Flexible and reconfigurable data sharing for smart grid functions

Abstract

Electrical power systems are undergoing major transformations as the share of decentralized energy resources increases. One important aspect is that the system is required to cope and adapt to the fluctuating behavior of these elements in order to maintain a stable and reliable operation. Consequently, this new challenges call for novel approaches for control and protection devices, both new and already deployed in the field. One alternative is the possibility to have a reconfigurable architecture, which ensures a modular and flexible operation of the system depending on the situation at hand. With this in mind, the main challenge addressed here is the configuration of the intelligent devices and the distribution of the data to ensure a resilient operation of the electrical grid.

An IOT ‐based efficient energy management in smart grid using SMACA technique

“…These limit the use of solar power wireless devices for indoor range like hospitals and smart homes 13 . Hence, the restoration of energy from the surrounding area temperature, the renewable energy resources to be a conclusion to provide a fixed supplies to the IoT sensors 14 …”

“…13 Hence, the restoration of energy from the surrounding area temperature, the renewable energy resources to be a conclusion to provide a fixed supplies to the IoT sensors. 14 Generally, the radio frequency (RF) and thermal energy are common source of energy that can provide the power in the low power IoT devices. 2 The energy gathering from the wireless devices have combined number of characteristics such as ranges from physical layer security to cognitive layer radio networks, nonorthogonal unified access.…”