Planificación y diseño de un sistema fotovoltaico en Chacras: Microgeneración de 6 kw de potencia.

Abstract

The future of electricity generation implies that the consumer can participate actively in its production and storage, as well as in the management of demand (Yahyaoui, 2018). Technologies based on photoelectricity are fundamental in solving the problem of climate change and are associated with the reduction of greenhouse gas emissions (Himanshu Tyagi, 2018). Final consumers can supply themselves totally or partially by generating their own electricity (Price, 2018), this is known as distributed generation which is a system whose voltage levels can be low, medium and high voltage (Fanghong Guo, 2018) The low voltage photovoltaic generation is observed in the solar panels placed in the tissues of the buildings through which an inexhaustible source of energy from the sun is taken advantage of (Yang, 2019). The objective of this research is to design a photovoltaic micro generation system (μSFV) that operates in synchronism with the network. The research is quantitative in nature and determines the production of generated energy and its costs, and is also non-experimental, descriptive, explanatory and purposeful, establishing causal relationships based on secondary sources. The result was the design of a photovoltaic installation to which the economic analysis was performed and the greenhouse gas emissions avoided were determined.