Study of Simulation of a Water Sensor Steady Applied for Membrane Distillation

Mokhless Boukhriss, Khalifa Zhani, Habib Ben Bacha

Abstract: The sun provides the earth with huge amounts of energy that can be exploited in various ways. In this work, the use of solar energy by heat using a solar water plan has been studied. Before designing such a device, it is very important to pay particular attention to the effect of internal and external operational parameters on the thermal performance of this device. To meet this need, we have studied the thermal behavior of a solar plan in permanent water regimes, developing a computer program in the laboratory. Solving the system of equations obtained is addressed by two numerical approaches, the Gauss-Seidel and the Runge Kutta [4]. The results have been validated by an experimental work was conducted in the Center for Development of Renewable Energies. The results we have obtained have clarified the effect of internal and external parameters of a sensor, and highlight the predominant effect of the irradiance.

Keywords: solar plane, steady state, simulation