CAJ | 학술논문

本文针对公共建筑用热温位要求多、运行工况多的特点，提出了一种多工况建筑用能系统综合与设计的方法，以提高系统的能量利用效率。首先，通过对用能温度品位高低进行分类，将各温位的热需求和废(余)热以冷、热物流的形式组成了能量回收再利用网络。考虑用能情况的季节差异建立多周期模型，采用夹点分析和数学规划相结合的方法，建立换热网络的MINLP模型来优化建筑能量回收再利用系统，并对比了考虑换热网络优化前后系统总费用的变化情况。
본문침대공공건축용열온위요구다、운행공황다적특점，제출료일충다공황건축용능계통종합여설계적방법，이제고계통적능량이용효솔。수선，통과대용능온도품위고저진행분류，장각온위적열수구화폐(여)열이랭、열물류적형식조성료능량회수재이용망락。고필용능정황적계절차이건립다주기모형，채용협점분석화수학규화상결합적방법，건립환열망락적MINLP모형래우화건축능량회수재이용계통，병대비료고필환열망락우화전후계통총비용적변화정황。
Based on the features of public buildings' multi-requirement for heat temperature and multi-condition operating, this paper proposes a method of integrating and designing multi-condition building energy using system to improve the energy efficiency of the system. First of all, through the classification of temperature grade, organizes a energy recycling network by convert the heat requirements of each temperature level and waste heat into the form of cold, heat logistics. Considering the seasonal difference of energy-using, the paper builds a multi-period model, using method of combing pinch analysis and mathematical programming, establishes the MINLP model of heat exchanger networks to optimize building energy recycling system, and describes the changes of total cost before and after the optimization of the changing heat network.