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Neste documento descreve-se o projeto desenvolvido na unidade curricular de Tese e Dissertação durante o 2º ano do Mestrado de Engenharia Eletrotécnica e Computadores no ramo de Automação e Sistemas, no Departamento de Engenharia Eletrotécnica (DEE) do Instituto Superior de Engenharia do Porto (ISEP). A instalação de um sistema de automação numa residência ou num edifício vem adquirindo uma importância crescente numa sociedade moderna e evoluída. A automatização de tarefas, que até agora eram feitas de uma forma manual, proporciona uma melhor qualidade de vida aos utilizadores deste tipo de sistemas. O conjunto de serviços prestados pelos equipamentos que automatizam essas tarefas é direcionado à gestão de quatro funções essenciais: o conforto, a eficiência energética, a segurança e as comunicações. É sobre os primeiros dois aspectos que esta dissertação se vai focar. Num mundo onde as pessoas estão em constante movimento, é objectivo do sistema de domótica tornar a vida e o trabalho um pouco mais fáceis - fornecendo, por exemplo, uma interface intuitiva que forneça ao utilizador a autonomia de poder controlar todas as funções de gestão da sua habitação através do seu computador, smartphone ou qualquer outro dispositivo com acesso à Internet. Nesta dissertação irão ser apresentadas diversas tecnologias que serviram de base para um sistema de domótica híbrido a implementar, com os protocolos EIB/KNX e Z-Wave, cuja função é monitorizar e controlar a iluminação e climatização de um escritório
This dissertation reports the project developed in the Thesis/Dissertation course during the 2nd year of the Master of Electrical and Computer Engineering in the _eld of Automation and Systems, Department of Electrical Engineering (DEE) of the Instituto Superior de Engenharia do Porto (ISEP). The installation of an automation system in house or a building has been assuming a major role in a modern and developed society. The automation of tasks, which used to be performed manually, offers a better quality of life to those who use this kind of systems. The set of services performed by the equipments responsible for the automation of these tasks is directed towards four main functions: comfort, energetic efficiency, safety and communications. This dissertation will be focusing the first two aspects. In a world in which people are absorbed in a constant movement, it is the aim of the home automation system to make life and work easier – allowing the possibility of an intuitive interface, for instance – which provides the user with the autonomy of controlling every single management function of his house by means of personal computer, smartphone or any other device connected to the internet. This dissertation will focus the study of a wide range of technologies which will work as a basis for an hybrid home automation system with the use of EIB/KNX and Z-Wave protocols whose main function is to monitor and control the lighting and air conditioning systems of an office.
This dissertation reports the project developed in the Thesis/Dissertation course during the 2nd year of the Master of Electrical and Computer Engineering in the _eld of Automation and Systems, Department of Electrical Engineering (DEE) of the Instituto Superior de Engenharia do Porto (ISEP). The installation of an automation system in house or a building has been assuming a major role in a modern and developed society. The automation of tasks, which used to be performed manually, offers a better quality of life to those who use this kind of systems. The set of services performed by the equipments responsible for the automation of these tasks is directed towards four main functions: comfort, energetic efficiency, safety and communications. This dissertation will be focusing the first two aspects. In a world in which people are absorbed in a constant movement, it is the aim of the home automation system to make life and work easier – allowing the possibility of an intuitive interface, for instance – which provides the user with the autonomy of controlling every single management function of his house by means of personal computer, smartphone or any other device connected to the internet. This dissertation will focus the study of a wide range of technologies which will work as a basis for an hybrid home automation system with the use of EIB/KNX and Z-Wave protocols whose main function is to monitor and control the lighting and air conditioning systems of an office.
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Keywords
Domótica Automação doméstica EIB/KNX Z-Wave Domotics Home automation