Ahmad Mohammed Alghuraid
Aldeffi Secondary School, Jubail, East, SAUDI ARABIA
The problem of wasting electric power can be counted as one of the main reasons why the electricity consumption requirement exceeds 53% of the total electricity supply in Saudi Arabia, which is a country that has a viable high solar energy potential.
This project aims to provide an efficient solution to the lighting, heating and cooling needs of residential buildings and government through the exploitation of solar energy. The proposed system scatters solar light through concave lens, which moves accumulated heat to copper tubes inside, thereby running the water.
The system encompasses four experiments:
1- The first experiment relates the amount of illuminance inside and outside the
system.
2- The second experiment relates the degree of radiant heat from The Elite Light System.
3- The third experiment determines the degree of radiant heat of cement component to
most cities surfaces with cooling or without.
4- The fourth experiment determines the water temperature after heating.
The results find that less intensity obtained at 0 m is 925 lux and the less severe and accurate obtained at 7.5 m is 2200 lux. The cooling system reduces the heat of radioactive by 13.7 degree per hour. The heating system increases the water temperature by 16.9 degree per hour.
In the end, it was discovered that this model provides the three needs of lighting and cooling and heating efficiently through the system. Hence The Elite Light System can be a generator and provider of electricity via clean and the environmental methods.