Authors :
Justin PALUKU BIHAMBA; Thierry RUKUNDO KABEYA; Pacifique PAMOJA KANYAMUGENGA
Volume/Issue :
Volume 8 - 2023, Issue 11 - November
Google Scholar :
https://tinyurl.com/uyrd72z
Scribd :
https://tinyurl.com/wbakuku3
DOI :
https://doi.org/10.5281/zenodo.10320399
Abstract :
Solar energy has become the most attractive
among renewable energy systems. As the world's energy
demand still increases, many countries are investing in
solar power generation. As solar energy is seasonal and
depends on sun rise the only requirement is to receive
acceptable irradiation to generate power. Shading occurs
when clouds, buildings, or any other obstacle makes
solar irradiance to do not reach solar modules. In this
paper review, we will develop some experiments based
on simulations of solar performance at different shading
patterns. The experiments were made at ACE-ESD
(African Centre of Excellence in Energy for Sustainable
Development) under UR (University of Rwanda), college
of Science of Technology in the city of Kigali.
Keywords :
Solar generation, MPP, shading, irradiance.
Solar energy has become the most attractive
among renewable energy systems. As the world's energy
demand still increases, many countries are investing in
solar power generation. As solar energy is seasonal and
depends on sun rise the only requirement is to receive
acceptable irradiation to generate power. Shading occurs
when clouds, buildings, or any other obstacle makes
solar irradiance to do not reach solar modules. In this
paper review, we will develop some experiments based
on simulations of solar performance at different shading
patterns. The experiments were made at ACE-ESD
(African Centre of Excellence in Energy for Sustainable
Development) under UR (University of Rwanda), college
of Science of Technology in the city of Kigali.
Keywords :
Solar generation, MPP, shading, irradiance.
