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scaps-1d program  (SCAPS GmbH)

 
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    SCAPS GmbH scaps-1d program
    Scaps 1d Program, supplied by SCAPS GmbH, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
    https://www.bioz.com/product/scaps-1d+program/scaps+1d/pm40653568-274-1-1
    Average 90 stars, based on 1 article reviews
    scaps-1d program - by Bioz Stars, 2026-10
    90/100 stars

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    Related Articles

    Extraction:

    Article Title: Optimizing photovoltaic efficiency in CZTS solar cells by investigating the role of different advanced materials as back surface field layer.
    Article Snippet: Section 2 (Methodology) describes the simulation process used in the SCAPS-1D simulator.

    Article Title: Optimizing photovoltaic efficiency in CZTS solar cells by investigating the role of different advanced materials as back surface field layer.
    Article Snippet: Comparison of SCAPS-1D results with previous works To evaluate the effectiveness of the BSF materials explored in this study, we compared our simulation results with previously reported experimental and theoretical works on CZTS solar cells.

    Article Title: Supporting Information for Molecular Surface Programming of Rectifying Junctions between InAs Colloidal Quantum Dot Solids
    Article Snippet: Analysis of the photodiode performance before and after incorporation of the QHTL using SCAPS software. a, Band alignment and electron-hole extraction mechanisms in the photodiode with control structure of ITO/ZnO/SWIR-InAs/MoOx/Ag and b, modified photodiode architecture of ITO/ZnO/SWIR-InAs/QHTL/MoOx/Ag. c, d present the results of SCAPS simulation of dark and under illumination current density-voltage characteristics for photodiodes respectively presented in a and b.

    Article Title: Optimizing photovoltaic efficiency in CZTS solar cells by investigating the role of different advanced materials as back surface field layer.
    Article Snippet: The presented theoretical band alignment analysis was further corroborated by SCAPS-1D simulations of CZTS solar cells containing the investigated BSF materials.

    Article Title: Optimizing photovoltaic efficiency in CZTS solar cells by investigating the role of different advanced materials as back surface field layer.
    Article Snippet: The good agreement between the experimental and simulated data supports the accuracy of the SCAPS-1D modeling approach.

    Article Title: Optimizing photovoltaic efficiency in CZTS solar cells by investigating the role of different advanced materials as back surface field layer.
    Article Snippet: The SCAPS-1D program was kindly provided by Dr. M. Burgelman of the University of Gent in Belgium.

    Article Title: Optimizing photovoltaic efficiency in CZTS solar cells by investigating the role of different advanced materials as back surface field layer.
    Article Snippet: By using systematic SCAPS-1D simulations, we investigated eight different BSF materials (PTAA, Zn3P2, SnS, MoOx, CuI, CNTS, V2O5, and Cu2O) leading us to conclude Cu2O as the one with the highest efficiency, resulting in a record power conversion efficiency (PCE) of 26.19% (~ 110% enhancement with respect to the reference cell performing 12.82%).

    Article Title: Optimizing photovoltaic efficiency in CZTS solar cells by investigating the role of different advanced materials as back surface field layer
    Article Snippet: By using systematic SCAPS-1D simulations, we investigated eight different BSF materials (PTAA, Zn 3 P 2 , SnS, MoOx, CuI, CNTS, V 2 O 5 , and Cu 2 O) leading us to conclude Cu 2 O as the one with the highest efficiency, resulting in a record power conversion efficiency (PCE) of 26.19% (~ 110% enhancement with respect to the reference cell performing 12.82%).

    Control:

    Article Title: Optimizing photovoltaic efficiency in CZTS solar cells by investigating the role of different advanced materials as back surface field layer.
    Article Snippet: Section 2 (Methodology) describes the simulation process used in the SCAPS-1D simulator.

    Article Title: Optimizing photovoltaic efficiency in CZTS solar cells by investigating the role of different advanced materials as back surface field layer.
    Article Snippet: Comparison of SCAPS-1D results with previous works To evaluate the effectiveness of the BSF materials explored in this study, we compared our simulation results with previously reported experimental and theoretical works on CZTS solar cells.

    Article Title: Supporting Information for Molecular Surface Programming of Rectifying Junctions between InAs Colloidal Quantum Dot Solids
    Article Snippet: Analysis of the photodiode performance before and after incorporation of the QHTL using SCAPS software. a, Band alignment and electron-hole extraction mechanisms in the photodiode with control structure of ITO/ZnO/SWIR-InAs/MoOx/Ag and b, modified photodiode architecture of ITO/ZnO/SWIR-InAs/QHTL/MoOx/Ag. c, d present the results of SCAPS simulation of dark and under illumination current density-voltage characteristics for photodiodes respectively presented in a and b.

