ABSTRACT
In modern years, artificial intelligence (AI) technology has been rushing to develop realistic solutions for smart grids that will allow use of renewable energy sources, for the design, simulation and fault-tolerant operations. All AI strategies can be instrumental in increasing the quality and efficacy of smart girds through which our natural and social resources are allocated. Smart grid can be described as an electrical network that uses information, two-way secure communication technologies and AI in an integrated style that include smart meters/devices, renewable energy infrastructure and energy-efficient services. Digital power conditioning, communication networks and regulation of the generation and distribution of electricity are critical aspects of the smart grid. Forms of energy such as wind and solar power are superior but also highly incompatible; therefore, the need for more sophisticated control systems has become obvious in order to facilitate the connection of sources to the highly controllable grid.
