1992International Journal of Sustainable EnergyRequires access

COMPARATIVE ASSESSMENT OF SILICON CELL PYRANOMETERS

Μ. Grottke, M. S. Imamura, W. Bechteler, Oliver Mayer

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Abstract

This paper describes the results of a study of Si and thermopile solar irradiance sensors over a period of almost one year. The study centered around two main topics: 1) the method of calibrating them outdoors and 2) the accuracy of such devices relative to a selected thermopile as the reference. A new method for outdoor calibration of solar irradiance sensors is proposed for adoption as an international standard. It is concluded that Si sensors are good substitutes to the more expensive thermopile pyranometers for a continuous monitoring of solar irradiance. Based on this study, the paper also proposes basic construction criteria for the class of sensors for continuous outdoor use.

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What this paper is about

This paper describes the results of a study of Si and thermopile solar irradiance sensors over a period of almost one year. The study centered around two main topics: 1) the method of calibrating them outdoors and 2) the accuracy of such devices relative to a selected thermopile as the reference. A new method for outdoor calibration of solar irradiance sensors is proposed for adoption as an international standard. It is concluded that Si sensors are good substitutes to the more expensive thermopile pyranometers for a continuous monitoring of solar irradiance. Based on this study, the paper also proposes basic construction criteria for the class of sensors for continuous outdoor use.

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Available abstract

This paper describes the results of a study of Si and thermopile solar irradiance sensors over a period of almost one year. The study centered around two main topics: 1) the method of calibrating them outdoors and 2) the accuracy of such devices relative to a selected thermopile as the reference. A new method for outdoor calibration of solar irradiance sensors is proposed for adoption as an international standard. It is concluded that Si sensors are good substitutes to the more expensive thermopile pyranometers for a continuous monitoring of solar irradiance. Based on this study, the paper also proposes basic construction criteria for the class of sensors for continuous outdoor use.

Key concepts: Pyranometer, Thermopile, Irradiance, Calibration, Solar irradiance, Environmental science, Remote sensing, Meteorology

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