Development of Electrical Energy Generation Based Uninterrupted Operation for Grid Integration of Utility using RES

The post-parthenon in electrical power system is prominence on demand side management for grid integration with renewable energy sources (RES’s) in the form of distributed generation (DG). At a fleeting look system up gradation predominantly focuses on grid integration of multiple energy sources. This paper presents the design and development topology for multiple sources of energy like solar PV, wind energy etc. for three phase grid integration. It is in consideration with an optimal power flow analysis of these sources. The real time monitoring, controlling and protection is provided through digital signal processor (DSP) and switch gear. All the power system parameters (voltage, current, temperature etc.) are displayed on display unit through parallel port controller area network bus (CANBUS). These parameters are vital for synchronizing of voltage, frequency and waveform at point of common coupling (PCC) at the time of grid integration with RES. Also these are expedient for the switching of protective devices. For remotely monitoring and control an Ethernet port are implemented with the provision of GSM in it. Finally with these features testing is conceded for linear and dynamic loading.