Hybrid Energy System Simulation for Sustainable Energy Utilization
نویسنده
چکیده
Complex power generation scheduling, correlated uncertainties, environmental issues and hybrid energy system modeling have become very important research topics due to rapid growth of large-scale distributed renewable energy system, deregulated electric power markets and responsive demand. The intermittent nature of the primal energy sources (i.e. wind, sun, water) increases uncertainty as well as the complexity of the hybrid renewable energy systems. In hybrid energy system, different renewable sources of energy are integrated together to operate under changing natural conditions. Different types of hybrid power systems namely wind/FC/UC-based hybrid power generation system, solar cell/wind turbine/fuel cell hybrid power system, and solar cell (SC), wind turbine (WT), fuel cell (FC) and ultra capacitor (UC) systems, can be operated to achieve minimum or negligible fluctuation of power output from hybrid power system with respect to changes in load and environmental conditions. Simulation and optimization of hybrid renewable energy systems having different combination of energy sources have been carried out by several researchers. In the present paper, a study has been made for hybrid energy system simulation for sustainable energy
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