Palavras-chave
Análise bibliométrica
Estado da arte
Desempenho em edificações
Como Citar
Dados de financiamento
-
Coordenação de Aperfeiçoamento de Pessoal de Nível Superior
Números do Financiamento 001 -
Fundação de Amparo à Pesquisa do Estado de Minas Gerais
Números do Financiamento APQ-00266-21
Resumo
A demanda energética de edifícios e emissões antropogênicas de gases estufa têm aumentado regularmente desde o período pré-industrial, atingindo seus níveis mais altos na atualidade. O Brasil é o oitavo maior consumidor de energia primária do mundo, com edifícios respondendo por 51,2% do gasto total de energia elétrica. Nesse contexto, envelopes construtivos têm grande potencial para redução do consumo energético. A dinamicidade dos fatores ambientais permite diversas técnicas de condicionamento e, com a evolução das métricas de análise de conforto do usuário, simultaneamente surgiram novos arranjos construtivos mutáveis. Quando atrelados a recursos computacionais, essas envoltórias não precisam se comprometer com uma condição estacionária e nunca ideal. Ademais, os envelopes ativos não possuem caracterização precisa ou metodologia padrão de projeto, principalmente devido à atualidade do tema. Objetivamos diferenciar tipologias ativas para envoltórias, compilando as mais recentes composições formais e metodologias de avaliação ambiental, realizando uma revisão integrativa de literatura, estado-da-arte e análise bibliométrica. Como principais resultados, tabulamos 100 pesquisas considerando metodologias de pesquisa diversas, diferentes tipologias ativas, classificação de movimento, estilo de atuação, programas de simulação computacional e métricas de desempenho, concluindo que os estudos compilados focam majoritariamente em avaliação de fachadas, ocorrem principalmente em climas temperados e normalmente adotam movimentações simples e binárias. Além disso, o processo de projeto, simulação, otimização e caracterização de movimento de envelopes ativos não é bem estabelecido ou padronizado e as ferramentas computacionais ainda são ineficazes.
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