Implementation, Development, and Intellectual Property of a Management System for Distributed Generation in Smart Cities

This project addresses the technical complexity of managing distributed microgrids (MRDs) in smart cities, where the integration of renewable sources and real-time demand management are critical challenges. Given the lack of clear standards and the need to protect the intellectual property of innovative solutions, the team proposes a methodology based on bipartite models and virtual energy markets. The focus is on developing an applied heuristic that enables the efficient operation of microgrids, using a university ecocampus as a practical validation environment. The research seeks to reduce dependence on fossil fuels, improve power grid resilience, and promote energy efficiency. Through simulation and experimentation, the project aims not only to generate publishable scientific knowledge but also to lay the groundwork for future patents and strengthen the research line in smart electrical grids. The results will benefit the academic community, the national electricity sector, and end-users by providing tools for optimizing energy consumption and managing surpluses in electricity markets.<br/><br/><b>Goal</b>: <br/>Develop and implement a management methodology for distributed generation systems in smart cities and ecocampuses, using virtual energy markets. The project aims to optimize demand response and improve energy efficiency through heuristic techniques.<br/><br/><b>Research lines</b>: <br/>Microgrids and renewable energies<br/>Planning and management of electrical systems