标准摘要
[中文适用范围]： 本最终草案国际标准为正式出版物的提前6周预览版本，在投票期间（2026年5月29日至2026年7月10日）可购买。购买本FDIS的各方将自动获赠最终正式出版物。 IEC 63387-1:2026标准规定了评价聚光光伏/光伏（CPV/PV）混合模块在功率标称方面性能的方法。文中描述了评估模块输出功率的标准条件，以及测量功率随入射角（AOI）、辐照度和温度变化而变化的程序，并包含确定混合CPV/PV模块一组表征参数值（视场角，FoV）的方法。 为比较输出不连续且随时间变化的不同CPV/PV混合模块的性能，本文件引入了“有效标称功率”的概念。 本文件适用于包含两类太阳能电池的CPV/PV混合模块：一是专为收集聚光而设计的CPV电池阵列，二是专为收集散射光或全局光而设计的PV电池阵列（可包含双面或单面受光）。 本文件适用于CPV电池几何聚光比大于3倍的CPV/PV混合模块；对于几何聚光比小于或等于3倍的情形，则适用IEC 60904-1[11]和IEC 61853系列标准[9]。 [外文原描述]： This Final Draft International Standard is an up to 6 weeks' pre-release of the official publication. It is available for sale during its voting period: 2026-05-29 to 2026-07-10. By purchasing this FDIS now, you will automatically receive, in addition, the final publication. IEC 63387-1:2026 specifies the methods for evaluating CPV/PV hybrid module performance in terms of power rating. Standard conditions for assessing the power produced by the module and the procedures to measure the power as a function of AOI, irradiance, and temperature are described. A methodology for determining a set of characterization parameter values for the hybrid CPV/PV module (FoV) is also included. In order to compare the performance of different hybrid CPV/PV modules whose output is discontinuous and time-dependent, the concept of effective nominal power is introduced. This document is applicable to CPV/PV hybrid modules which include both solar cells designed to collect concentrated light (CPV cells array) and solar cells designed to collect diffuse or global light (PV cells array), the latter with bifacial or monofacial illumination. This document applies to hybrid CPV/PV modules with a geometrical concentration ratio > 3x for the CPV cells. For lower geometrical concentration ratio (≤ 3x), the IEC 60904-1 [11] and IEC 61853 series [9] apply.
英文名称Hybrid CPV/PV modules: General characteristics and measurement procedures - Part 1: Performance measurement and power rating - Irradiance and temperature