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Authors
Advisor(s)
Abstract(s)
Devido à complexidade associada à fabricação de peças com o objetivo de aumentar a eficiência,
quer produtiva quer energética, de forma a evitar paragens desnecessárias, baixar custos e manter
a qualidade, cada vez mais o equipamento industrial de fabrico assume um papel com uma
importância muito elevada. Esta complexidade tem um impacto muito grande no desenvolvimento
de um equipamento, pelo que fará todo o sentido a integração da Indústria 4.0 nestes
equipamentos. A Indústria 4.0 é a tendência atual de automação e de troca de grandes quantidades
de dados em tecnologia de fabrico. Esta tecnologia inclui sistemas cyber-físicos, computação em
nuvens e internet das coisas (IoT). A Indústria 4.0 proporciona uma nova e melhorada forma de
organizar e controlar toda a cadeia de valor ao longo do ciclo de vida dos produtos. Estes sistemas,
destinam-se a acomodar as exigências constantes e únicas dos clientes, bem como gerar novas
ideias para os produtos e como são desenvolvidos e fabricados, garantindo que o produto é
entregue em conformidade ao cliente. O desenvolvimento desta Dissertação tem por origem a
solicitação de dimensionamento de um sistema de acionamento hidráulico para uma prensa, de
acordo com o caderno de encargos do cliente. Esta solicitação, dirigida à HYDAC (fabricante de
sistemas de acionamento), visa a melhoria do sistema utilizado atualmente, a reconfiguração
(retrofitting) focada na eficiência energética e a integração de sistemas de monitorização e de
controlo de acordo com o conceito Indústria 4.0.
Due to the complexity associated with the manufacturing of parts aimed at increasing efficiency, both in terms of productivity and energy, to avoid unnecessary downtime, reduce costs, and maintain quality, industrial manufacturing equipment is increasingly assuming a role of very high importance. This complexity has a significant impact on the development of equipment, making the integration of Industry 4.0 into these systems increasingly meaningful. Industry 4.0 is the current trend in automation and the exchange of large amounts of data in manufacturing technology. This technology includes cyber-physical systems, cloud computing, and the Internet of Things (IoT). Industry 4.0 provides a new and improved way to organize and control the entire value chain throughout the product life cycle. These systems are designed to accommodate the constant and unique demands of customers, as well as generate new ideas for product development and manufacturing, ensuring that the product is delivered in accordance with customer requirements. The development of this Dissertation has its origin on the request to design a hydraulic drive system for a press, in accordance with the customers specifications. This request, addressed to HYDAC (a manufacturer of drive systems), aims to improve the currently used system, retrofitting with a focus on energy efficiency, and integrating monitoring and control systems in accordance with the industry 4.0 concept.
Due to the complexity associated with the manufacturing of parts aimed at increasing efficiency, both in terms of productivity and energy, to avoid unnecessary downtime, reduce costs, and maintain quality, industrial manufacturing equipment is increasingly assuming a role of very high importance. This complexity has a significant impact on the development of equipment, making the integration of Industry 4.0 into these systems increasingly meaningful. Industry 4.0 is the current trend in automation and the exchange of large amounts of data in manufacturing technology. This technology includes cyber-physical systems, cloud computing, and the Internet of Things (IoT). Industry 4.0 provides a new and improved way to organize and control the entire value chain throughout the product life cycle. These systems are designed to accommodate the constant and unique demands of customers, as well as generate new ideas for product development and manufacturing, ensuring that the product is delivered in accordance with customer requirements. The development of this Dissertation has its origin on the request to design a hydraulic drive system for a press, in accordance with the customers specifications. This request, addressed to HYDAC (a manufacturer of drive systems), aims to improve the currently used system, retrofitting with a focus on energy efficiency, and integrating monitoring and control systems in accordance with the industry 4.0 concept.
Description
Keywords
Energy efficiency Equipment System implementation Industry 4 Press Hydraulic system