Desenvolvimento de um servidor para gerenciamento de recursos energéticos distribuídos baseado no protocolo IEEE 2030.5

Abstract

The growing volume of Distributed Energy Resources brings with substantial challenges in matters of communication, monitoring and control of resources, especially for electric power concessionaires, who constantly have new equipment inserted in their network, and need to develop their situational awareness of where these resources are located, what type of asset they are, what their current status is, their associated consumption levels and storage availability. However, in Brazil, the domain of any communication standard by energy concessionaires is unknown. To respond to the aforementioned challenges, the IEEE 2030.5 protocol was developed for Internet-based communications, to serve a large number of devices, defining standards for managing a number of utilities by energy end-users, including demand response, load control, daily pricing, distributed generation management, electric vehicles, among others. This work seeks the development of a server for managing Distributed Energy Resources, partially implementing the IEEE 2030.5 protocol. Throughout the work, data regarding standardization are collected and a server is developed using REST, with processing and validation of data in XML, storage of information in a database, and containing an authorization and authentication system based on self-signed certificates. At the end, experimental results are raised through requests made by clients, exemplifying device registration, measurement management and implementation of a control program.