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The objective of this experimental research paper is to explore a new methodology to simulate, manage and monitor a renewable energy based hybrid power system model. The model is developed using SIMULINK and the simulation of the model is carried out in real time by means of XPC target software. The energy management and control action for the system is achieved using a PLC, which interfaces the model...
The research on microgrid is primarily motivated to provide the energy need of the rural areas and/or the areas in which the utility power is not available. But due to the globalization of the world's economies, the rural communities in the world are moving towards urban communities. This paper aims to study the formation of microgrid in an urban environment. Buildings are one of the major consumers...
Most of the research on Hybrid Power Systems (HPS) is to provide an economical and sustainable power to the rural electrification. This paper focuses on the design of an HPS for the building which is a part of the urban electrification. In the developing countries, the rate of increase in the demand is more than the rate of increase in the supply, which is a major challenge resulting in very frequent...
This paper describes a novel method for Modeling and Simulation of the Renewable energy based Hybrid Power System (HPS) with improved simulation capabilities like Fidelity, Speed, and Real time control in Commercial Off The Shelf (COTS) hardware and software. Analysis of HPS dynamics is conventionally done by using Matlab/Simulink. Since the optimal utilization of primary energy sources will increase...
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