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연구논문

초정압 방전램프(UCD)를 적용한 안전조명 장치에 관한 연구

원문정보

An Experimental Study on the a Light Device which Adopt Safety Ultra Constant Dischange Lamp

정풍기, 김영철

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초록

영어

This paper describes the development of various lighting equipment adapting Ultra Constant Discharge Lamp that has newly been on commercial supply in the market. Meeting the required conditions of lighting equipment, various types of UCD Lamp equipment with excellent performances could be successfully developed. In order to provide a guideline for the economical lighting product selection, the analyzed data comparison between Hi-pressure Sodium Lamp which has been the most popular lamp for street lighting and UCD Lamp is provided. The conclusions of the study are made as follows; (1) The performance measurement result of UCD Lamp shows excellent Luminous Efficacy as 108Lm/W, daylight-like Color Rendering Index as 90Ra, and the best operating temperature range as -50℃~+85℃. Comparing to the Hi-pressure Sodium Lamp, UCD could be evaluated as much superior products. (2) In an assembled status with the lighting fixture (Type STB형-60W), UCD Lamp was tested OK for one hour duration at the temperature range form -50℃ to +85℃ and the humidity of 98%. The operation at the extremely low temperature can be an excellent feature to enable the export to the cold temperature regions such as Northern Europe and Russia and the specific applications for defense systems and special industry. (3) As UCD Lamp is a genuine Korea made product following Energy-saving and Eco-friendly policy, it should be appreciated as one of the best CO2 reduction Green product.

목차

Abstract
 1. 서론
  1.1 연구 배경
  1.2 연구 목적
 2. 관계 이론
  2.1 초정압 방전 램프(UCD)
 3. 실험 장치 및 실험 방법
  3.1 실험 장치
  3.2 실험 방법
  3.3 UCD STB형 60W 등기구 극한 실험 방법
  3.4 램프별 비교 분석치
 4. 실험 결과 및 고찰
  4.1 나트륨 램프 및 LED 램프 가로등과 UCD 60W 비교
  4.2 UCD 램프 가로등과 LED 램프 비교
  4.3 UCD와 각 램프의 소비전력 대비 효율 비교
  4.4 UCD 램프 60W와 나트륨램프 250W의 밝기 조도측정
  4.5 UCD 램프 60W와 LED 램프 216W의 밝기 광도 측정
  4.6 우리나라 가로등과 보안등 분포현 황과 연간 전력절감 현황
  4.7 UCD램프와 나트륨램프의 비교제안(1)
  4.8 UCD램프와 나트륨램프의 비교 제안(2)
 5. 결론
 6. 참고문헌

저자정보

  • 정풍기 Poong-Gi Jeong. 군산대학교 기계공학과
  • 김영철 Young-Chul Kim. 군산대학교 기계공학과

참고문헌

자료제공 : 네이버학술정보

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