civil engineering department ecv federal university of...
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Laboratório de Eficiência
Energética em Edificações(Laboratory of Energy Efficiency in Buildings)
Civil Engineering Department – ECV
Federal University of Santa Catarina – UFSC
OVERVIEW, RESEARCH AND PROJECTS
UFSC
OVERVIEW
Associated Laboratories
LabConLaboratory of Environmental Comfort
(ARCH)
LMPTLaboratory of Porous Media
and Thermophysical Properties (EMC)
Research Group on Photovoltaics(ECV)
Research staff
Professor Roberto Lamberts, PhD (Director) http://lattes.cnpq.br/0755959610406012
Deivis Marinoski, Dr. http://lattes.cnpq.br/3425265765339888
Enedir Ghisi, PhD http://lattes.cnpq.br/0067772895372542
Luis Alberto Gómez, Dr. http://lattes.cnpq.br/5626843875227717
Ricardo Rüther, PhD http://lattes.cnpq.br/5669240020541721
Saulo Guths, Dr. (LMPT) http://lattes.cnpq.br/2032834036613391
Publications
+ 300 papers
(National / International Conferences)
+ 50 papers
(journals)
60 MSc Dissertations
20 PhD Theses
9 Books
Awards
MELHOR ARTIGO PUBLICADO E APRESENTADO NO iSHuD 2014
Investment feasibility analysis of rainwater harvesting in the city of Itapiranga, Brazil
(Berwanger e Ghisi)
EU PVSEC Student Awards
“The Balance between Aestherics and Performance in Building-integrated Photovoltaics in the Tropics”
(Zomer, Nobre, Cassatella, Reindl and Rüther)
CONCURSO ECOLÓGICAS_ 2012
‘Desenvolvimento de um método para estimar o consumo de energia de edificações comerciais através
de aplicações de redes neurais’ (Melo)
2º Lugar categoria PESQUISA - Prêmio Green Project Awards Brasil 2011
Estudo de caso: Edifício sede da Eletrosul (Zomer e Braun-Grabolle)
MENÇÃO HONROSA: PRÊMIO CAPES TESES 2011
Desenvolvimento de um calorímetro para determinação do fator solar de vidros e janelas (Marinoski,
Lamberts e Guths)
5º LUGAR NO PRÊMIO ODEBRECHT PARA O DESENVOLVIMENTO SUSTENTÁVEL 2011
A esquadria ideal para permitir ventilação natural, controle da insolação e vista para o exterior (Souza
e Ghisi)
MENÇÃO HONROSA: PRÊMIO BRASIL DE ENGENHARIA 2011
Método para retrofit em sistemas de iluminação de hospitais públicos: estudo de caso no hospital
público regional de Betim (Moreira e Ghisi)
1º MELHOR TRABALHO DO XII CONBRAVA
Comparação do desempenho energético de sistema de climatização para um edificação comercial:
VRF versus VAV. (Duarte; Melo e Lamberts)
http://www.labeee.ufsc.br/sobre/premiacoes
Research Lines
Energy Efficiency in Buildings – CB3E
Building Energy Simulation
Bioclimatology
Thermal Comfort
Thermal performance of building components
Integrated design – ZEB
Photovoltaic Solar Energy
Rational Use of Water
www.cb3e.ufsc.br
Energy Efficiency in Buildings – CB3E
Brazilian Center for Energy
Efficiency in Buildings
Start: Nov 2010
Residential
Buildings
Start: Jun 2009
Office
Buildings
ENERGY EFFICIENCY LABEL FOR BUILDINGS
Energy Efficiency in Buildings – CB3E
Treatment of climatic data for Brazilian cities
EPW format for
EnergyPlus
SOFTWARE
Building Energy Simulation
Thermal performance of building components
Guarded-Hot-Box
Measurement of thermal transmittance of building elements
FURNAS
Marinoski DL, et al., Development of a
calorimeter for determination of the solar
factor of architectural glass and
fenestrations. Building and Environment
(2012). doi:10.1016/j.buildenv.2011.07.017
Calorimeter to determine the Solar Factor of glass and windows
FURNAS
Thermal performance of building components
Verification of efficiency of roof radiant barriers
MICHELS; LAMBERTS, R.; GÜTHS, S.
Evaluation of heat flux reduction
provided by the use of radiant
barriers in clay tile roofs.Energy and Buildings, v. 40, p. 445-451,
2008. doi:10.1016/j.enbuild.2007.03.013
MICHELS; LAMBERTS, R.; GÜTHS, S.
