| Name: | Description: | Size: | Format: | |
|---|---|---|---|---|
| 5.83 MB | Adobe PDF |
Authors
Abstract(s)
Numa altura em que o mundo e em particular a Europa atravessam uma crise energética, as metas ambientais são desvalorizadas e adiadas pelos principais atores da economia mundial, os impactos ambientais resultantes desta alteração comprometem a sobrevivência das atuais e futuras gerações. A manutenção e redução dos consumos energéticos são fundamentais para a diminuição de custos tanto energéticos como de produção e redução dos impactos ambientais com origem na geração de energia. Recorrendo à manutenção preventiva, será possível prolongar a vida útil e melhorar a eficiência de uma infraestrutura ou equipamento. Sendo assim, é imperativo que os edifícios se encontrem equipados com ferramentas capazes de executar uma gestão e manutenção da infraestrutura desde o seu planeamento até à fase de uso da mesma. O recurso designado de gestão da manutenção preventiva possibilita a construção dos históricos de manutenção, monitorização de consumos e custos, controlo de custos com as atividades de manutenção do edifício e da criação de relatórios e análises de indicadores de manutenção. De forma que esta gestão da manutenção seja possível foram criadas metodologias capazes de executar este tipo de gestão, como é o caso do Building Information. Modeling, aumentando assim o catálogo de ferramentas capazes de executar tarefas de grande importância na análise quantitativa, para a melhor funcionalidade de um edifício. O presente trabalho final de mestrado propõe uma metodologia para análise de um sistema de gestão de manutenção, na qual se apontam vantagens com a aplicação de ferramentas tecnológicas desenvolvidas no âmbito do conceito da Indústria 4.0 e como desvantagem a não existência de métricas desenvolvidas para os complexos de piscinas. Será igualmente feita uma análise aos diversos equipamentos energéticos (unidade de tratamento de ar, caldeiras, coletores solares), relativamente aos consumos, bem como um novo dimensionamento de equipamentos melhorando a eficiência e reduzindo a energia necessária. Após o novo dimensionamento, recorrendo às ferramentas da Indústria 4.0, serão aplicados instrumentos de monitorização e automatização recorrendo a equipamentos de automação de aplicação a edifícios, bem como a implementação de uma plataforma digital de controlo de manutenção preventiva e corretiva.
At a time when the world and particularly Europe are going through an energy crisis, environmental goals are devalued and postponed by the main actors of the world economy, the environmental impacts resulting from this change compromise the survival of current and future generations. The maintenance and reduction of energy consumption are fundamental for the reduction of both energy and production costs and the reduction of environmental impacts from energy generation. By using preventive maintenance, it will be possible to extend the useful life and improve the efficiency of an infrastructure or equipment. Therefore, it is imperative that buildings are equipped with tools capable of managing and maintaining the infrastructure from its planning to its use phase. The resource called preventive maintenance management allows the construction of maintenance histories, monitoring consumption and costs, controlling costs with the building's maintenance activities and the creation of reports and analysis of maintenance indicators. For this maintenance management to be possible, methodologies capable of performing this type of management were created, as is the case of Building Information Modeling, thus increasing the catalog of tools capable of performing tasks of great importance in quantitative analysis, for the best functionality of a building. The present master's final work proposes a methodology for the analysis of a maintenance management system, in which advantages are pointed out with the application of technological tools developed in the scope of the Industry 4.0 concept and as a disadvantage the non-existence of metrics developed for swimming pool complexes. An analysis of the several energy equipments (air treatment unit, boilers, solar collectors) will also be done, regarding consumption, as well as a new dimensioning of equipments improving efficiency and reducing the energy needed. After the new sizing, using the tools of Industry 4.0, monitoring and automation tools will be applied using automation equipment for buildings, as well as the implementation of a digital platform to control preventive and corrective maintenance.
At a time when the world and particularly Europe are going through an energy crisis, environmental goals are devalued and postponed by the main actors of the world economy, the environmental impacts resulting from this change compromise the survival of current and future generations. The maintenance and reduction of energy consumption are fundamental for the reduction of both energy and production costs and the reduction of environmental impacts from energy generation. By using preventive maintenance, it will be possible to extend the useful life and improve the efficiency of an infrastructure or equipment. Therefore, it is imperative that buildings are equipped with tools capable of managing and maintaining the infrastructure from its planning to its use phase. The resource called preventive maintenance management allows the construction of maintenance histories, monitoring consumption and costs, controlling costs with the building's maintenance activities and the creation of reports and analysis of maintenance indicators. For this maintenance management to be possible, methodologies capable of performing this type of management were created, as is the case of Building Information Modeling, thus increasing the catalog of tools capable of performing tasks of great importance in quantitative analysis, for the best functionality of a building. The present master's final work proposes a methodology for the analysis of a maintenance management system, in which advantages are pointed out with the application of technological tools developed in the scope of the Industry 4.0 concept and as a disadvantage the non-existence of metrics developed for swimming pool complexes. An analysis of the several energy equipments (air treatment unit, boilers, solar collectors) will also be done, regarding consumption, as well as a new dimensioning of equipments improving efficiency and reducing the energy needed. After the new sizing, using the tools of Industry 4.0, monitoring and automation tools will be applied using automation equipment for buildings, as well as the implementation of a digital platform to control preventive and corrective maintenance.
Description
Trabalho Final de Mestrado para obtenção do grau de Mestre em Engenharia
Mecânica
Keywords
Manutenção PCM Eficiência energética BIM Indústria 4.0 Maintenance Energy Efficiency Industry 4.0
Citation
PARREIRA, Bruno Filipe Almeida – Análise da influência da manutenção nos consumos energéticos de um complexo de piscinas. Lisboa: Instituto Superior de Engenharia de Lisboa, 2022. Dissertação de Mestrado.
Publisher
Instituto Superior de Engenharia de Lisboa