Methodology for Valuing the Implementation of Photovoltaic Plants for Self-Consumption

This project addresses the need to diversify the Ecuadorian energy matrix by developing a methodology for the implementation of photovoltaic self-consumption systems. Given the stagnation of electrical infrastructure and rising demand, the research proposes a transdisciplinary approach that integrates regulatory analysis, solar resource assessment, and detailed technical-financial studies. The core problem lies in the lack of distributed generation infrastructure and the technical knowledge required for its effective deployment. The proposed solution includes a multi-criteria analysis to identify optimal configurations, the design of photovoltaic systems using advanced modeling tools, and the application of the unit price methodology to calculate the Levelized Cost of Energy (LCOE). As a result, the project aims to provide a replicable tool for regulated consumers, facilitating the transition toward renewable sources. The project seeks not only technical and economic feasibility at the Salesian Polytechnic University but also to generate a positive social and environmental impact, promoting energy resilience and carbon emission reduction within the national context.<br/><br/><b>Goal</b>: <br/>Develop a comprehensive methodology to evaluate the implementation of photovoltaic generation plants for self-consumption in Ecuador, considering technical, economic, and regulatory aspects. The project aims to optimize decision-making for distributed generation systems using the Salesian Polytechnic University as a case study.<br/><br/><b>Research lines</b>: <br/>Optimization of energy and renewable energies