CAJ | 학술논문

　　GB/T 19141-2011《家用太阳能热水系统技术条件》及GB 26969-2011《家用太阳能热水系统能效限定值及能效等级》固化了家用太阳能热水系统的质量性能及强制规范，但这些方法也存在着一些问题，如：由于测试当天的太阳累计辐照度、当天的环境温度等不确定因素的直接或间接的影响，使得不同起始温度测试的集热器的热性能参数不具有可比性，或者规定天数内测试的整机日有用得热量存在误差。为此，我们研究利用数值理论《二维积分法》量化测试结果来解决这些问题。本文将针对该方法进行详细论述，并举例说明应用结果。
　　GB/T 19141-2011《가용태양능열수계통기술조건》급GB 26969-2011《가용태양능열수계통능효한정치급능효등급》고화료가용태양능열수계통적질량성능급강제규범，단저사방법야존재착일사문제，여：유우측시당천적태양루계복조도、당천적배경온도등불학정인소적직접혹간접적영향，사득불동기시온도측시적집열기적열성능삼수불구유가비성，혹자규정천수내측시적정궤일유용득열량존재오차。위차，아문연구이용수치이론《이유적분법》양화측시결과래해결저사문제。본문장침대해방법진행상세논술，병거례설명응용결과。
According to GB/T 19141 -2011 and GB 26969 -2011 curing the quality performance and compulsory norms of domestic solar water heating system; But these methods also have some problems, such as: due to directly or indirectly influences of the conditions of sun cumulative irradiance, the environment tem-perature and each uncertainty factors, make different starting temperature test of collector energy performance parameters not comparable, or machine tested within provisions days, there exists some error on daily useful energy. For this reason, we study by using numerical theory “offline integral method” of quantitative test re-sults to solve these problems. This paper will focus on the method in detail, and an example is presented to il-lustrate the application results.