Press Release - Solar Decathlon 2014

Transcription

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Press Release
Deliverable # 5, 30th April 2014
Press Release, Deliverable # 5, 30th April 2014
1
Table of Contents
1 Editorial ........................................................................................................ 4
2 The Solar Decathlon Europe 2014 in Versailles ............................................ 7
3 Our Vision.................................................................................................... 10
4 Lucerne University of Applied Sciences and Arts ....................................... 19
5 Working Process ......................................................................................... 20
6 Our Team «Lucerne – Suisse» ................................................................... 21
7 Project & Team Logo .................................................................................... 25
8 Partners & Sponsors .................................................................................... 26
3
1 Editorial
«smart sharing – our vision is your+»
The future of our built environment needs a positive
rethink in terms of use and habits with respect to
individual approaches to life. We create opportunities
with a «smart sharing base» for the distribution of
services, space, objects, devices, mobility, energy
and individual gadgets in future housing. Sharing
provides more possibilities not only for flexible, but
also individual living. Furthermore resources can
be saved by optimizing their utilization. Sharing
is organized in terms of urban and living space,
transportation and personal needs in daily use.
In this way, your+ improves the quality of life and
creates an added value for everyone.
Although energy efficiency is continuously improving
in the field of construction in Switzerland, the overall
energy balance remains poor. The reason for this is
the growing population and constantly emerging
requirements, especially ever-increasing living-space
demand per person, which already stands at an
average of 45 m2 today. So our vision addresses
current challenges: population growth, increased
land use and the burden on resources and the
environment. Our idea of «smart sharing» is aimed at
easing the burden on resources and using space in a
more efficient and sustainable way. Our vision
cleverly shares rooms and creates a «smart sharing
base» for exchanging objects and services, as well
as using mobility in a flexible way. The principle of
the cooperative, which has been firmly anchored in
Swiss culture for centuries, serves us as our
conceptual basis and focuses on the principle of
common wellbeing.
For urban planning implementation, we chose the
exemplary location of a heterogeneous quarter in
Lucerne with an ideal infrastructure. The concrete
site in Lucerne provides insight into local and cultural
aspects of implementing the general idea of «smart
sharing».
4
Our new replacement construction plans four
different buildings that densify and network the
surroundings in a complementary way.
Our project has three types of rooms, each with
different uses.
my room – the private bedroom with bathroom as
an individual retreat for one or two people.
our room – the kitchen shared with the my
room-neighbours, depending on the target group and
living situation, e.g. family (private), shared apartment (communal), commuters (no kitchen).
your room – the communal shared space with
specific use, e.g. guest room, music room or a
studio. It is public for all members of the cooperative
– since everyone is able to rent it according to his/
her requirements. That creates added value such as
efficient use of space, social synergies, flexible use
potential and low overall rent costs.
The three different room types are connected by the
space+ as an access and communal area for living,
staying and working. It is a public meeting area from
the ground floor to the rooftop terrace.
From that urban planning context, we present one
example of each room type and developed them in
our prototype for the competition in Versailles. We
want to demonstrate the structural, social and
technical levels with various communication
elements and present our vision:
«smart sharing» – of space, objects, energy,
services and mobility – is our innovative, sustainable idea: «smart sharing – our vision is your+».
5
6
2 The Solar Decathlon Europe 2014 in
Versailles
General
The internationally renowned «Solar Decathlon»
competition, which was initiated by the US Energy
Department, has been held biannually since 2003 in
the USA and since 2010 has also alternated with
venues in Europe. Next year, it will be held in France
for the first time and will also have the first Swiss
team participating. The competition is aimed at
multidisciplinary teams from universities with the
task of developing an architecturally and technically
innovative, energy-efficient solar-powered house
integrated in future living concepts. A total of 20
teams have qualified for the event in the summer of
2014 – from countries including Germany, Denmark,
France, Spain, Chile, India, Japan and the USA. They
will build their houses in Versailles, open them to the
general public and compete against each other in
the ten contests of the Solar Decathlon.
