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International awareness about renewable energy sources exploitation has been changing over the last years, as a consequence of both climate changes and increasing pollution emissions. These scenarios are used for the parametric analysis, observing that the optimal geometry for the higher power and efficiency of the whole system is reached with a lower half-acceptance angle and parabola coefficient. The results show that the discrepancy between experimental data and COMSOL Multiphysics (CM) have led to validate the scenarios considering the average temperature on the solar cells. The second challenge has been to change the reflector geometry, the half-acceptance angle (60° ÷ 75°) and the parabola coefficient (3 m −1 ÷ 6 m −1) to enhance the concentration of sun rays on the solar cells. These data are used to validate the numerical scenario, to be able to use the simulations for different future systems and works. The experimental measures have been conducted for a truncated CPC prototype system with a half-acceptance angle of 60°, parabola coefficient of 4 m −1 and four solar cells in both covered and uncovered configurations.
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For most engineering & science students, the goal of a career in industry motivates their pursuit of advanced study, and this will increasingly be the case in the future and IJERT helps them to achieve their goal.The work presents a heat transfer analysis carried out with the use of COMSOL Multiphysics software applied to a new solar concentrator, defined as the Compound Parabolic Concentrator (CPC) system. We also offer discounts to students and 100% fee waivers for researchers in developing countries, determined using the criteria* set by WorldBank.Īlmost all university and colleges research in both science and engineering is performed as a component of the advanced education of students. There is no any fee associated with submission to this journal.
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