| 01-001 |
Commissioning tools: A way to manage growing complexity of
energy systems in buildings
Jean Christophe Visier, France |
|
| 01-002 |
Passive residentail building indoor thermal performance modeling
using various building components case study: Baan Ua-arthorn
low-cost housing project.
Chanikarn Yimprayoon, Thailand |
|
| 01-003 |
Modeling energy efficient windows in hot arid zones
Noureddine Zemmouri, Algeria |
|
| 01-004 |
Heat losses from a slab-on-ground structure with a low temperature
floor heating system in Nordic climate
Jukka Rantala, Finland |
|
| 01-005 |
Bio-sustainable ecological windows
Assad Z. K. Almssad, Sweden |
|
| 01-006 |
Concept and actual result of the "Zero energy house"
Junichi Kurihara, Japan |
|
| 01-007 |
Education of electrical engineering students in sustainable
building design
Keith Hoffman, Australia |
|
| 01-008 |
Thermal shading effect of climbing plants on glazed facades
Marta Hoi Yan Lam, United Kingdom |
|
| 01-009 |
Energy consumption of houses and lifestyle in cold climatic
area of Japan
Kahori Genjo, Japan |
|
| 01-010 |
Development of phase change wall-linings to enhance thermal
performance of buildings
Dianne Dyball, United Kingdom |
|
| 01-011 |
Smart passive cooling systems for sustainable architecture
in developing countries: Using the gap to bridge the gap
Pablo La Roche, United States of America |
|
| 01-012 |
Energy conservation through insulation coated fastening unit
of aluminum curtain wall system in high-rise residential complex
Seung-Yeong Song, Republic of Korea |
|
| 01-013 |
Diffusion of double glass and photovoltaic system as global
environmental considerate ways
Masako Miyasaka, Japan
presentation
material [pdf] |
|
| 01-014 |
Development of a passive cooling strategy using double-roofing
system with rainwater spraying and its field testing in terms
of the indoor thermal environment
Itaru Takahashi, Japan |
|
| 01-015 |
Development of data processing programs for the expanded AMeDAS
weather data DVD
Shin-ichi Matsumoto, Japan |
|
| 01-016 |
An overview of utility bills analysis methods for predicting
building energy consumption in the tropical region
Bing Dong, Singapore |
|
| 01-017 |
Micro-climate-design housing
Isamu Ohta, Japan |
|
| 01-018 |
Reduction of household energy consumption by our development
of "Zero-utility-cost houses"
Masakazu Shio, Japan |
|
| 01-019 |
Enhanced thermal energy storage capacity of water storage
cylinders with phase change materials
Kenneth Ip, United Kingdom |
|
| 01-020 |
Design of environmentally conscious building and its operation
data
Michiya Suzuki, Japan |
|
| 01-021 |
Energy strategies stimulating architectural innovation: Implications
for high-rise commercial buildings in the Arabian gulf countries
Eman Alnakib, Australia |
|
| 01-022 |
Climatic skin roofs (Study for bio-ecological Danish houses)
Leo Farahzad, Denmark |
|
| 01-023 |
Underground thermal inertia such a source of energy for bio-sustainable
house
Hazim Almusaed, Denmark |
|
| 01-024 |
The integrated management of building energy issues: Guidelines
for overcoming energy crisis
Francesca Cassaro, Italy
presentation
material [pdf] |
|
| 01-025 |
Eco-friendly design for an electronic device plant
Yoshihiro Ohno, Japan |
|
| 01-026 |
282 kWp BIPV, bioclimatic sports centreWageningen(NL)
Tjerk Reijenga, Netherlands |
|
| 01-027 |
Ecological house renovation and low-energy lifestyle
Keisuke Hama, Japan |
|
| 01-028 |
The effect of facade plant shading on reducing indoor air
temperature in medium-rise working area
Luciana Kristanto, Indonesia |
|
| 01-029 |
The predicted and observed thermal performance of the Brighton
'Earthship'
Andrew Miller, United Kingdom |
|
| 01-030 |
Application of evolution strategies for HVAC optimization
problem
Kwong Fai Fong, Hong Kong |
|
| 01-031 |
Thachushashtra-the ancient climatological building science
of Kerala, India-its scope in sustianable building design today
Mohandas Kalipurayath, India |
|
| 01-032 |
Commercial utilisation of CO2 quotas in relation to Kyoto
protocol
Radovan Illith, Slovakia |
|
| 01-033 |
