This diploma thesis focused on designing of systematic wiring of multifunctional sports centrum. The work is divided into two parts. The first part of the work is dealing with definitions and principles necessary for electrical project documentation. There is a presentation of the KNX bus control system, which is chosen for the implementation of the systematic wiring of the sports centrum. There is also an overview of currently used systems for wiring control. At the end, the design of artificial and emergency lighting is processed using a computer program. The content of the second part of the work is a complete project documentation for construction of the multifunctional sports hall using the KNX bus system. Furthermore, the documentation draws the design of power and data distribution to the relevant floor plans of the building, the design of power and system switchboards, an overview scheme of power distribution, topology of the KNX system, budget and technical report.

This work is concerned with development of module for communication with intelligent instalation into houses system. The aim was to familiarize with the products of RF Control of  ELKO EP, s.r.o., USB bus and wireless communication components for the 868 MHz band. And afterwards, in cooperation with the ELKO EP company, to design an electrical scheme and printed circuit board motive of this module. For cooperation with the module and for the system components control an aplication was programmed. The application name is RF-AP USB.

My doctoral thesis deals with use of the sophisticated methods for the selection of technical and economic solution of electrical wiring. This solution is based not only on a price but also on many other criteria such as a comfort, service, durability etc. The focus of the work is a treatise on wiring systems from a global perspective, where it is impossible to use a conventional approach for objective evaluation and selection of the appropriate electrical wiring system (because of the complexity of such systems and their interdependencies). In the four chapter are given information of an energy consumption (the total consumption and household consumption). In this chapter is given also a consumption prediction – especially for households. Following is an overview of possible measures for reducing electricity consumption in households. In the next part of this thesis are solved the knowledge, respectively expert systems for use in an electrical engineering – especially for a suitable tool for the selection and evaluation of households wiring electrical system. The result of this work provides a possible solution for a selection of wiring electrical system for households (focusing on the intelligent wiring) – from a technical and economic point of view and with using an innovative approach. The main contribution of this work is a proposal of the main part of the knowledge base. This base could be as a basis for knowledge, respectively for an evaluating technical and economical solution of an electrical wiring system – the expert system includes also a feedback function of an effectiveness solution, use value, price etc., which would also serve as a knowledge base.