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Advisor(s)
Abstract(s)
A evolução económica e o crescimento populacional integram uma variedade de fatores que influenciam o avanço tecnológico e as mudanças nos padrões de consumo da sociedade. Tais fatores, conduzem uma crescente procura de energia, que por consequência motivam o desenvolvimento de tecnologias mais eficientes, necessárias para atender às necessidades energéticas atuais e futuras. A promoção de fontes de energias renováveis e a implementação de medidas de eficiência energética permitem uma menor dependência de tecnologias energéticas específicas bem como a sustentabilidade. A aplicação da Diretiva 2010/31/EU estabelece requisitos importantes que devem ser adotados no diz respeito ao desempenho energético em edifícios na europa. De entre os vários objetivos definidos distinguem-se a obrigatoriedade da aplicação de requisitos mínimos de desempenho energético e a sua certificação energética promovendo
também a redução das emissões de gases de efeito estufa. Com o auxílio nas plantas arquitetónicas e em dados de utilização de energia do edifício, pretende-se efetuar uma análise da eficiência energética recorrendo a processos que envolvem a análise e avaliação detalhada de todos os pontos referentes as necessidades do edifício. A otimização do consumo de energia será apoiada por modelagem energética
por meio do software DesignBuilder.
Economic evolution and population growth are part of a variety of factors that influence technological advances and changes in society's consumption patterns. These factors lead to a growing demand for energy, which consequently motivates the development of more efficient technologies needed to meet current and future energy needs. The promotion of renewable energy sources and the implementation of energy efficiency measures allow for less dependence on specific energy technologies as well as sustainability. The application of Directive 2010/31/EU establishes important requirements that must be adopted with regard to the energy performance of buildings in Europe. Among the various objectives defined are the mandatory application of minimum energy performance requirements and energy certification, while also promoting the reduction of greenhouse gas emissions. Based on the architectural plans and the building's energy use data, the aim is to carry out an energy efficiency analysis using processes that involve the detailed analysis and evaluation of all the points relating to the building's needs. Optimization of energy consumption will be supported by energy modelling using DesignBuilder software.
Economic evolution and population growth are part of a variety of factors that influence technological advances and changes in society's consumption patterns. These factors lead to a growing demand for energy, which consequently motivates the development of more efficient technologies needed to meet current and future energy needs. The promotion of renewable energy sources and the implementation of energy efficiency measures allow for less dependence on specific energy technologies as well as sustainability. The application of Directive 2010/31/EU establishes important requirements that must be adopted with regard to the energy performance of buildings in Europe. Among the various objectives defined are the mandatory application of minimum energy performance requirements and energy certification, while also promoting the reduction of greenhouse gas emissions. Based on the architectural plans and the building's energy use data, the aim is to carry out an energy efficiency analysis using processes that involve the detailed analysis and evaluation of all the points relating to the building's needs. Optimization of energy consumption will be supported by energy modelling using DesignBuilder software.
Description
Keywords
Energias renováveis Eficiência energética Sustentabilidade Certificação energética