智能建筑电气技术
智能建築電氣技術
지능건축전기기술
ELECTRICAL TECHNOLOGY OF INTELLIGENT BUILDINGS
2013年
6期
26-30
,共5页
陈佳实%吴正松%陈健%黄仁魁
陳佳實%吳正鬆%陳健%黃仁魁
진가실%오정송%진건%황인괴
仿真%模糊控制%节能算法%VAV空调
倣真%模糊控製%節能算法%VAV空調
방진%모호공제%절능산법%VAV공조
simulation%fuzzy control%energy-saving algorithm%VAV air-conditioning
本文建立了变风量空调系统末端装置(VAV BOX)仿真系统及其控制对象区域(Zone)模型，并将模糊控制理论引入控制系统，结合目前使用最广泛的PID控制器，得到一种具有两种控制方式优良特性的模糊自适应PID控制器。控制系统以Zone内温度变化为主参考变量来研究分析模糊自适应PID控制算法的控制性能与节能效果。
本文建立瞭變風量空調繫統末耑裝置(VAV BOX)倣真繫統及其控製對象區域(Zone)模型，併將模糊控製理論引入控製繫統，結閤目前使用最廣汎的PID控製器，得到一種具有兩種控製方式優良特性的模糊自適應PID控製器。控製繫統以Zone內溫度變化為主參攷變量來研究分析模糊自適應PID控製算法的控製性能與節能效果。
본문건립료변풍량공조계통말단장치(VAV BOX)방진계통급기공제대상구역(Zone)모형，병장모호공제이론인입공제계통，결합목전사용최엄범적PID공제기，득도일충구유량충공제방식우량특성적모호자괄응PID공제기。공제계통이Zone내온도변화위주삼고변량래연구분석모호자괄응PID공제산법적공제성능여절능효과。
The model of the simulation system for VAV BOX and its control object zone is constructed firstly. Combining with the most widely used PID controller, and applying fuzzy control theory into control system, a type of fuzzy self-adaptive PID controller with good performances of two kinds of control method is developed. The control system takes the temperature variation in the Zone as the main reference variable to research and analyse the control performance and the energy-saving effect of the fuzzy self-adaptive PID control algorithm.
