CAJ | 학술논문

针对目前太阳能散射辐射测试难问题，设计了一种新型便携式智能太阳辐照传感器，该装置主要利用水平、倾斜太阳电池接收太阳总辐照量，结合测试时间与测试地点，计算并通过显示屏显示该测试点的水平面直接辐照强度、水平面散射辐照强度、斜面直接辐照强度、斜面散射辐照强度。根据自行设计的辐照传感器结合计算模型得出的散射与直射辐照值与气象站直接测量值相比，误差在5%以内，这是由于空气灰粒、与气象站传感器表面脏污等因素造成。
침대목전태양능산사복사측시난문제，설계료일충신형편휴식지능태양복조전감기，해장치주요이용수평、경사태양전지접수태양총복조량，결합측시시간여측시지점，계산병통과현시병현시해측시점적수평면직접복조강도、수평면산사복조강도、사면직접복조강도、사면산사복조강도。근거자행설계적복조전감기결합계산모형득출적산사여직사복조치여기상참직접측량치상비，오차재5%이내，저시유우공기회립、여기상참전감기표면장오등인소조성。
A new type of portable intelligent solar radiation sensor was designed to solve the problem in the solar scattered ra-diation testing at present.The device was mainly used horizontal and inclined solar cell to receive the total solar irradiation,which combined with the test time and test sites.Then the calculation of horizontal direct and scattering radiation intensity,inclined direct and scattering scattered radiation intensity of the test point were displayed on the display.Finally,the result was compared with val-ues measured meteorological station,and it shows the error is within 5%,which is mainly due to ash particle,sensor surface dirt and so on.