Computer Simulation of Hybrid Energy System

Dear Colleagues,

The hybrid energy system is defined as a system combining at least two renewable energy resources—nonrenewable, traditional or conventional energy resources, or both—have become very popular recently due to their advances in energy production. Further developments are required to gain hybrid systems performance, stability, and security.

Building the future of the energy sector of the current century not only involves going from conventional fuels to cleaner renewable energy. It is a problem of the sustainability of future solutions as well as the feasibility of their implementation. The transition towards more renewable energy presents fascinating, complex challenges.

The sustainable security of energy supply has led to the implementation of new policies to improve the efficiency of renewable and nonrenewable energy systems. Research and development efforts in gas turbines, steam turbines, and clean coal technologies and in solar, wind, wave, tidal, and other renewable energy technologies, are need to be continued in order to improve their performance, to establish techniques for reliably integrating them with other different generating sources.

In this Special Issue, computational studies analyzing and clarifying the hybrid energy system are welcome, to gain a better understanding of the system’s hybridization. Renewable as well as nonrenewable energy systems can be presented from theoretical and practical points of view. New knowledge on the system performance and implementation is nowadays very sought after. The hybrid energy system’s optimization, control strategies, and energy forecasting are selected important issues. The study problems and modelling solutions for a range of energy efficiency scenarios can be presented by researchers who are experts in their field.

Prof. Dr. Marek Jaszczur
Dr. Anna Młynarczykowska
Guest Editors

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