19 no.2
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- pp.109-115
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- 2014
The research on solar energy that we get from nature to cope with energy exhaustion is a very significant and inevitable task for us to do. Along with this, lately, in Korea, as part of new growth engine industry regarding low-carbon green growth, we have selected the LED(Light Emitting Diode) as low power consuming, eco-friendly lighting equipment and have been facilitating research and development on it and creating a variety of new industries utilizing it. What was developed here in this research was the photovoltaic LED lighting system applying lithium polymer batteries equipped with the excellent performance of lithium ion batteries as well as significantly low explosive hazard. Its photovoltaic panel was made to have 100W capacity, and for its power supply system, functional convenience was considered so that it could be equipped with both DC and AC power to be used as household electricity in a variety of ways.
https://doi.org/10.9708/jksci.2014.19.2.109 인용 PDF KSCI

Lee, Kye-Byung;Son, Kwang-Myung;Jeon, In-Soo
- Journal of the Korean Institute of Illuminating and Electrical Installation Engineers
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- v.22 no.6
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- pp.70-78
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- 2008
This paper deals with the simulation modeling of PV generation system for its application to utility distribution network PSCAD/EMIDC simulation model is developed for use in studying the effect of the PV generation to the distribution system. Simulation results show that the addition of the PV system improves the voltage profile of the area by decreasing the power flow from the utility substation. Case studies also show that power quality at the load side is also improved via voltage compensation at the load bus.
https://doi.org/10.5207/JIEIE.2008.22.6.070 인용 PDF KSCI