Civil Engineering Department ECV Federal University of...

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

Florianópolis

BUILDING

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

http://lattes.cnpq.br/0755959610406012






Research Students

Pos doctoral = 6

Doctoral students = 12

Masters students = 12

Undergraduates = 20

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

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

ENERGY EFFICIENCY IN

BUILDINGS – CB3E

www.cb3e.ufsc.br


Brazilian Center for Energy

Efficiency in Buildings

Start: Nov 2010

Residential

Buildings

Start: Jun 2009

Office

Buildings

ENERGY EFFICIENCY LABEL FOR BUILDINGS


BUILDING ENERGY

SIMULATION


PROGRAMAS DE SIMULAÇÃO COMPUTACIONAL


ENERGY SIMULATION COURSE - MOODLE

Treatment of climatic data for Brazilian cities

EPW format for

EnergyPlus

SOFTWARE


Interface for ENERGYPLUS web simulations

www.s3e.ufsc.br


BIOCLIMATOLOGY

Bioclimatology

Analysis Bio Analysis Sol-Ar

Bioclimatology

www.projeteee.ufsc.brMMA-PNUD

Sugestão de Estratégias Bioclimáticas:

www.projetEEE.ufsc.br

Bioclimatology

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


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


SPECTROPHOTOMETER UV-VIS-IR LAMBDA 1050

ASTM E903

Standard Test

Method for Solar

Absorptance,

Reflectance, and

Transmittance of

Materials Using

Integrating Spheres


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


INFRARED THERMOGRAPHY


THERMAL COMFORT

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

http://www.eletrosul.gov.br/casaeficiente/

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


Support for development


ekobrasil.org/

Casa Éko - Solar Decathlon Europe - Madrid


PHOTOVOLTAIC

SOLAR ENERGY

Stand-alone PV Systems

Grid-connected PV Systems

Building-integrated PV Systems (BIPV)

Eletrosul

Ratones Island

3MWp Solar Plant

RESEARCH LINES

STAND-ALONE PV SYSTEMS PV SYSTEMS

Ratones Island

Arvoredo Island

PROJECTS

STAND-ALONE PV SYSTEMS PV SYSTEMS

Solar Boat – Amazônia (Rain Forest)

PROJECTS

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


New Internation Airport of Florianópolis

PROJECT


Colégio de Aplicação

Hospital Universitário

Florianópolis Airport

TRACTEBEL / UFSC SOLAR

PROJECT

PROJECT


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


Fotovoltaica.UFSC Research Center

PROJECTS

RATIONAL USE OF WATER

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



NETUNO SOFTWARE

Estimation of

potential potable

water savings

through the use

of rainwater for

non-potable

uses

CONTACTS

[email protected]

mailto:[email protected]

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