Banca de DEFESA: Eduardo Jonathan Ramos e Silva Sampaio

Uma banca de DEFESA de MESTRADO foi cadastrada pelo programa.
STUDENT : Eduardo Jonathan Ramos e Silva Sampaio
DATE: 29/05/2023
TIME: 09:00
LOCAL: Auditório da FAU e link para banca em https://www.ppgfau.unb.br/component/agenda/agendas
TITLE:

Energetic Modeling for Sustainable Buildings: The Case of the Development Palace Building

The energy efficiency market is experiencing significant growth, driven by the need to reduce energy consumption in consumer units and the increasing awareness of environmental issues. These projects have received extensive technical support from industry professionals and society at large, due to their relevance to sustainability and the opportunity to align them with current trends in project design. To develop these projects, prescriptive methodologies with equations and simulations using computational tools are employed to understand the consumer's reality and propose efficient actions that meet their specific needs. However, implementing these projects faces challenges such as time constraints, high costs of audits and consultations, and the need for specialized technical knowledge. To ensure a more accurate assessment and quantify the benefits obtained from energy efficiency projects, performance verification and energy modeling focused on sustainability are necessary. The Palácio do Desenvolvimento building in Brasília, Federal District, was selected as a case study, and measurements of energy consumption, analyses of construction and usage characteristics, validation of meteorological data, climate monitoring, and simulations were conducted to evaluate potential suggestions for energy efficiency actions that encompass both technological and operational aspects. The results of these analyses provided valuable insights for the development of efficient and sustainable strategies within the context of the studied building. They demonstrated significant consistency with the evaluated parameters. It was observed that the construction characteristics adopted in the simulation model yielded coherent results, accurately reflecting the energy performance of the building under study. Furthermore, the operational data used in calculations and simulations proved to be suitable, contributing to precise analysis. The comparison between the measured climatic data in the building and the national climatic data showed satisfactory agreement, validating the representativeness of the local environment. Additionally, the climatic data used in the simulator exhibited a behavior similar to the national climatic data, enhancing the reliability of the conducted simulations. This consistency and similarity among the results highlight the robustness of the analyses performed and reinforce the validity of the conclusions drawn from the simulations

KEY WORDS:

Energy Efficiency, Prescriptive Method; Simulation; Energy

PAGES: 81
BIG AREA: Ciências Sociais Aplicadas
AREA: Arquitetura e Urbanismo
SUMMARY:

The energy efficiency market is experiencing significant growth, driven by the need to reduce energy consumption in consumer units and the increasing awareness of environmental issues. These projects have received extensive technical support from industry professionals and society at large, due to their relevance to sustainability and the opportunity to align them with current trends in project design. To develop these projects, prescriptive methodologies with equations and simulations using computational tools are employed to understand the consumer's reality and propose efficient actions that meet their specific needs. However, implementing these projects faces challenges such as time constraints, high costs of audits and consultations, and the need for specialized technical knowledge. To ensure a more accurate assessment and quantify the benefits obtained from energy efficiency projects, performance verification and energy modeling focused on sustainability are necessary. The Palácio do Desenvolvimento building in Brasília, Federal District, was selected as a case study, and measurements of energy consumption, analyses of construction and usage characteristics, validation of meteorological data, climate monitoring, and simulations were conducted to evaluate potential suggestions for energy efficiency actions that encompass both technological and operational aspects. The results of these analyses provided valuable insights for the development of efficient and sustainable strategies within the context of the studied building. They demonstrated significant consistency with the evaluated parameters. It was observed that the construction characteristics adopted in the simulation model yielded coherent results, accurately reflecting the energy performance of the building under study. Furthermore, the operational data used in calculations and simulations proved to be suitable, contributing to precise analysis. The comparison between the measured climatic data in the building and the national climatic data showed satisfactory agreement, validating the representativeness of the local environment. Additionally, the climatic data used in the simulator exhibited a behavior similar to the national climatic data, enhancing the reliability of the conducted simulations. This consistency and similarity among the results highlight the robustness of the analyses performed and reinforce the validity of the conclusions drawn from the simulations

BANKING MEMBERS:
Externa à Instituição - FLÁVIA MARIA DE MOURA SANTOS - UFMT
Presidente - 1939281 - ERONDINA AZEVEDO DE LIMA
Externo ao Programa - 3212150 - LENILDO SANTOS DA SILVA
Externa ao Programa - 1218750 - LUANA CRISTINA WOUK