Abstract in simplified Chinese:一种用于测试含有多个光电电池(4)的光电皮肤之功能的设备,其包含多个实质上以抛物线配置的镜子(2)。光源(1)发出的光线(9)所射中的每个镜子在欲测试的光电电池(4)之方向上发射出实质上平行的光线(10)。镜子被安装于一个支架(3)内的滑动轴(6)上,如此能允许调整镜子与电池之间的距离,借此调整光线的强度。屏幕(8)能防止不想要的分散光线(7)到达光线并未指定的相邻电池上。
Abstract in simplified Chinese:本发明提及用于测试太阳能模块(6)的太阳能测试设备(11)。该太阳能测试设备(11)包含测试区(12),用于待测试之太阳能模块(6);发光区(16),包含被配置相向于该测试区(12)、及彼此以节距(P)配置的LED模块(17、17A)之数组。再者,该太阳能测试设备(11)包含在由该发光区(16)至该测试区(12)的方向中延伸之侧壁镜片(21)。导引件(26)被提供,每一导引件具有用于支撑该太阳能模块(6)的邻接表面(27),由此该等导引件(26)之邻接表面(27)在于该测试区(12)的平面(A)中。
Abstract in simplified Chinese:本发明关于一种用于测试光伏特设备(2)的测试设备(1),该光伏特设备(2)具有一电接触区(3),该测试设备(1)包括:一支撑基底(4),用以支撑该光伏特设备(2),该支撑基底(4)有一用以接收该光伏特设备(2)的支撑表面(5),一测量设备(20),至少一电接触构件,用以在该测量设备(20)与该光伏特设备(2)的电接触区(3)之间暂时创建电接触,特征为,该电接触构件包括至少一挠性电线(6),其会导电并且被排列成用以接收该支撑表面(5)与该挠性电线(6)之间的光伏特设备(2),该测试设备(1)包括强制构件(10、11、12、19;14),用以当该光伏特设备(2)被该支撑表面(5)接收时强制该挠性电线(6)的至少一部分沿着它的纵向延伸部邻接地调适顶住该光伏特设备(2)的电接触区(3)。
Abstract:
The invention refers to a solar testing device (11) for testing a solar module (6). The solar testing device (11) comprises a test area (12) for the solar module (6) to be tested, a light emitting area (16) comprising an array of LED-modules (17, 17A) arranged opposite to the test area (12) and arranged in a pitch (P) to each other. Further the solar testing device (11) comprises sidewall mirrors (21) extending in the direction from the light emitting area (16) to the test area (12). Guides (26) are provided having each an abutting surface (27) for supporting the solar module (6) whereby the abutting surfaces (27) of the guides (26) lie in the plane (A) of the test area (12).
Abstract:
The invention relates to a testing device for testing a photovoltaic device having an electrical contact area, the testing device comprising: a support base for supporting the photovoltaic device, the support base having a support surface for receiving the photovoltaic device, a measurement device, at least one electrical wire for temporarily establishing an electrical contact between the measurement device and an electrical contact area of the photovoltaic device, the electrical wire is a flexible wire being electrically conductive and arranged to receive the photovoltaic device between the support surface and the flexible wire, at least a portion of the flexible wire abuttingly adapts along its longitudinal extension against the electrical contact area of the photovoltaic device when the photovoltaic device is received by the support surface.
Abstract:
Disclosed is a method for measuring and calculating a current-voltage curve and a current mismatch between junctions of a tandem solar cell, including at least two solar subcells, the method being performed under simulated solar irradiance according to the international standard illumination AM1.5. The method implies the illumination by a first broad-spectral band light source S1 and includes steps for calculating the necessary light intensities of narrow-band second and the third light sources. The steps of the method achieve to determine adapted gains for second and the third light sources, so that the combination of the light sources S21 and S22 provide the same test results of the solar cell as when illuminated with the first light source S1 only. Also disclosed is a solar cell test apparatus configured to realize the method of the invention.