SOARES, R. A.; http://lattes.cnpq.br/9101675888242470; SOARES, Rivanildo Alves.
Resumen:
A prototype of a low cost solar tracker is presented in this work, which is
usually used to improve the process of capturing photovoltaic panels, ensuring
the maximum use of incident solar radiation. The prototype was built using a
dual-axis solar tracker model and uses simple and affordable electronic
components. The constructive characteristics resulted in a low cost and easy
assembly system. At current prices, the final cost of manufacture was about
10% of the amount charged for a similar model available on the international
market. The complete photovoltaic system was built and simulated
computationally and at the end, its effectiveness and efficiency was
demonstrated, that is, the prototype was able to effectively follow the
movement of the Sun and generate an increase in generation close to 16% in
relation to a fixed system.