The goal of this thesis is to design measures of the distribution network in Brno to ensure a supply of electricity to its consumers in required quantity, quality and reliability. This project will be solved in the program called PAS DAISY Off-Line v.4.00 Bizon. At first we make an analysis of the steady state of the distribution network. We check load of transformer stations 110/22 kV, overhead and cable lines if they operate in allowed limits. Then we complete or correct reserved power drains of big consumers of electricity in the model of distribution system. From the calculation of the steady state of the distribution network we will probably find out that some parts of the system are overloaded. Therefore we suggest changes for it (like switching over circuits, installation of new transformer stations and circuits), which should ensure safety and reliability of operations in the distribution system.

Content of this thesis is theoretic introduction to the steady state of network, theoretic analysis of methods, which serves for calculation of steady state of network such as Gauss Seidel iterative method or Newton Raphson modified method and economy in the energetics, concretely fixation of costs of the power line and calculation of the optimal time of building up the recuperative power line. This thesis includes calculation of steady state of requested network with normal trouble-free network and for criterion (n-1), their analysis and design of recuperative precaution.

The aim of this thesis is description of critical situations in the electrical grid and the consequences which can be caused by these situations. Further possibilities of voltage recovery and ways how to reach the needed voltage are described. Another part is firstly about regulation electrical system and resources which are connected to this system. Secondly there is appraisal of possibility of connection new resource into distribution system 110 kV and conditions of connection new resources. The result of the thesis is description voltage recovery and the rules which have to be kept during critical situations.

Gegenstand der Dissertation ist die Verantwortung der Kommunen für die Versorgung der örtlichen Bevölkerung mit Elektrizität: Woraus kann sie hergeleitet werden, welche Konsequenzen ergeben sich aus ihr für die Kommunen und welche Bedeutung kommt hierbei der Kooperation mit der Privatwirtschaft zu? Die in drei Teile gegliederte Arbeit befasst sich in ihrem ersten Teil mit den allgemeinen Grundlagen und der Entwicklung kommunaler Elektrizitätsversorgungsunternehmen. Im zweiten Teil geht es um die gesetzlichen Zielvorgaben in der Elektrizitätswirtschaft und die kommunale Verantwortung für ihr Erreichen. Der dritte Teil schließlich befasst sich mit den Voraussetzungen kooperativer Staatstätigkeit und dem Potenzial der Anwendung von Kooperationsmodellen im Bereich der örtlichen Elektrizitätsversorgung. / The dissertation ist focused on the responsibility of municipalities to supply local populations with electricity: Where can it be derived from, what consequences for municipalities arise from it and what role does the cooperation with private sector have in this context? The thesis is divided into three parts; the first part deals with the basic principles and the development of municipal electric utilities. The second part focuses on both statutory normative targets in the electricity supply industry and the municipality's responsibility to achieve them. Finally, the third part discusses the preconditions of cooperative government activity and the potential of cooperation models for application to local power supply.

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