|
|
Dynamic Models of Power-Generating Modules
Kopička, Marek ; Máslo, Karel (referee) ; Procházka, Karel (referee) ; Eleschová, Žaneta (referee) ; Drápela, Jiří (advisor)
The dissertation thesis deals with the design of the concept and implementation of models of electrical power system elements with regard to the potential of the use of computer programs – simulations. The solution of the thesis focuses on the compliance simulations of power-generating modules according to RfG (Requirements for Generators), as a document which setting out the requirements for the connection of power-generating facilities and also focuses on the issue of smart grids and MAS (Multi-Agent Systems) respectively. The framework of the thesis is thus defined by the area of requirements for power-generating modules according to legislative requirements (not only RfG, but also related standards incl. DSC (Distribution System Code), CSN EN 50438 and CSN EN 50549), requirements for agent functionalities and power-generating module abilities to operate in synchronous and island operation, including transitions between them, the process of synchronization (phasing) and communication between the individual elements of the power system.
|
|
|
Methodology and data evaluation of conformance tests of A1 and A2 power generating modules
Bláha, Michal ; Drápela, Jiří (referee) ; Morávek, Jan (advisor)
The introductory part of the diploma thesis contains basic knowledge of the issue of Power Generating Module (particularly local) and a description of individual categories according to the EU Commission Regulation 2016/631, which are connected to the electricity system in the Czechia. In connection with this classification and the assignment of this work, the individual rules for connecting and operating Power Generating Module of categories A1 and A2 are further described. The work also deals with verifying the compliance and conformity of production modules with applicable legislation. The principles of verification of production units follow the newly proposed standard EN 50 549-10. The benefit of the work lies mainly in the preparation for the creation of a certified workplace, which will deal with custom measurement of production units. This preparation is based not only on the created test manual, but on two other important parts, such as the creation of evaluation scripts and the output protocol. The scripts will be used to process the measured data for individual tests and will provide a suitable graphical output of the unit, which will be placed in the output protocol. This protocol will thus be a comprehensive official measurement output of the tested unit.
|
|
|
Methodology and data evaluation of conformance tests of A1 and A2 power generating modules
Bláha, Michal ; Drápela, Jiří (referee) ; Morávek, Jan (advisor)
The introductory part of the diploma thesis contains basic knowledge of the issue of Power Generating Module (particularly local) and a description of individual categories according to the EU Commission Regulation 2016/631, which are connected to the electricity system in the Czechia. In connection with this classification and the assignment of this work, the individual rules for connecting and operating Power Generating Module of categories A1 and A2 are further described. The work also deals with verifying the compliance and conformity of production modules with applicable legislation. The principles of verification of production units follow the newly proposed standard EN 50 549-10. The benefit of the work lies mainly in the preparation for the creation of a certified workplace, which will deal with custom measurement of production units. This preparation is based not only on the created test manual, but on two other important parts, such as the creation of evaluation scripts and the output protocol. The scripts will be used to process the measured data for individual tests and will provide a suitable graphical output of the unit, which will be placed in the output protocol. This protocol will thus be a comprehensive official measurement output of the tested unit.
|
|
|
Dynamic Models of Power-Generating Modules
Kopička, Marek ; Máslo, Karel (referee) ; Procházka, Karel (referee) ; Eleschová, Žaneta (referee) ; Drápela, Jiří (advisor)
The dissertation thesis deals with the design of the concept and implementation of models of electrical power system elements with regard to the potential of the use of computer programs – simulations. The solution of the thesis focuses on the compliance simulations of power-generating modules according to RfG (Requirements for Generators), as a document which setting out the requirements for the connection of power-generating facilities and also focuses on the issue of smart grids and MAS (Multi-Agent Systems) respectively. The framework of the thesis is thus defined by the area of requirements for power-generating modules according to legislative requirements (not only RfG, but also related standards incl. DSC (Distribution System Code), CSN EN 50438 and CSN EN 50549), requirements for agent functionalities and power-generating module abilities to operate in synchronous and island operation, including transitions between them, the process of synchronization (phasing) and communication between the individual elements of the power system.
|
guest ::
