Paper Title
Efficient Communication Infrastructures For Smart Grids

The smart grid features omnipresent interconnections of power equipment’s to enable two-way flows of electricity and information for various intelligent power management applications, such as accurate relay protection and timely demand response. To conform such insidious equipment interconnections, full-fledged communication infrastructures are of great importance in the smart grid. In this project, the communication between the electrical devices are monitored and controlled by implementing new communication infrastructures, Distributed Network Protocol 3.0 over Transmission Control Protocol/Internet Protocol. These effective communications makes the smart grid to meet timely demand response and also it reduces losses. The result reveals that the proposed system enhances the message delivery timing for various electrical device requirements to meet the demand and to overcome fault timing efficiently when match up to the system with User Data-gram Protocol/Internet Protocol. The simulation results are obtained by Matrix Laboratory software tool.