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Simulation of selected power energy phenomena
Kochánek, Martin ; Bátora, Branislav (referee) ; Šlezingr, Jan (advisor)
This bachelor's thesis deals with the operation of dispersed generation of electricity in the electrical network, the possibilities use of virtual power plant and smart distribution grid. The aim of this work is to build a model of electrical distribution networks in the simulation environment. Connect dispersed generation of electricity to the network and simulate events that may occur in the network and the phenomena to measure and evaluate selected parameters.
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Cooperation of micro sources within small smart grid
Cabala, Ľuboš ; Macháček, Jan (referee) ; Radil, Lukáš (advisor)
This thesis concerns with design of micro sources and their implementation in Micro grid system. In the first part the work is aimed at definition of smart - grid, where describes their advantages, disadvantages and necessary changes, which has to be made in current distribution network for implementation this system. Further on the thesis concerns with detailed description of Micro grid, configuration of this kind of network, the issues in implementation and possibilities to provide ancillary services. The work also describes marginally virtual power plants, presents definition, components and types of virtual power plants. The final chapter describes the creation of micro sources in System modeler and subsequent testing of consumption cover to operate in island mode.
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Virtual Power Plant Anomaly Detection
Vymazal, Jan ; Kočí, Radek (referee) ; Zbořil, František (advisor)
This bachelor thesis deals with the implementation of a multi-agent system for the detection and prediction of anomalies during the operation of a virtual power plant. The thesis also deals with the implementation of a simulation that puts this multi-agent system into an environment that reflects the gradual addition of data in the real world. It also deals with the principles of communication between agents in a multi-agent environment according to FIPA standards. As part of the work, I created the multi-agent system in the JADE framework in the Java programming language and a script in the Python programming language that implements the simulation.
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Virtual Power Plant Anomaly Detection
Vymazal, Jan ; Kočí, Radek (referee) ; Zbořil, František (advisor)
This bachelor thesis deals with the implementation of a multi-agent system for the detection and prediction of anomalies during the operation of a virtual power plant. The thesis also deals with the implementation of a simulation that puts this multi-agent system into an environment that reflects the gradual addition of data in the real world. It also deals with the principles of communication between agents in a multi-agent environment according to FIPA standards. As part of the work, I created the multi-agent system in the JADE framework in the Java programming language and a script in the Python programming language that implements the simulation.
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|
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Simulation of selected power energy phenomena
Kochánek, Martin ; Bátora, Branislav (referee) ; Šlezingr, Jan (advisor)
This bachelor's thesis deals with the operation of dispersed generation of electricity in the electrical network, the possibilities use of virtual power plant and smart distribution grid. The aim of this work is to build a model of electrical distribution networks in the simulation environment. Connect dispersed generation of electricity to the network and simulate events that may occur in the network and the phenomena to measure and evaluate selected parameters.
|
|
|
Cooperation of micro sources within small smart grid
Cabala, Ľuboš ; Macháček, Jan (referee) ; Radil, Lukáš (advisor)
This thesis concerns with design of micro sources and their implementation in Micro grid system. In the first part the work is aimed at definition of smart - grid, where describes their advantages, disadvantages and necessary changes, which has to be made in current distribution network for implementation this system. Further on the thesis concerns with detailed description of Micro grid, configuration of this kind of network, the issues in implementation and possibilities to provide ancillary services. The work also describes marginally virtual power plants, presents definition, components and types of virtual power plants. The final chapter describes the creation of micro sources in System modeler and subsequent testing of consumption cover to operate in island mode.
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