Theoretical/experimental
comparison of heat flux reduction
in roofs achieved through the use
of reflective thermal insulators. Energy and Buildings, v. 40, p. 438-444,
2008. doi:10.1016/j.enbuild.2007.03.012
Thermal performance of building components
SPECTROPHOTOMETER UV-VIS-IR LAMBDA 1050
ASTM E903
Standard Test
Method for Solar
Absorptance,
Reflectance, and
Transmittance of
Materials Using
Integrating Spheres
Thermal performance of building components
Verification of absorptance of opaque surfacesAbsortância integrada no intervalo(interno)
0%
10%
20%
30%
40%
50%
60%
70%
80%
90%
100%
450 500 550 600 650 700 750 800 850 900 950Comprimento de onda (nm)
Ab
so
rtâ
nc
ia %
Branca PVA
Rosa pétala
PVA Azul Celeste
PVA Azul Celeste
AsB Terracota PVA
Preta PVA
ALTA II
spectrometer
Thermal performance of building components
Thermal Comfort:
Measurement of environmental variables
Thermal Confort
Thermal Comfort Standard
- Review of NBR 16401
Thermal Comfort
TESE Renata de Vechi
Modelo Fanger: Ambientes com condições estáticas x Modelo Adaptativo: Ambiente
ventilados Naturalmente
MÉTODO PARA AVALIAÇÃO EM EDIFICAÇÕES MISTAS
Bra
ge
r e
Bak
er
(20
08
)
POTENCIAL DE ECONOMIA
ENERGÉTICAQUALIDADE DO AR
INTERNOSATISFAÇÃO DO USUÁRIO E
CONFORTO TÉRMICO
CLIMAS MODERADOS,
ESTAÇÕES DEFINIDAS
CONTEXTUALIZAÇÃO
DE VECCHI, 2014
Zero Energy Building - ZEB
Integrated Design
High energy efficiency
Solar water heating
Solar Photovoltaic's
Grid Connection
Zero Energy Building - ZEB
http://www.eletrosul.gov.br/casaeficiente/
ELETROSUL efficient house 2006
606.55
346.93
266.30
164.43
0.00
100.00
200.00
300.00
400.00
500.00
600.00
700.00
Co
nsu
mo
méd
io m
en
sal
[kW
h]
Perfil 1 Perfil 2 Perfil 3 Perfil 4 Perfis de consumo de energia
geração mínima
268 kWh
144 kWh
Família Desperdício +
Equipamentos ineficientes
Família Desperdício +
Equipamentos eficientes
Família Consciente +
equipamentos ineficientes
Família Consciente +
equipamentos eficientes
CASA EFICIENTE = ZEB
Integrated design – ZEB
Stand-alone PV Systems
Grid-connected PV Systems
Building-integrated PV Systems (BIPV)
Eletrosul
Ratones Island
3MWp Solar Plant
RESEARCH LINES
GRID-CONNECTED PV SYSTEMSPV SYSTEMS
3 MWp Solar Power Plant in Capivari de Baixo – SC – Brazil
PROJECTS
BUILDING-INTEGRATED PV SYSTEMSSYSTEMS
First grid-connected BIPV system
(1997) installed in Brazil
PROJECTS
BUILDING-INTEGRATED PV SYSTEMSSYSTEMS
Colégio de Aplicação
Hospital Universitário
Florianópolis Airport
TRACTEBEL / UFSC SOLAR
PROJECT
PROJECT
BUILDING-INTEGRATED PV SYSTEMSSYSTEMS
Mineirão Stadium and the PV integration
Solar Stadia
2014 World Cup Basic proposal and
economic analisys for
Mineirão Stadium (Belo
Horizonte), Maracanã
Stadium (Rio de Janeiro),
Beira-Rio Stadium (Porto
Alegre), Manaus Arena
(Manaus) and Fonte Nova
Arena (Salvador)
Fotovoltaica.UFSC
project
for Mineirão Stadium
PROJECT
Rational Use of Water and Energy Efficiency in Housing
of Social Interest
UFPR
UFSC/
ECVUFPEL
UNISINO
S
UFMS
UFSC/
EMC
UFES
UFBA
UFS
Research network to develop
innovative technologies for the
rational use of water, renewable
energy generation and increased
energy efficiency in social housing.
Dr. Enedir Ghisi
Rational Use of Water
Rational Use of Water
NETUNO SOFTWARE
Estimation of
potential potable
water savings
through the use
of rainwater for
non-potable
uses