Thermometer approach based energy distribution in a smart grid tree network

摘要

The revolutionary changes in the technology and wide usage of electronic appliances demands efficient energy management techniques at smart grid to meet the requirement of the users. In this work, a Thermometer Approach Based Energy Distribution with Load (TAEDL) is proposed. Different category of users with self generated energy capabilities using renewable energy sources is considered. The total load requested from different users connected to substations after excluding their self generated energy is evaluated. The energy efficiency of the smart grid using Thermometer Approach is derived and evaluated at various levels of smart grid tree network (SGTN). The simulation results show that, the proposed technique yields high efficiency and fairness at various levels of smart grid. This technique enhances the scope of integrating the various substations to smart grid tree network. It encourages automation in energy distribution at various levels of smart grid tree network in near future.