2012Unpublished venueRequires access

Performance variation of Building integrated photovoltaic application with tilt and azimuth angle in Bangladesh

Suman Chowdhury, Muhammad Al-Amin, Mohiuddin Ahmad

Open publisher page 9 citations

Abstract

This paper analyzes the dependency of performance of the Building integrated photovoltaic application on tilt angle and azimuth angle. This paper is proposed for optimization of tilt and azimuth angle for obtaining maximum power efficiency. From the analysis, it is seen that if tilt angle is decremented from 50 deg to 10 deg, the power of proposed array is incremented by 26.154%. If azimuth angle is decremented from 160 deg to 20 deg, the power is incremented by 8.93%.

About this research paper

What this paper is about

This paper analyzes the dependency of performance of the Building integrated photovoltaic application on tilt angle and azimuth angle. This paper is proposed for optimization of tilt and azimuth angle for obtaining maximum power efficiency. From the analysis, it is seen that if tilt angle is decremented from 50 deg to 10 deg, the power of proposed array is incremented by 26.154%. If azimuth angle is decremented from 160 deg to 20 deg, the power is incremented by 8.93%.

Why it matters

OpenAlex reports 9 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Method / approach

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Available abstract

This paper analyzes the dependency of performance of the Building integrated photovoltaic application on tilt angle and azimuth angle. This paper is proposed for optimization of tilt and azimuth angle for obtaining maximum power efficiency. From the analysis, it is seen that if tilt angle is decremented from 50 deg to 10 deg, the power of proposed array is incremented by 26.154%. If azimuth angle is decremented from 160 deg to 20 deg, the power is incremented by 8.93%.

Key concepts: Azimuth, Tilt (camera), Photovoltaic system, Acceptance angle, Power (physics), Optics, Solid angle, Computer science

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