Viabilidad financiera de una planta de energía solar fotovoltaica para el edificio santo domingo de guzmán.

Abstract

This project wants to show the financial viability of a small solar power plant scale, technical standards and the benefits they can generate from these projects according to Law 1715 of 2014 and CREG 030 of 2018, which regulates the activities of small-scale self-generation and distributed generation in the Interconnected System National, determining the parameters that must be taken into account to be a car small-scale generator, taking into account that the standard has been little diffused and applied, this document indicates the maximum power limit of self-generation at small Resolution scale (281), through a bidirectional scheme whose limit is 1 MW (Ministry of Mines and Energy, 2018), giving a great field of action for the generation of energy, which was not had before. This type of solutions and perspectives is intended to mitigate the average footprint environmental generated by the production of energy based on raw materials, seeking through of this project that the Santo Tomas University implement a solar energy system to small scale on your property, counting on economic fluency, awareness for the environment environment, complying with the sustainable development objectives, demonstrating the impacts positive results of these projects, and giving a perspective of sustainable social projection to the region: It is intended to show with this project the benefits that could be obtained in the short, medium and long term, when implementing a small-scale solar power plant, taking into account that solar panels have a useful life of 20 to 25 years, ovacen (s.f.), in addition to the tax incentives that the country has when implementing this type of energy-friendly energy environment. Currently the Santo Tomás Tunja sectional University has the Santo Building Domingo De Guzmán recognized as the first technological building in the region, which has different academic settings which are endowed with a large number of electronic devices, high flow of students, administrative staff, visitors and a busy schedule of events, which represents a significant energy consumption electrical. Based on this problem, it is sought to propose a model of financial viability of a Photovoltaic solar power plant as an alternative to diversify the energy matrix of the Santo Domingo building and thus establish the possible benefits that the University would have Santo Tomás with the implementation of this type of systems in its infrastructure, based on the legal, accounting and financial framework.