Simulation Approach to Integrated Energy Systems Study Based on Energy Hub Concept

Voropai, N.I.; Ukolova, Ekaterina; Gerasimov, Dmitry; Suslov, Konstantin; Lombardi, Pio; Komarnicki, Przemysław

doi:10.1109/ptc.2019.8810666

Cited by 38 publications

(12 citation statements)

References 7 publications

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“…Figure 3 shows general structure of the energy hub simulation model, which was constructed by Matlab/Simulink software capabilities [21]. This structural scheme presents three energy supply channels: 1 -electric power; 2 -heat; 3 -gas.…”

Section: Elements Of Technology For Modeling Of the Energy Hubmentioning

confidence: 99%

Simulation Modeling of Integrated Multi-Carrier Energy Systems

Voropai¹,

Sеrdyukova²,

Gerasimov³

et al. 2022

Simulation Modeling

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Integrated multi-carrier energy systems give good possibilities to have high effectiveness of energy supply to consumers. Transformation of energy systems under the impact of internal and external factors remarkably strengthens the technological integration of those systems and supports development of integrated multi-carrier energy systems. The concept of energy hub is developed for modeling and simulation of integrated multi-carrier energy systems. Based on previous research, a simulation model of the energy hub is being developed. The basic principles of building a simulation model of an energy hub concept are discussed. Realization of simulation model using Matlab/Simulink is proposed. Simulation results for the integrated electricity and heat systems are explained to demonstrate the capabilities of the simulation energy hub model. A case study for application of the simulation model is discussed.

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Section: Elements Of Technology For Modeling Of the Energy Hubmentioning

confidence: 99%

Simulation Modeling of Integrated Multi-Carrier Energy Systems

Voropai¹,

Sеrdyukova²,

Gerasimov³

et al. 2022

Simulation Modeling

Self Cite

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“…Blocks for reducing different units to the basic one were implemented using Matlab/Simulink. Figure 1 presents a generalized functional structure of the simulation model of the energy hub that was developed using Matlab/Simulink [14] capabilities. This structural scheme presents three energy supply channels: 1 -electric power; 2 -heat; 3 -gas.…”

Section: Modeling An Integrated Multi-energy System Using Matlab/simumentioning

confidence: 99%

“…A general approach to constructing a simulation model of an integrated multi-energy system and to solution of different problems with its help can be represented as follows [14,15]. a) Input information on the studied integrated multienergy system is set in the form of matrices of parameters of relations between electric and pipeline networks (their electric and hydraulic resistances) with their reference of those relations to specific numbers of nodes, as well as vectors of nodes parameters (loads, power generation, energy storage systems, etc.).…”

Section: Implementation Of a Simulation Model Of An Integrated Multi-mentioning

confidence: 99%

Development of a simulation model of an integrated multi-energy system based on the energy hub concept

et al. 2020

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Transformation of energy systems under the impact of internal and external factors remarkably strengthens the technological integration of those systems and supports development of integrated multienergy systems. The paper discusses the problems of modeling the integrated energy systems and proposes an approach to construction of a simulation model using the Matlab/Simulink software and the energy hub concept.

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“…Papers [3,16] provides a structural diagram that can become the basis for constructing control systems that ensure work in accordance with the proposed target functions, in particular the rational use of various types of energy, taking into account pricing and tariff policies.…”

Section: Variant Of Representation Using Matlabmentioning

confidence: 99%

Development of the methodological basis of the simulation modelling of the multi-energy systems

et al. 2019

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The most modern technical systems are an integration of various energy converters and sources of various physical nature. Mechanical, thermal, electromagnetic, as well as computer (information) monitoring and control system. Multi-energy systems (MES) also belong to the class of such technical devices. The main task in creating mathematical models is a methodological approach that allows joint modelling of 6 energy objects of various nature on a single methodological basis. The article considers the main approaches to the mathematical description of MES, as well as the assumptions and stages of formation for modelling this class of technical systems. The main advantages and disadvantages of the proposed methods for creating mathematical models are considered taking into account the possibility of using optimization methods and using the above models as digital twins for control systems. In addition, the article will present a methodological approach to the formation of mathematical models of an integrated energy system based on the concept of an energy hub using MATLAB.

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Simulation Approach to Integrated Energy Systems Study Based on Energy Hub Concept

Cited by 38 publications

References 7 publications

Simulation Modeling of Integrated Multi-Carrier Energy Systems

Simulation Modeling of Integrated Multi-Carrier Energy Systems

Development of a simulation model of an integrated multi-energy system based on the energy hub concept

Development of the methodological basis of the simulation modelling of the multi-energy systems

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