    Article Title: Optimizing photovoltaic efficiency in CZTS solar cells by investigating the role of different advanced materials as back surface field layer.
    Article Snippet: The presented theoretical band alignment analysis was further corroborated by SCAPS-1D simulations of CZTS solar cells containing the investigated BSF materials.

    Article Title: Optimizing photovoltaic efficiency in CZTS solar cells by investigating the role of different advanced materials as back surface field layer.
    Article Snippet: The good agreement between the experimental and simulated data supports the accuracy of the SCAPS-1D modeling approach.

    Article Title: Optimizing photovoltaic efficiency in CZTS solar cells by investigating the role of different advanced materials as back surface field layer.
    Article Snippet: The SCAPS-1D program was kindly provided by Dr. M. Burgelman of the University of Gent in Belgium.

    Article Title: Optimizing photovoltaic efficiency in CZTS solar cells by investigating the role of different advanced materials as back surface field layer.
    Article Snippet: By using systematic SCAPS-1D simulations, we investigated eight different BSF materials (PTAA, Zn3P2, SnS, MoOx, CuI, CNTS, V2O5, and Cu2O) leading us to conclude Cu2O as the one with the highest efficiency, resulting in a record power conversion efficiency (PCE) of 26.19% (~ 110% enhancement with respect to the reference cell performing 12.82%).

    Article Title: Optimizing photovoltaic efficiency in CZTS solar cells by investigating the role of different advanced materials as back surface field layer
    Article Snippet: By using systematic SCAPS-1D simulations, we investigated eight different BSF materials (PTAA, Zn 3 P 2 , SnS, MoOx, CuI, CNTS, V 2 O 5 , and Cu 2 O) leading us to conclude Cu 2 O as the one with the highest efficiency, resulting in a record power conversion efficiency (PCE) of 26.19% (~ 110% enhancement with respect to the reference cell performing 12.82%).

    Modification:

    Article Title: Optimizing photovoltaic efficiency in CZTS solar cells by investigating the role of different advanced materials as back surface field layer.
    Article Snippet: Section 2 (Methodology) describes the simulation process used in the SCAPS-1D simulator.

    Article Title: Optimizing photovoltaic efficiency in CZTS solar cells by investigating the role of different advanced materials as back surface field layer.
    Article Snippet: Comparison of SCAPS-1D results with previous works To evaluate the effectiveness of the BSF materials explored in this study, we compared our simulation results with previously reported experimental and theoretical works on CZTS solar cells.

    Article Title: Supporting Information for Molecular Surface Programming of Rectifying Junctions between InAs Colloidal Quantum Dot Solids
    Article Snippet: Analysis of the photodiode performance before and after incorporation of the QHTL using SCAPS software. a, Band alignment and electron-hole extraction mechanisms in the photodiode with control structure of ITO/ZnO/SWIR-InAs/MoOx/Ag and b, modified photodiode architecture of ITO/ZnO/SWIR-InAs/QHTL/MoOx/Ag. c, d present the results of SCAPS simulation of dark and under illumination current density-voltage characteristics for photodiodes respectively presented in a and b.

    Article Title: Optimizing photovoltaic efficiency in CZTS solar cells by investigating the role of different advanced materials as back surface field layer.
    Article Snippet: The presented theoretical band alignment analysis was further corroborated by SCAPS-1D simulations of CZTS solar cells containing the investigated BSF materials.

    Article Title: Optimizing photovoltaic efficiency in CZTS solar cells by investigating the role of different advanced materials as back surface field layer.
    Article Snippet: The good agreement between the experimental and simulated data supports the accuracy of the SCAPS-1D modeling approach.

    Article Title: Optimizing photovoltaic efficiency in CZTS solar cells by investigating the role of different advanced materials as back surface field layer.
    Article Snippet: The SCAPS-1D program was kindly provided by Dr. M. Burgelman of the University of Gent in Belgium.

    Article Title: Optimizing photovoltaic efficiency in CZTS solar cells by investigating the role of different advanced materials as back surface field layer.
    Article Snippet: By using systematic SCAPS-1D simulations, we investigated eight different BSF materials (PTAA, Zn3P2, SnS, MoOx, CuI, CNTS, V2O5, and Cu2O) leading us to conclude Cu2O as the one with the highest efficiency, resulting in a record power conversion efficiency (PCE) of 26.19% (~ 110% enhancement with respect to the reference cell performing 12.82%).

    Article Title: Optimizing photovoltaic efficiency in CZTS solar cells by investigating the role of different advanced materials as back surface field layer
    Article Snippet: By using systematic SCAPS-1D simulations, we investigated eight different BSF materials (PTAA, Zn 3 P 2 , SnS, MoOx, CuI, CNTS, V 2 O 5 , and Cu 2 O) leading us to conclude Cu 2 O as the one with the highest efficiency, resulting in a record power conversion efficiency (PCE) of 26.19% (~ 110% enhancement with respect to the reference cell performing 12.82%).



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