Implementación de un módulo experimental para el estudio de sistemas fotovoltaicos.
The project has been destined to the implementation of an experimental photovoltaic module with didactic aims, guided to the education and the development of technology in the region, which allows, to make connections of conventional photovoltaic systems from its initial part until its start-up; bes...
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Médium: | bachelorThesis |
Jazyk: | spa |
Vydáno: |
2018
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On-line přístup: | http://repositorio.utc.edu.ec/handle/27000/5601 |
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Shrnutí: | The project has been destined to the implementation of an experimental photovoltaic module with didactic aims, guided to the education and the development of technology in the region, which allows, to make connections of conventional photovoltaic systems from its initial part until its start-up; besides to monitor each of the electrical variables such as voltage, current, apparent power, active power, reactive power and power factor of each of the loads (AC) connected to the system, which in its circuits include a voltage divider, an ACS712 current sensor 30A, a voltage sensor FZ0430 25V (DC) and programming Arduino Mega 2560 and Raspberry Pi 3 cards, allowing students to perform an analysis with the obtained data through the page ThingSpeak website, page from which it can download a spreadsheet with the values corresponding to the electrical parameters in laboratory practice; at designing it includes fixed metallic structures in the wall for the solar panels which allow to adjust the inclination angles and the reflectors distance (500W each) that are located in front of these; the module includes relatively low costs compared to those found on market, in addition to have many more benefits exceeding at technical economic analysis; having thus its technological, social and innovative contribution that is destined for future investigating, establishing a contribution for the society, environment and to the punctual need to replace energies coming from fossil fuels by clean and renewable energy. |
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