The objective of this research was to design and construct an artificial light machine that simulates the solar illuminations of the coast, highlands, and jungle of Peru, evaluating its impact on solar panels. The methodology included the construction of the machine at the University of Lima and tests with a module composed of an artificial light source, a solar panel, a measurement module, and an ammeter clamp. Tests were conducted varying the illumination to simulate the conditions of the different regions of Peru. The results obtained were 4,8; 7,2 and 4,0 kWh/m² for the simulations of the coast, highlands, and jungle, respectively. The research concluded that it is feasible to develop a solar lighting source that improves the efficiency of solar panels and allows working under stationary conditions. However, it is necessary to increase the number of tests and improve their precision...

Reviste las superficies de scaffolds “espumas de Mg” con distintas concentraciones de solución de colágeno para evaluar la velocidad de biocorrosión en un ambiente simulado de condiciones fisiológicas. En el campo innovador de los nuevos materiales, los scaffolds “espumas de magnesio“ particularmente las aleaciones AZ31 se han vuelto una alternativa sumamente oportuna en situaciones donde se requiere la utilización de implantes ortopédicos. Sus funciones de biocompatibilidad, biodegradabilidad, propiedades mecánicas y promoción de la regeneración ósea hacen que este dispositivo temporal sea adecuado para evitar una nueva intervención quirúrgica como también dolencias e incomodidad.

The objective of this research was to design and construct an artificial light machine that simulates the solar illuminations of the coast, highlands, and jungle of Peru, evaluating its impact on solar panels. The methodology included the construction of the machine at the University of Lima and tests with a module composed of an artificial light source, a solar panel, a measurement module, and an ammeter clamp. Tests were conducted varying the illumination to simulate the conditions of the different regions of Peru. The results obtained were 4,8; 7,2 and 4,0 kWh/m² for the simulations of the coast, highlands, and jungle, respectively. The research concluded that it is feasible to develop a solar lighting source that improves the efficiency of solar panels and allows working under stationary conditions. However, it is necessary to increase the number of tests and improve their precision...