A Architectural Approach To Smart Grid Technology

Abstract

Smart grid describes a network that uses dynamic optimization technology that eliminates network losses in real-time, Retains voltage levels, Enhances reliability, And improves asset management. This grid incorporates advanced technologies and resources from the production, Transmission, And delivery to the system and equipment of end-users. In a structured, Collaborative process that makes the energy generation, Distributing, And consumption efficient, The smart grid integrates infrastructure, Processes, Devices, Information, And markets. The operational data gathered through the whole system and it will trigger system equipment to optimize the solution to make sure that different contingencies are protected from attacks, Vulnerabilities, Etc. This needs the intelligent grid to define and investigate key performance metrics, To design and evaluate suitable resources, And to establish the required educational curriculum. Provide present and future experiences, Experience, And knowledge for this innovative framework to be deployed. A necessity for greater flexibilities in energy systems, Minimizing energy costs, And reducing adverse environmental effects, For consumers in future power systems think of microgrids concept to use. This chapter addresses significant technological challenges for the architecture and implementation of the smart grid by concentrating on the technology and practices necessary to design and integrate various components with smart grids. © 2022 Scrivener Publishing LLC. All rights reserved.