Diseño de un sistema de riego autosustentable solar para la producción de plántulas en el Centro de Capacitación en Agroecología CINCA provincia de Pichincha.

Worldwide, the renewable resources existing on the planet have not been fully used for the transformation of energy as an alternative to produce electricity, Ecuador being located on the equinoctial line has an adequate energy potential to be used in the generation of electricity, with low levels of pollution helping to conserve water resources that are less and less in the country. This project focuses on the use of one of these renewable energies such as photovoltaics, taking advantage of the incident radiation in our country to transform it into electrical energy through an autonomous photovoltaic system, to energize a water mist system for a seedling production greenhouse. At the CINCA agroecology training center, the system is designed to meet the energy demand of the water system, such as a pump, water controller, which are the elements that will consume a power of 584 watts / hour, the system is designed for one cycle irrigation 3 times a day through a controller that will maintain the irrigation schedule, obtaining a maximum system demand of 2226 watts per day, the system will have a maximum power of 3500 watts and a nominal power of 2000 watts, thus contributing to the agriculture with the use of resources and technologies existing in our country that can be implemented for the generation of electricity.

• Автор: Guachamin Farinango, Omar Santiago (author)
• Формат: bachelorThesis
• Мова: spa
• Опубліковано: 2021
• Предмети: ENERGÍA FOTOVOLTAICA; NEBULIZACIÓN; POTENCIAL ENERGÉTICO; RADIACIÓN; ELECTROMECÁNICA
• Онлайн доступ: http://repositorio.utc.edu.ec/handle/27000/8149