Distributed energy systems tskhinvali

The review focuses on the presentation and summary of the methods and ideas of the above three aspects. Sector 2 introduces distributed energy systems. Sectors 3 ~ 5 present system planning and evaluation, modeling and optimization, and operation and control methods. Finally, the research conclusions of this paper are presented in Sector 6.

Wind energy is a clean and extremely abundant source of renewable energy. Wind power generation converts the wind''s kinetic energy into environmentally friendly electrical energy and is available in grid-connected and off-grid connections [44]. However, wind power generation is always characterized by randomness and uncertainty with variations in wind speed [17, 45]. These intermittent wind power will impact system reserves, reliability, expected carbon emissions, and costs [46]. Therefore, integrating wind power with other distributed generation technologies is necessary and feasible.

Distributed energy systems also comprise electrical energy transport, thermal energy transport, and working fluid transport, which deliver the generated energy from the generation units to the users. Since the physical properties of the transported quantities, such as electricity, heat, and fluids are different, their transmission devices, networks, and physical description processes are also different [54, 55].

In distributed energy systems, such as heating networks, natural gas networks, heat pump systems, and cooling systems, are composed of various fluid networks [63]. The fluid network mainly consists of components such as pipes, pumps, and valves. The usual fluids are natural gas, air, water, and refrigerants. Therefore, the flow characteristics of the fluid in the pipeline, the pump''s power characteristics, and the valve''s adjustment characteristics all need to be considered in the energy transport aspect of the distributed energy system [64, 65].

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