Exploring the tectonics of new traditional earth architecture
Kohei Ono, Japan |
|
| 01-034 |
Preliminary investigations on the enhancement of rooftop thermal-insulation
capability of hollow bricks with PCM incorporated
C.J. Ho, Taiwan |
|
| 01-035 |
The combination of hybrid generation system (Small-scale wind
power and PV) and land-use pattern in Taiwan
Ta-hui Lin, Taiwan |
|
| 01-036 |
Increased energy efficiency and improved comfort
Markku Virtanen, Finland |
|
| 01-037 |
Research on the design principles of energy-saving housing
in Xián
Jinghua Liu, China |
|
| 01-038 |
Simulation of the environmental impact of a Canadian house
Frederic Cherqui, France
presentation
material [pdf] |
|
| 01-039 |
Environmental analysis of large glazed spaces
Thomas Metz, Netherlands |
|
| 01-040 |
Window system design and selection for energy conservation
in Turkey
Aslihan Tavil, Turkey |
|
| 01-041 |
Study on the green design strategies of apartment in the western
cities of China
Jing Li, China |
|
| 01-042 |
Energy efficiency in commercial buildings - Experiences and
results from the German funding program SolarBau
Andreas Wagner, Germany |
|
| 01-043 |
Energy consumption of residential buildings designed environmental
conscious concept in Japan
Kenichi Hasegawa, Japan |
|
| 01-044 |
Study on the applicability of combining desiccant cooling
system with heat pump in hot and humid climate
Yaw-Shyan Tsay, Japan |
|
| 01-045 |
Office building air conditioning with hybrid air conditioning
and natural ventilation
Takayoshi Shibahara, Japan |
|
| 01-046 |
Working with climate - From theory to practice
Alexandros N. Tombazis, Greece |
|
| 01-047 |
Experimental study of phase change wall room in winter in
China
Shilei Lu, China
presentation material [pdf] |
|
| 01-048 |
An outline of the green power HVAC system of the glass pyramid
in Moerenuma Park, Sapporo
Atsuro Oka, Japan |
|
| 01-049 |
Energy efficiency in buildings after renovation.
Margaretha Borgstrom, Sweden |
|
| 01-050 |
Experimental study on natural ventilation effect of a cavity
in an inclined double roof
Susanti Lusi, Japan
presentation
material [pdf] |
|
| 01-051 |
Design of energy efficient buildings with radiant systems
Zhen Tian, Canada |
|
| 01-052 |
Energy strategies in the tropical context - The use of simulation
tools in informing urban bioclimatic design in a Malaysian highrise
development
Puteri Shireen Jahn Kassim, Malaysia |
|
| 01-053 |
Towards the zero-energy house - Comparison of bioclimatic
strategies and thermal comfort issues in two differing climates
Yousif A. Abakr, Malaysia |
|
| 01-054 |
Energy use, climate change and buildings
Aritra Banerjee, India |
|
| 01-055 |
Architectural simulation for sustainability
Jose M Cabeza-Lainez, Spain |
|
| 01-056 |
Energy savings potential in buildings - A construction and
utilization perspective
Nitin Tanwar, India |
|
| 01-057 |
Sustainability beyond technology and the works of architect
Richard Le Plastrier
Jasmine Palmer, Australia |
|
| 01-058 |
A study on the cooling effect by water film formation on an
exterior surface coated with a super-hydrophilic photocatalyst
Hiroshi Naganuma, Japan |
|
| 01-059 |
Aquifer thermal energy storage system for apartment houses
Makoto Nakamura, Japan |
|
| 01-060 |
Global perspective as tool for an efficient and sustainable
design. An example in the south of Spain
Aurelio Perez Martin, Spain |
|
| 01-061 |
Life cycle and optimum thickness of thermal insulator for
housing in Madrid
Marcelo Izquierdo, Spain |
|
| 01-062 |
The AIVC: International efforts on ventilation;
Max Sherman, United States of America |
|
| 01-063 |
Energy conserving ventilation system using thermal storage
Tomohiro Kuroki, Japan |
|
| 01-064 |
Energy efficiency measuares employed for the Sakai Gas building
Hirobumi Ueda, Japan |
|
| 01-065 |
Low energy office building in Putrajaya, Malaysia. Energy
efficient buildings
Ole Balslev-Olesen, Malaysia |
|
| 01-066 |
Practical research on sustainable living in an experimental
house
Yoshimasa Sakurai, New Zealand |
|
| 01-067 |
Contemporary nature of "Chouchiku-kyo"-from sustainable building
