Dynamic Load Flow Analysis and Exploring PV Unit Placement in RTS-96 Bus System at Various Locations
Authors:S.Revathi, J.jagesh, B.Kishore, S.Vignesh
Abstract- This paper delves into the dynamic load flow analysis of the RTS-96 bus system, focusing on the integration of power system units at different locations to enhance the system’s efficiency and resilience. It combines advanced power system analysis techniques with renewable energy integration strategies to optimize the performance of the power grid. The dynamic load flow analysis provides insights into the real-time behavior of the power distribution network, considering factors such as varying loads, generation patterns, and system contingencies. By leveraging the RTS-96 Bus System as the testbed, power losses, and overall system reliability can be determined. In addition to load flow analysis, the study explores the strategic placement of solar and wind grid units within the RTS-96 Bus System. By utilizing advanced optimization algorithms, the research identifies optimal locations for integrating wind and solar grids to maximize energy generation while minimizing the impact on grid in stability. The goal is to develop a comprehensive understanding of how distributed generation can be strategically deployed to enhance the overall performance of the power system. It includes conducting dynamic load flow analysis on the RTS-96 bus system to assess its real-time behavior under varying conditions.
