CAJ | 학술논문

基于固定水平外遮阳，通过分析、整合建筑遮阳和采光的影响因素，提出了耦合遮阳和采光的设计方法：在不改变建筑的外遮阳系数的前提下，调整采光口的形状以优化室内自然采光，并利用 ECOTECT 软件进一步分析了房间进深和水平遮阳出挑长度不同时，采光口形状对室内平均采光系数的影响，结果表明在遮阳板出挑长度、采光口面积、窗台高相同的情况下，采用横窗时室内的平均采光系数较高，并将该结论应用于教学建筑方案设计中，优化了室内的自然采光使之满足采光标准的要求。
기우고정수평외차양，통과분석、정합건축차양화채광적영향인소，제출료우합차양화채광적설계방법：재불개변건축적외차양계수적전제하，조정채광구적형상이우화실내자연채광，병이용 ECOTECT 연건진일보분석료방간진심화수평차양출도장도불동시，채광구형상대실내평균채광계수적영향，결과표명재차양판출도장도、채광구면적、창태고상동적정황하，채용횡창시실내적평균채광계수교고，병장해결론응용우교학건축방안설계중，우화료실내적자연채광사지만족채광표준적요구。
An optimized scheme of daylight indoor is proposed by analyzing the influence factors to daylight and energy efficiency, based on the fixed external horizontal shading devices. The indoor daylight is optimized with the adjusted daylight opening shape and without the changed external shading coefficient. The effect of window shapes on the average daylight factor is analyzed by the ECOTECT software with different depth of room and length of horizontal shading devices. The results show that the average daylight factor can be optimized with the transverse window when the length of the shading devices, the area of the opening and sill are fixed value. The result is applied to the teaching of scheme design to optimize the natural lighting of the room and met the standard.