Quantum Inspired Differential Evolutionary Algorithm Impelemented in Smart grid for System Restoration Sowmiya N1, Devi P Nandhini1, Haran R Hari2 1UG Students, EEE Departmant, Saveetha School of Enfineering, Saveetha University, Thandalam 2Assistant Professor, EEE Departmant, Saveetha School of Enfineering, Saveetha University, Thandalam Online published on 16 January, 2018. Abstract In smart grid environment system is to restore a power with time flexibility and load priority. This method is to enhance reliability and efficiency in an automatic approach. In earlier restoration method is based on fixed time interval may not meet the requirement. This article proposes a new permutation based model for power grid restoration within associate optimized flexible period duration considering available generator and load prioritization. By using this new method, power system restoration is to increase the restored load per unit time. Finally an action-by-action flexible time schedule is obtained for generator start-up. A novel quantum-inspired evolutionary algorithm, called the quantum inspired differential evolutionary algorithm, has been applied to solve this problem due to this high population diversity and fast convergence. Top Keywords Load priority, algorithm, smart grid, power system, time flexibility. Top |