Abstract
This handbook deals with emergent topics related to embedding artificial intelligence (AI) into electrical grids. Smart grids are cyberphysical-social systems, which include information and communication technology (ICT), computer-implemented human concepts and actions, sensors, controllers, distributed energy resources, and social and economic issues. Now pervasive realities in the ICT age, the Internet of Things, distributed control, and cybersecurity are powerful enablers for smart grids. Smart grids use the cyberphysical social sensing paradigm to integrate the social aspect in engineering, which is a key concept and action to increase gender balance in engineering. The handbook is divided into three volumes, six parts, and 82 chapters. It is written by leading professionals from around the world, covering smart grid research and development, technology, standards, industry practice, and socioeconomic aspects.
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