R. Jayabarathi, R. Sivaramakrishnan, S. Sruthi, M. Raakesh, B. Manoj
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Simulation and Implementation of Solar Power Penetration in an IEEE 5 bus System
As the grid supply is not reliable and the price of electricity is increasing, it is necessary to introduce renewable energy sources like solar into the grid .The impact of solar penetrations into the grid has to be studied and analyzed. This paper deals with the simulation and hardware implementation of solar panel penetration in an IEEE 5 bus system. The simulation has been performed for different conditions with the help of ETAP (Electrical Transient Analysis Program) software. The power flow in the bus system is analyzed and impact of solar penetration in the system has been observed. Transient stability of the system is performed by creating a fault and observing the response of system in the absence of PV panels and also with different levels of PV penetration. The hardware implementation is conducted on a laboratory model of a 5 bus system with and without PV penetration to the grid. The power flow in the various buses and transmission lines are analyzed.
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