生活廢棄物 燒却플랜트의 受電設備容量 算定基準

다국어 초록 (Multilingual Abstract)

The total number of Daily waste incineration plants operating nationwide is 43 and the capacity is 12,516 ton/day by the end of 2009. However lack of data and documents released about the design and operation of the electrical equipment causes the situation that an Incineration Plant is designed by a designer's own empirical judgment on the basis of similar data of various loads, and then it leads to the overinvestment of facilities and an unnecessary loss of power.
An excessive design of transformer equipments brings about an increase in their investment cost in equipments, which increases maintenance expenses caused by an increase in the loss of the transformer. Therefore this thesis will provide an analysis about a yearly-, monthly-, daily-maximum power and a change in the amount of electricity used, useful rate of transformers, electric power load characteristic like load factor, etc, and propose the technical standards of the evaluation method on reasonable transformer capacity in the Daily waste incineration plants. By doing this we will use this thesis as the technical data on the design and operation of the Incineration Plant

목차 (Table of Contents)

• 제1장 서론 1
• 1.1 배경 및 목적 1
• 1.2 연구방법 및 내용 4
• 제2장 전기설비 설계의 이론적 고찰 5
• 2.1 부하설비용량의 산정 5
• 2.2 수전설비용량의 산정 13
• 제3장 소각플랜트 수전설비용량 및 부하특성 분석 23
• 3.1 분석개요 23
• 3.2 수전설비용량 산정실태 분석 29
• 3.3 적력부하 특성 분석 32
• 제4장 소각플랜트 수전설비용량 산정기준 설정 42
• 4.1 부하설비용량 산정 기준 42
• 4.2 수전설비용량 산정 기준 44
• 4.3 수전설비용량 산정기준 적용에 따른 경제적 효과 46
• 제5장 결 론 49