원전 사고대응 스마트 구호소 구축 및 관리시스템 개발

Abstract

ABSTRACT

Development of a Smart Evacuation Shelter and its management system in response to NPP accidents Kwang-Cheol, Kim Advisor : Prof. Chung, Woon-kwan, Ph.D. Department of Nuclear Engineering, Graduate School of Chosun University

In the event of a radiological disaster caused by an accident in a severe nuclear facility, measures to protect residents should be taken first. A total of 1,536 relief stations are built around the Hanbit Nuclear Power Plant, each with a minimum capacity of hundreds to tens of thousands. The entry and exit registration of the relief facility is passive, making it difficult to manage all tens of thousands of refugees. As a result, it is difficult to maintain accurate control and tracking. In Korea, only Ulju County, Ulsan, is operating the refugee management system that uses the resident registration database and uses the iris and fingerprint recognition method. In case of foreign countries, the automatic registration system using ID cards was used to identify the current status of the refugees in Japan. This study constructed a management system using RFID tag cards with built-in human information to automate admission and registration of the refugees introduced. The Act provided that individual radioactive contamination be checked, the automatic registration of inmates, and the issuance of RFID tag cards for access to the facility automatically. The software program developed is displayed on the LCD monitor by combining the measured information of the door type sensor for detecting radioactive contamination, signals of incoming and outgoing RFID body, and human information of residents embedded in the recognized RFID, and the input and output records are built into the database. In addition, specific figures can be tracked using information on the number of people who are admitted to the relief agency and the search function. This efficient system operation enabled effective and timely actions.