[3] [3] MunozE，VidalPG，NofuentesG，et al. CPVstandardization-anoverview［J］. RenewableandSustainableEnergy Reviews，2010，14(1): 518-523.

[4] [4] Zahedi A. Review of modeling details in relation to low-concentration solar concentrating photovoltaic［J］. RenewableandSustainableEnergyReviews，2011，15(3): 1609-1614.

[6] [6] IbrahimReda，AfshinAndreas. Solarpositionalgorithmforsolarradiationapplications［J］. SolarEnergy，2004，76(1): 577-589.

[8] [8] Mendes-LopesJ，BenítezP，ZamoraP，et al. 9-foldFresnel–KlerconcentratorwithFresnellensofvariablefocal point［J］. OpticsExpress，2014，22(104): A1153-A1163.

[9] [9] C Michel，J Loicq，T Thibert，et al. Optical study of diffraction grating/Fresnel lens combinations applied to a spectral-splittingsolarconcentratorforspaceapplications［J］. AppliedOptics，2015，54(22): 6666-6673.

[10] [10] G Vallerotto，M Victoria，S Askins，et al. Design and modeling of a cost-effective achromatic Fresnel lens for concentratingphotovoltaics［J］. OpticsExpress，2016，24(18): A1245-A1256.

[11] [11] W Zhou，M Wang，X Zhao. Poly(methyl methacrylate)( PMMA) doped with DCJTB for luminescent solar concentratorapplications［J］. SolarEnergy，2015，115(1): 569-576.

[12] [12] Wang G，Wang F，Chen Z，et al. Experimental study and optical analyses of a multi-segment plate(MSP) concentratorforsolarconcentrationphotovoltaic(CPV)system［J］. RenewableEnergy，2019，134(1): 284-291.

[13] [13] Ozgur Selimoglu，Rasit Turan. Exploration of the horizontally staggered light guides for high concentration CPV applications［J］. OpticsExpress，2012，20(17): 19137-19147.

[14] [14] Ozgur SELIMOGLU，Rasit TURAN. Realization of concentrated photovoltaic module based on horizontally staggeredlightguide［J］. CumhuriyetSci.J.，2018，39(2): 454-462.

[15] [15] BouchardS，ThibaultS. GRINplanarwaveguide concentratorusedwith asingleaxistracker［J］. OpticsExpress， 2014，22(102): A248-A258.