This project brings together a smart grid implementation that uses a Wi-Fi (IEEE 802.11) network to communicate with sensors (IEEE 802.15.4) and actuators from multiple nodes. Addresses normal energy consumption issues that consume a lot of power. The system can be easily configured via a mobile application-friendly interface (IEEE 802.15.2) to automatically control the power supply and light demand of various types of electrical installations. Mobile application dashboards (IEEE P 2301) can also provide complex system-wide analysis by collecting values from various sensors. The maximum consumption of electricity generated is 32 GW, with the waste of electricity that must be stored and used, the unknown cause of outages, and the high maintenance costs of relying on old electricity. There is a problem. You should rely on the smart grid for the following reasons. Therefore, we use IoT solutions to improve energy consumption and production, proposing an innovative smart energy grid to meet the growing population and electricity consumption. The proposed smart grid system is energy efficient, selfcontained and user is easy to set up. Due to its modularity, the system is scalable and does not require more complicated materials or wiring. The proposed system improves energy consumption and production.The system is power efficient, self-sustained, set up easily and scalable without the requirement of more complicated materials. Also, it enables suppliers and consumers with unprecedented control and management capabilities.
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Ibrahim et al. (2022) studied this question.