perspective-
Akira Matsukuma, Japan
presentation
material [pdf] |
|
| 01-068 |
Exergy: The step beyond the "energy"-consious design - A new
look at sustainable buildings -
Dietrich Schmidt, Germany |
|
| 01-069 |
Optimizing the building envelope and HVAC system for an inpatient
room using simulation and optimization tools
Vojislav Novakovic, Norway |
|
| 01-070 |
Comfort and energy concept Post Tower, Bonn
Matthias Schuler, Germany |
|
| 01-071 |
Measurement on evaporate cooling effect of a water spraying
system with a photo-catalytic material coated wall
Hideo Asada, Japan |
|
| 01-072 |
Efficient energy use and good indoor climate in a prefabricated
timber framed house in Sweden
Arne Elmroth, Sweden |
|
| 01-073 |
Thermal performance of extensive green roofs in cold climates
Karen Liu, Canada |
|
| 01-074 |
Design attitudes towards sustainability in school buildings
Ecehan Ozmehmet, Turkey |
|
| 01-075 |
Building cooling plant system with high efficient energy savings
and the performance deterioration
Yasuhiro Kuwahara, Japan |
|
| 01-076 |
Transition in the broadcasting services and station buildings
of the Japan Broadcasting Corporation
Hiroaki Sato, Japan |
|
| 01-077 |
Energy conservation effects by high performance windows in
housing
Hiroyuki Ohnishi, Japan |
|
| 01-078 |
Evaluated the makeup air heat recovery with life cycle assessment
of energy
Kee-Chiang Chung, Taiwan |
|
| 01-079 |
Relationship between buildings' heights and the distances
between two adjacent buildings from solar radiation perspective
in the context of Dhaka city
Atiqur Rahman, Bangladesh |
|
| 01-080 |
Itoman city hall
Manabu Tochigi, Japan |
|
| 01-081 |
Analyse of the exergy- consumption of 4 types of buildings;
Laure Itard, Netherlands
presentation material [pdf] |
|
| 01-082 |
Plant canopy structure: The proposal of the microclimate design
system
Shoko Hashida, Japan |
|
| 01-083 |
Optimization of energy use in buildings in Taiwan - Hybrid
vapor compression refrigeration & thermal driven air-conditioning
systems
Pan-Chen Chan, Taiwan |
|
| 01-084 |
The contribution of wall-plantation on the thermal performance
of buildings in the Greek region during the cooling period
Ekaterini A. Eumorfopoulou, Greece |
|
| 01-085 |
Efficiency tests of sustainable loose and dry screeds for
refrigerating and heating underfloor panels with wooden coating
Andrea Cavaleri, Italy
presentation
material [pdf] |
|
| 01-086 |
The practical example of the environment-Conscious design
office building which is core part of business.
Kimihiro Honda, Japan |
|
| 01-087 |
Energy efficient design and technology in TEPCO R&D Center
Masashi Kawano, Japan |
|
| 01-088 |
A study on a supply-demand simulation model for the stand-alone
hybrid power supply consisting of fuel cell and energy capacitor
systems
Katsuji Mitsui, Japan |
|
| 01-089 |
Exergy analysis tool for building and building services design
Poppong Sakulpipatsin, Netherlands |
|
| 01-090 |
The practical example of the air conditioning load reduction
method integrated with the building environmental design
Takashi Yanai, Japan |
|
| 01-091 |
Energy saving design and operation in Marunouchi building
Nobukazu Kobayashi, Japan |
|
| 01-092 |
Advanced local energy planning (ALEP) - A modern approach
to sustainable community systems;
Reinhard Jank, Germany |
|
| 01-093 |
A combined exergy analysis on human-body system and floor
heating system
Koichi Isawa, Japan |
|
| 01-094 |
Development of a method for built-environmental education
under Japanese summer climate
Toshiya Iwamatsu, Japan |
|
| 01-095 |
Thermal comfort and energy performance for zero-energy renovation
Elisa Boelman, Netherlands |
|
| 01-096 |
Monolithic low energy twin houses in Ulm, Germany
Katharina Liepach, Germany |
|
| 01-097 |
Ecological architecture in the Netherlands a case study on
the "DCBA-Design Method" applied in Amersfoort Nieuwland
Yasuaki Konishi, Netherlands |
|
| 01-098 |
The present conditions and the effect of woody biomass energy
in Japanese buildings
Shuichi Miura, Japan |
|
| 01-099 |
