Hourly Solar Radiation Model Suitable for Worldwide Typical Weather File Generation

Author:

Seo Donghyun1,Krarti Moncef1

Affiliation:

1. Civil Environmental and Architectural Engineering Department, University of Colorado, Boulder, CO 80309

Abstract

A new model is developed to predict hourly solar radiation for any climate zone worldwide. The model solar radiation predictions are suitable to generate typical weather files used to evaluate the long-term performance of renewable energy systems and building energy systems. The predictions of the new solar model are compared as well as measured solar radiation data obtained for several weather stations located in various climate zones worldwide. It is found that the new solar model is able to estimate monthly solar radiation with a 7% prediction error for secondary stations and 2% prediction error for primary stations.

Publisher

ASME International

Subject

Energy Engineering and Power Technology,Renewable Energy, Sustainability and the Environment

Reference41 articles.

1. METSTAT—The Solar Irradiance Model Used in the Production of the National Solar Irradiance Data Base (NSRDB);Maxwell;Sol. Energy

2. Development of Typical Year Weather Files for Chinese Locations, LBNL–51436;Zhang;ASHRAE Trans.

3. Comparative Analysis of Three Solar Models for Tunis;Krarti;ASHRAE Trans.

4. Comparative Analysis of Four Solar Models for Tropical Sites;Seo;ASHRAE Trans.

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