| Título | Intelligent Distributed Management and Control of Power Systems for Isolated Communities based on Interconnectable Microgrids Energy Analytics |
|---|---|
| Abreviado | MULTIMICRO |
| Área de gestión | Proyecto |
| Comienzo | 01/01/2019 |
| Abstract | Resumen Muchas personas viven en comunidades aisladas en todo el mundo que no tienen acceso a la electricidad y dependen desproporcionadamente de la disponibilidad de petróleo para su bienestar. La reducción continua de costos de las tecnologías de almacenamiento de energía solar y fotovoltaica sugiere que dichas comunidades podráan acceder a la electricidad mediante el despliegue de microrredes eléctricas. El objetivo principal del proyecto MULTIMICRO es estudiar y definir la arquitectura inteligente de gestión y control de los sistemas de energía distribuidos basados en microrredes interconectadas que se implementarán en comunidades sin acceso a la electricidad. Abstract The main goal of the MULTIMICRO project is to study and define the intelligent management and control architecture of distributed power systems based on interconnected microgrids to be deployed in communities without electricity access. The MULTIMICRO project proposes interconnecting microgrids for developing electrical clusters in remote communities to take advantage of different opportunities such as local renewable sources. Therefore, the analysis of the low-level control of microgrids to guarantee stable operation when they are interconnected to each other will be one of the objectives of the project. Another objective of the MULTIMICRO project will be to define how such stabilization and control algorithms should be integrated in the microgrid control system. The microgrids considered in the MULTIMICRO project will grow naturally by interconnecting to other neighbor microgrids, which will result in microgrid-based electrical clusters. Such clustering process should result in a more robust and reliable electrical system by sharing resources and reserves among interconnected microgrids and will be able to connect to a neighbor distribution network, thereby consolidating the electrification of the initially isolated community. |
| Entidad financiadora | MASSACHUSETTS INSTITUTE OF TECHNOLOGY |
| Importe | 7300.00 € |
| Unidad |
Departamento de Ingeniería Programa de Doctorado en Ciencia de los Datos |
| Investigador Principal |
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