August 5, 2025Revista de Gestão Social e Ambiental

A Systematic Approach to Uncertainty Analysis in Reference Cell Calibration for Solar Irradiance Measurement

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Authors

ARAndré Possamai Rosso GRGiuliano Arns RampinelliUniversidade Federal de Santa Catarina RMRoderval MarcelinoUniversidade Federal do Rio Grande do Sul

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Implication

Systematic approach evaluates calibration methods for reference cells measuring solar irradiance, indicating low-cost viability for photovoltaic applications.

Key Points

This research highlights the development of low-cost reference cells for accurate solar irradiance measurement.
Calibration methods showed strong correlation, with coefficients exceeding 0.97 between reference cells and calibrated pyranometer.
Statistical analysis revealed a coefficient of variation ranging from 0.9% to 2.5%, indicating high precision across different calibration methods.
The findings support the use of reference cells in small- and medium-scale photovoltaic systems, promoting wider adoption of solar technology.

Cite This Study

Rosso et al. (2025) studied this question.

synapsesocial.com/papers/689522069f4f1c896c4294bc https://doi.org/10.24857/rgsa.v19n8-006

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Implication

Systematic approach evaluates calibration methods for reference cells measuring solar irradiance, indicating low-cost viability for photovoltaic applications.

A Systematic Approach to Uncertainty Analysis in Reference Cell Calibration for Solar Irradiance Measurement

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Cite This Study

A Systematic Approach to Uncertainty Analysis in Reference Cell Calibration for Solar Irradiance Measurement

Discussion

Member takes

Implication

Key Points

Cite This Study

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