建筑节能
建築節能
건축절능
CONSTRUCTION CONSERVES ENERGY
2013年
12期
68-71
,共4页
动力源%住宅排气道系统%静压%位置
動力源%住宅排氣道繫統%靜壓%位置
동력원%주택배기도계통%정압%위치
power source%residential exhaust system%static pressure%location
对住宅厨房排气道系统进行了模拟实测的研究，研究表明动力源的集中位置靠近底层的距离越小对底层的静压升高呈正相关系。动力源的布置位置、均匀分布以及间距对系统的气流稳定性和阻力特性都有影响。针对不同开机率的动力源的布置对系统影响进行说明。
對住宅廚房排氣道繫統進行瞭模擬實測的研究，研究錶明動力源的集中位置靠近底層的距離越小對底層的靜壓升高呈正相關繫。動力源的佈置位置、均勻分佈以及間距對繫統的氣流穩定性和阻力特性都有影響。針對不同開機率的動力源的佈置對繫統影響進行說明。
대주택주방배기도계통진행료모의실측적연구，연구표명동력원적집중위치고근저층적거리월소대저층적정압승고정정상관계。동력원적포치위치、균균분포이급간거대계통적기류은정성화조력특성도유영향。침대불동개궤솔적동력원적포치대계통영향진행설명。
The experimental study of the simulated residential kitchen exhaust system in the measured way shows that the smaller the centralized location of power sources close to the bottom, the more the static pressure around the bottom will be. The location of power sources, the space between power sources, and the uniform distribution have influence on the airflow of the system which make the stability and resistance characteristics affected. The influence of power sources arrangement with different starting rate on system is explained.
