The Transactions of The Korean Institute of Electrical Engineers (전기학회논문지)

The Korean Institute of Electrical Engineers (대한전기학회)
권호 표지
DOI QR코드

DOI QR Code

Analyze the Results of Lighting Type Change and Rroposal of Power Density per Unit Area for Light Pollution Control of Channel-letter Type Advertisement Lighting

채널레터형 광고조명의 빛공해 관리를 위한 조명방식 개선효과 분석 및 단위면적당 소비전력(W/㎡) 제한 방법 제안

  • Yoo, Seongsik (BIT Medical Convergence Graduate Program, Kangwon National University) ;
  • Kim, Hyun-Ji (Department of Family & Housing Studies, Yeungnam University) ;
  • Kim, Hoon (Dept. of Electrical and Electronic Engineering, Kangwon National University)
  • Received : 2018.03.01
  • Accepted : 2018.05.30
  • Published : 2018.06.01
Download PDF
⟨ Previous Next ⟩

Abstract

Although the Act on the Prevention of Light Pollution Due to Artificial Lighting has been enforced since 2013, the area of advertisement lighting has made slow progress in solving the problems of light pollution. This paper first investigated institutional problems by analyzing domestic laws and regulations relating to the light pollution of advertisement lighting, and investigated and analyzed methods for reducing light pollution that were applied in overseas countries. Then, problems of light pollution were analyzed by conducting a research on the actual status of advertisement lightings installed in South Korea and applying various methods for reducing light pollution, and advertisement lighting using LED was recommended. As a method for reducing light pollution that can be applied to the process of manufacturing channel letter-type advertisement lights, power consumption per unit area ($W/m^2$) was proposed, and $100W/m^2$ was recommended as a value currently suitable for South Korea.

Keywords

References

  1. Hyun-Ji Kim. et al, "Current Status of Abroad Advertisement lighting installation and management criteria", The Proceeding of KIIEE Vol. 28(2), 2014.
  2. Philip M. Garvey, "On-Premise Commercial Sign Lighting and Light Pollution", LEUKOS Vol.1 NO 3 JANUARY 2005, 2005
  3. Seong-sik Yoo. et al, "A Study on Reduction of Light Pollution through Survey and Analysis on LED Signboards", Proceeding of KIIEE Annual Spring Conference 2016, 2016
  4. Hyun-Ji Kim, hoon Kim, "Study on the Luminance Measuring Method and Regional Measured Results for Outdoor Signboards with Lighting Considering Light Pollution", Journal of the KIIEE Vol. 26(10), 2012
  5. Enforcement Rule of the Act on the Prevention of Light Pollution(Ministry of Environment), 2013
  6. Standard methods for the examiantion of light pollution (National Institute of Environmental Research), 2013
  7. Recommendation standards for the prevention of light pollution by advertisement lighting(Ministry of Environment), 2014
  8. Seongsik Yoo et al., A Study on Reduction of Light Pollution through Survey and Analysis on LED Signboards, Proceeding of KIIEE Annual Spring Conference 2016, pp. 80, 2016.
  9. Seoul Light Environment Management Plan-Final Report (Seoul Metropolitan Government), 2016
  10. Sunho Jeon. et al, "An Analysis of Effects of Light Pollution at Change of Luminous Signboards from Inside Type to Channel-letter Type", The Proceeding of KIIEE Annual Spring Conference 2014, 2014
  11. Development and application of advertising lighting and streetlight installation management research-Final Report(Ministry of Environment), 2014
  12. Seongsik Yoo et al., "Proposal of Lighting Power Density for Reduction of Light Pollution by Advertisement Lighting", Proceeding of KIIEE Annual Spring Conference 2017, pp. 80, 2017.
  13. Wang,Yajiang, "Study on Optical Intrusion Simulation of LED Advertising Screen in Beijing and Tianjin", Proceeding of 10th Asia Lighting Conference, pp. 287-290, 2017