Youssef Ait Oubella^1*, Yassine Chaibi², Leila Nouri^1*, Fatima Ezzahra Ihfa¹, Rachid Nassif¹, Mohamed Bennai^1*

1 Faculty of Science Ben M'Sik, Hassan II University, Casablanca, Morocco

2 Universite de Pau et des Pays de L’Adour, E2S UPPA, SIAME, Pau, France

* Corresponding authors emails: pr.physique.1017@gmail.com, nourileila1@yahoo.fr, mdbennai@yahoo.fr

DOI10.24435/materialscloud:2j-f0 [version v1]

Publication date: Jun 08, 2023

How to cite this record

Youssef Ait Oubella, Yassine Chaibi, Leila Nouri, Fatima Ezzahra Ihfa, Rachid Nassif, Mohamed Bennai, Curves data of a simple implicit method for parameters estimation of multi-junction solar cells, Materials Cloud Archive 2023.90 (2023), https://doi.org/10.24435/materialscloud:2j-f0

Description

Multi-junction solar cells pose a particular modeling challenge, and advanced methods are needed to improve their efficiency and reduce their cost. We present here data about the I-V and P-V characteristics gotten using the electrical parameters obtained through an easy method to extract the electrical parameters of multi-junction solar cells using a single-diode model. The proposed technique is based solely on manufacturer data, and we solve the necessary mathematical equations numerically.

Materials Cloud sections using this data

Files

File name	Size	Description
InGaP_IV.data MD5md5:84aa9adb0c2412eb850cddd66ddc7889	20.0 KiB	I_V curves data of the sub-cell InGaP at 28°C and 1350 W/m²
GaAS_IV.data MD5md5:cba7feb9ac1e4365bd9a0bc9205072ed	20.0 KiB	I_V curves data of the sub-cell GaAs at 28°C and 1350 W/m²
Ge_IV.data MD5md5:0fee52b23e9d6c3871db1d64359ffa67	20.0 KiB	I_V curves data of the sub-cell Ge at 28°C and 1350 W/m²
MJ_IV.data MD5md5:6d4c1b7b1d090ffebf9ffd53832a91e2	20.0 KiB	I_V curves data of the triple junction solar cell InGaP/GaAs/Ge at 28°C and 1350 W/m²
InGaP_PV.data MD5md5:ababd495c3c31b358424fe2ed1062346	20.0 KiB	P_V curves data of the sub-cell InGaP at 28°C and 1350 W/m²
GaAS_PV.data MD5md5:fc83d90f7e8aeab3f5385c612ff24a56	20.0 KiB	P_V curves data of the sub-cell GaAs at 28°C and 1350 W/m²
Ge_PV.data MD5md5:f35c147de74efa46938ee0e04a089431	20.0 KiB	P_V curves data of the sub-cell Ge at 28°C and 1350 W/m²
MJ_PV.data MD5md5:fc83d90f7e8aeab3f5385c612ff24a56	20.0 KiB	P_V curves data of the triple junction solar cell InGaP/GaAs/Ge at 28°C and 1350 W/m²
IV_T=-80°C.data MD5md5:28e0db26da9933e478197b7ca4617cee	20.0 KiB	I_V curves data of the triple junction solar cell InGaP/GaAs/Ge at -80°C and 1350 W/m²
IV_T=-50.data MD5md5:5c84c526684561b7fe7c93519af7827e	20.0 KiB	I_V curves data of the triple junction solar cell InGaP/GaAs/Ge at -50°C and 1350 W/m²
IV_T=0.data MD5md5:13033e43fe0a94a3df1caf3ca146de19	20.0 KiB	I_V curves data of the triple junction solar cell InGaP/GaAs/Ge at 0°C and 1350 W/m²
IV_T=50.data MD5md5:5e5c7b7fe5893194e10cbd84d3801085	20.0 KiB	I_V curves data of the triple junction solar cell InGaP/GaAs/Ge at 50°C and 1350 W/m²
IV_T=90.data MD5md5:757b2f911d5548d1687866a33c2d4dee	20.0 KiB	I_V curves data of the triple junction solar cell InGaP/GaAs/Ge at 90°C and 1350 W/m²
PV_T=-80°C.data MD5md5:40e0050d4405ecaa91564ea73e4622a9	20.0 KiB	P_V curves data of the triple junction solar cell InGaP/GaAs/Ge at -80°C and 1350 W/m²
PV_T=-50.data MD5md5:9b717ecbbdd9db0059cc2f452ee09a73	20.0 KiB	P_V curves data of the triple junction solar cell InGaP/GaAs/Ge at -50°C and 1350 W/m²
PV_T=0.data MD5md5:7de72eaed042dd3b50b2241bc575ea13	20.0 KiB	P_V curves data of the triple junction solar cell InGaP/GaAs/Ge at 0°C and 1350 W/m²
PV_T=50.data MD5md5:84252b9906d378ae5925f3d71709078d	20.0 KiB	P_V curves data of the triple junction solar cell InGaP/GaAs/Ge at 50°C and 1350 W/m²
PV_T=90.data MD5md5:2769dd0fdfb51168b9c4d273d84bcee4	20.0 KiB	P_V curves data of the triple junction solar cell InGaP/GaAs/Ge at 90°C and 1350 W/m²
InGaP_IV_11.data MD5md5:78500861e0fe82bd031d98da53601203	20.0 KiB	I_V curves data of the sub-cell InGaP at 25°C
GaAS_IV_11.data MD5md5:0151fe3538000558ea137499e4ec8621	20.0 KiB	I_V curves data of the sub-cell GaAs at 25°C
Ge_IV_11.data MD5md5:da569795d8b6c477824265713316937d	20.0 KiB	I_V curves data of the sub-cell Ge at 25°C
MJ_IV_11.data MD5md5:71f1fd294c9089e0de74ea213014a734	20.0 KiB	I_V curves data of the triple junction solar cell InGaP/GaAs/Ge at 25°C
InGaP_PV_12.data MD5md5:5f784b08f556538ce151f24179c61493	20.0 KiB	P_V curves data of the sub-cell InGaP at 25°C
GaAS_PV_12.data MD5md5:cc31f9ed9bb6c4605323aec50f369656	20.0 KiB	P_V curves data of the sub-cell GaAs at 25°C
Ge_PV_12.data MD5md5:15b893d3f9163965f54640f3eafd0220	20.0 KiB	P_V curves data of the sub-cell Ge at 25°C
MJ_PV_12.data MD5md5:cc31f9ed9bb6c4605323aec50f369656	20.0 KiB	P_V curves data of the triple junction solar cell InGaP/GaAs/Ge at 25°C
Readme file.rtf MD5md5:14b5ee77367b87f902f7779068cc992d	2.1 KiB	Read me

License

Files and data are licensed under the terms of the following license: Creative Commons Attribution 4.0 International.
Metadata, except for email addresses, are licensed under the Creative Commons Attribution Share-Alike 4.0 International license.

External references

Keywords

Multiple Junction Solar Energy Parameter Extraction methods I_V