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by IQAC KIITKIIT Deemed to be University — Internal Quality Assurance Cell

Publication2024

Highly Efficient Double Graded CIGS Absorber Based Thin Film Solar Cell: A Numerical Study

The record

Type
Publication
Date
1 January 2024
Level
National
Journal
2024 IEEE 4th International Conference on Applied Electromagnetics Signal Processing and Communication Aespc 2024
Published
1 January 2024
DOI
10.1109/aespc63931.2024.10872378
Scopus ID
85219587585
Authors
4
Open access
No
Citations
0
International co-authorship
No
Co-author countries
IN

Classification

Every label below carries the reasoning it was assigned on, the confidence band it was assigned in, and what produced it. The rubric is published.

UN Sustainable Development Goals

  1. 7 Ensure access to affordable, reliable, sustainable and modern energy for all

    GoalPrimaryHigh confidenceJudged

    Double-graded CIGS thin-film solar cell optimization achieves 36% power conversion efficiency, advancing next-generation renewable energy technology.

    High confidence
    The subject matter is a strong and direct inference from the record type, the funding or organising body, or the programme context, even where the title alone is thin. Example: an ICMR-funded project against SDG 3, on the strength of the agency.
    Judged
    Judged against the published classification rubric, under the rubric and prompt versions recorded with the run that produced it.
    Produced by
    claude-haiku-4-5-20251001, under kortex-publication-v1

Viksit Bharat @2047

  1. vb-2.5 Green economy, energy transition and climate resilience

    Sub-themePrimaryHigh confidenceJudged

    Thin-film photovoltaic efficiency improvements contribute to renewable energy transition and cost-effective solar deployment.

    Produced by
    claude-haiku-4-5-20251001, under kortex-publication-v1

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KIIT Deemed to be University. “Highly Efficient Double Graded CIGS Absorber Based Thin Film Solar Cell: A Numerical Study”. Kortex.

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