Hybrid ventilation - Results of the international research
project IEA-ECBCS annex 35
Per Heiselberg, Denmark |
|
| 01-100 |
The development trend of thermal energy storage air-conditioning
system in China
Etsuko Nakayama, Japan |
|
| 01-101 |
Evaluation of the thermal performance of metal roofing under
tropical climatic conditions
Mohamed Harimi, Malaysia |
|
| 01-102 |
Study on the energy conservation performance of air-conditioning
system for the building combined a double skin and earth-to-air
heat exchanger
Gyu-young Yoon, Japan
presentation
material [pdf] |
|
| 01-103 |
The trial and verification to energy self-sufficiency building
in Hamamatsu city
Hitoshi Takeyama, Japan |
|
| 01-104 |
Study on the performance of radiant cooling system with water
flow on roof
Jinghui Ma, Japan |
|
| 01-105 |
An experimental study on a radiant cooling panel using the
evaporation of water
Junko Hirotani, Japan |
|
| 01-106 |
The environmental symbiosis technologies of the KANDEN building
Masashi Yamagiwa, Japan
presentation
material [pdf] |
|
| 01-107 |
A study on the evaluation of passive and low energy houses
based on thermal comfort
Tamaki Fukazawa, Japan |
|
| 01-108 |
Approach to "Eco-Store" - Eco-friendly shopping centers-
Tetsuya Hara, Japan |
|
| 01-109 |
Development of a double-skin facade system that combines airflow
windows with solar chimneys
Alex Amato, Hong Kong |
|
| 01-110 |
Evapotranspiration of rooftop gardening plants and their effect
on the thermal environment of building
Kaori Ono, Japan |
|
| 01-111 |
Effects of housing polymer electrolyte fuel cell co-generation
systems on energy conservation
Hiroshi Kuroki, Japan |
|
| 01-112 |
SB technology learning from bicycles, yachts and gliders
Seiji Kobata, Japan |
|
| 01-113 |
Daylighting performance of integrated daylighting and ventilation
system for buildings in the tropics.
Salmah Ahmed, Malaysia |
|
| 01-114 |
Study on thermal environment characteristic of ecological
facilities and electricity consumption of air conditioner at
CNES
Chieko Motoyama, Japan |
|
| 01-115 |
Experiments on environmental preservation and energy saving
at 'NEXT21'
Toru Shiba, Japan |
|
| 01-116 |
The initiative in promoting ecologically efficient building
projects toward more sustainable society and some studies on
the findings of their effectiveness
Sanae Namatame, Japan |
|
| 01-117 |
High energy performance and indoor environmental quality for
residential buildings
Lavinia Tagliabue, Italy |
|
| 01-118 |
Experiment of phase-change heat-storage electric heating floor
system
Guojian Li, China |
|
| 01-119 |
The performance assessment of pipeless & modular radiant floor
heating system for sustainable apartment housing
Jae-Sik Kang, Republic of Korea |
|
| 01-120 |
Estimation for the environmental performance of a new college
building at the preliminary design phase
Hisashi Hanzawa, Japan |
|
| 01-121 |
The study of solar energy as heating and air-conditioning
sources
Gao Yuefen, China |
|
| 01-122 |
Development of an on-site evaluation method for building thermal
performance using an infra-red camera
Seung-Eon Lee, Republic of Korea |
|
| 01-123 |
A study of the effect of the use of PV technology on the environmental
performance of a building in northern Greece
Dimitrios K. Bikas, Greece |
|
| 01-124 |
Exergy analysis in the built environment - Dynamic reference
temperatures and allocation of embedded exergy.
Gudni Johannesson, Sweden
presentation
material [pdf] |
|
| 01-125 |
An experimental study on the thermal conductivity change of
building insulation materials with environmental condition and
long-time elapse
Young-Sun Jeong, Republic of Korea |
|
| 01-126 |
An assessment of a low energy building in a predominantly
hot and dry climate.
Geoff Douglass, Botswana |
|
| 01-127 |
The analysis of energy consumption of solar domestic hot water
system with auxiliary electrical heater in southern Taiwan
Rong-Ping Lai, Taiwan |
|
| 01-128 |
Sustainability in public buildings
Alberto Hernandez Neto, Brazil |
|
| 01-129 |
The integrated design process (IDP) -A more holistic approach
to sustainable architecture.
