Auditoría energética de la fábrica plásticos y brochas Wilson S.A. en el marco de la norma ISO 50001 de sistemas de gestión de energía

Abstract

Water resources are essential to satisfy human needs, protect health, protect food production and provide sustainable socio- economic development. In this context, there is an urgent need to supply environmentally sound technology for the supply of water. For the competing case, the agricultural sector depends on the irrigation process which uses energy sources for its work, therefore, and taking into account the advancement in technology, remote photovoltaic water pumping systems can provide a viable alternative to comply with irrigation in rural sectors. Therefore, this work shows the development of an efficient photovoltaic water pumping system model, which uses the maximum power point tracker (MPPT) using the P&O observation disturbance algorithm, whose simulation will be performed using MATLAB and the results will validate that MPPT can increase the efficiency and performance of the PV water pumping system.