CAJ | 학술논문

传统的聚光光伏组件（CPV）采用菲涅耳透镜聚光或者大型反射式聚光。这些组件的尺寸较大，不利于聚光光伏组件的小型化与模块化。该文主要设计制作了一种新型平板反射式聚光器，并应用到聚光光伏系统中完成相关测试，上述工作均在顺德中山大学太阳能研究院完成。该文提出了一种新型的平板反射式聚光器的设计方法。文章首先介绍聚光器的建模方法，然后进行软件模拟与分析，最后制作聚光器并组装成聚光光伏组件（CPV）进行相关测试，组件的结构设计也将详细介绍。测试结果表明通过该光学设计方法能够灵活，有效的设计适应不同应用要求的反射式聚光器。
전통적취광광복조건（CPV）채용비열이투경취광혹자대형반사식취광。저사조건적척촌교대，불리우취광광복조건적소형화여모괴화。해문주요설계제작료일충신형평판반사식취광기，병응용도취광광복계통중완성상관측시，상술공작균재순덕중산대학태양능연구원완성。해문제출료일충신형적평판반사식취광기적설계방법。문장수선개소취광기적건모방법，연후진행연건모의여분석，최후제작취광기병조장성취광광복조건（CPV）진행상관측시，조건적결구설계야장상세개소。측시결과표명통과해광학설계방법능구령활，유효적설계괄응불동응용요구적반사식취광기。
Concentrated solar panel can effectively save semiconductor consumption of solar cells because of its high photoelectric conversion efficiency.However,traditional concentrated optical design is inflexi-ble so that the overall dimensions of such panels are very large,coming with high installation and mainte-nance cost.Flat plate concentrated solar module using proportionate light compression,with small thick-ness,is flexible to design and fabricate according to sunshine condition.An optical design principle of flat plate solar module is proposed,and software simulation will show the optical performance of the con-centrators.