Hanne Tine Ring Hansen, Denmark |
|
| 01-130 |
Study on the procedure to verify the effect of energy conservation
retrofit of existing buildings
Kenjiro Yamaguchi, Japan |
|
| 01-131 |
A research on embodied energy of building materials: Reflections
on Turkey
Aysen Ciravoglu, Turkey
presentation
material [pdf] |
|
| 01-132 |
Selection of sustainable ventilation system for redevelopment
of schools in Poland
Jerzy Sowa, Poland |
|
| 01-133 |
Secrets to climate-adapted building design
Vladimir Mikler, Canada
presentation
material [pdf] |
|
| 01-134 |
Government administration center in Beer-Sheva, Israel- Energy
concious green building design
Ruth Lahav, Israel |
|
| 01-135 |
Energy efficiency simulation of buildings in Brazil: Proposal
of methodology for insertion in design practice
Simone Delbin, Brazil |
|
| 01-136 |
Eco - office building: Realised project NAVAN: Ireland
Paul Leech, Ireland
presentation
material [pdf] |
|
| 01-137 |
Building climatic zoning. The case of Chile
Waldo Bustamante, Chile |
|
| 01-138 |
A strategic approach for technology and design for energy
conservation in Mexico
Gloria Castorena, Mexico |
|
| 01-139 |
Energy performance analysis using building asessment tools.
case study: Low income bioclimatic dwelling in a developing
country
Carlos Horita, Japan |
|
| 01-140 |
Sustainable by passive architecture, using courtyards in non-domestic
buildings in southeast Queensland
Upendra Rajapaksha, Sri Lanka |
|
| 01-141 |
The electricity consumption prediction of commercial row houses
Jen-Chun Wang, Taiwan |
|
| 01-142 |
The research, development and application of typical meteorological
years in Taiwan
Kuo-Tsang Huang, Taiwan |
|
| 01-143 |
Learning from the tradition, creating humane environment
Hongru Zhang, China |
|
| 01-144 |
Phase change material composites for sustainable building
Dariusz Heim, Poland |
|
| 01-145 |
Systematic approach to the evaluation of the solar measures'
role in creating the architecture of office and office-industrial
buildings
Katarzyna Zielonko-Jung, Poland |
|
| 01-146 |
Advances in energy codes in Russia and Kazakhstan. Harmonization
of codes with European standards
Yuri Matrosov, Russian Federation |
|
| 01-147 |
Heating-cooling wall panels system in Slovene Ethnographic
Museum - SEM
Ales Krainer, Slovenia |
|
| 01-149 |
Proposal for the utilization of ground heat for Japanese green
building systems
Ben Nakamura, Japan
presentation
material [pdf] |
|
| 01-151 |
The practice of eco-homes in Shanghai, China
Jihong Han, China |
|
| 01-152 |
Intelligent building technologies: Operable envelope design
Shane Smith, United States of America |
|
| 01-153 |
The development of geothermal air-conditioning system using
ground heat exchanger utilizing building's cast-in-place concrete
pile foundation
Kentaro Sekine, Japan |
|
| 01-154 |
Luminous performance of Ji-mado as a daylighting system in
snowy region
Masaya Saito, Japan |
|
| 01-155 |
Energy efficient techniques and simulation of energy consumption
for the Shanghai ecological building
Bu Zhen, China |
|
| 01-156 |
Design and experimental analysis of solar-powered hybrid energy
system in the ecological building
X. Q. Zhai, China |
|
| 01-157 |
Optimization for thermal insulation in energy saving constructions
Zhun Yu, China |
|
| 01-158 |
Performance analysis of a 15kW photovoltaic grid connected
system under the equatorial conditions
Ahmad F. Ismail, Malaysia |
|
| 01-159 |
The application of solar envelopes in the planning of the
university campus
Maria das Gracas Velho do Amaral, Brazil |
|
| 01-160 |
A simplified analysis of life cycle energy implications in
urban China office building
Lin Hao, United Kingdom |
|
| 01-161 |
Daylight performance of top lighting light pipes and side
lighting light pipe under sunny conditions in Beijing
Yanpeng Wu, China |
|
| 01-162 |
Experiment and field study of energy storage and exchange
on PCM wallboard room using night ventilation
Chen Qizhen, China |
|
| 01-163 |
Optimization of performance of phase change thermal storage
wallboards
Guohui Feng, China |
|
| 01-164 |
Energy efficiency in houses with thermally improved perforated
ceramics brick walls. The case of Chile.
Ariel Bobadilla, Chile |
|
| 01-165 |
Sustainable energy use in 40 swedish houses -A study of changes
over a ten-year period;
Carolina Hiller, Sweden |
|
| 01-166 |
Houses without a traditional heating system - Results from
two years of measurements
Svein H. Ruud, Sweden |
|