As the name «Decathlon» indicates, in July 2014, the
international teams will be competing in the
following ten contests: Architecture; Engineering and
Construction; Energy Efficiency; Electrical Energy
Balance; Comfort Conditions; House Functioning;
Communication and Social Awareness; Urban
Design, Transport and Affordability; Innovation;
Sustainability.
Visualisation of «La Cité du
Soleil» 2014 in Versailles
7
Ten Contest
In reference to the term Decathlon in the name Solar
Decathlon, the competition is separated into ten
disciplines. In each of the ten disciplines between 80
and 120 points are reached, a maximum of 1000
points are possible. Criteria such as sustainability,
communication and architecture will be evaluated by
the jury of experts, while others are determined by
measurements.
3 Energy Efficiency
1 Architecture
4 Electrical Energy Balance
To assess the coherence of the design, the flexibility
of space, the integration of technologies in architecture and the incorporation of bioclimatic strategies.
To assess the general coherence of the projects and
its alternates in relation with spatial and socio-economic environment of each team’s country.
To evaluate the houses’ electrical energy self-sufficiency, electrical energy efficiency and their own
solar energy consumption. Assess homes’ energy
consumption and energy balance. Assess network
load management and limitation of peak power.
To encourage excellence in systems and house
design, while looking for reduction of energy
consumption, and assessing the functionality and
efficiency of all the house components. Teams must
demonstrate to what degree the house design and
its systems contribute to enhance the energy
efficiency of the house.
5 Comfort Conditions
2 Engineering and Construction
To assess the construction and engineering systems
design merit and implementation. Teams will have to
demonstrate the higher level of functionality of the
house structure, envelope, electricity, plumbing and
solar system design and construction, its safety,
viability and adequate integration of them in the
project.
8
To assess the capacity for providing interior comfort through the control of temperature, humidity,
acoustic lighting and the quality of the interior air.
6 House Functioning
To evaluate the house functionality and the
efficiency of the selected appliances, in order to
maximize the performance of the house, while
complying with the demanding standards of present
day society. This contest tries to reproduce the
average energy use in a modern home. The
organization wants to encourage teams to think
about innovative solutions meeting all appliances
required performances.
7 Communication and Socail Awareness
To assess the teams communication capacity to
find creative, effective and efficient ways (adapted to
each target group, avoiding any exclusion) of transmitting the Competition relevant topics (sustainability, innovation and energy efficiency) as well as those
ideas that define the teams project’s own identity.
8 Urban Design, Transportation and
Affordability
The organization insists on the necessity to study
different mutualisation modes and community
organization whatever the urban context chosen by
the Teams (dense urban context or scattered
individual houses).
9 Innovation
To evaluate the innovation degree of the proposal in
the preceding contests, focusing on emergent or
radical and revolutionary changes in the house, in its
systems or in its components, which increase its
value and/or improve its performance and efficiency.
10 Sustainability
To evaluate the skillful and the environmental
sensibility of the teams (house design, techniques,
systems and components) to attain the maximum
reduction of negative environmental impact, during
the house components manufacturing, the
construction phase, the building’s live and
demolition.
To evaluate the relevance of the housing unit’s
grouping proposal and it’s localization in the territory
regarding the social and urban contexts chosen by
Teams in their country. To evaluate the economic
strategy and the associated mode of production and
transportation in relation with this context.
9
3 Our Vision
«smart sharing – our vision is your+»
Our vision aims to create and build a base for «smart
sharing» . This base offers ways of saving resources
while also improving quality of life. Ideal utilization
achieves added value for everyone. The principle of a
cooperative, which has a long tradition in Switzerland, serves as a basis for this vision. We apply the
cooperative idea of sharing consumer goods to the
way rooms are used. Initial situation: Although and
because different social groups have different daily
routines, requirements and demands, rooms are
often empty. The solution: By optimizing the way we
use rooms, we save resources and space while also
improving quality of life.
Current Challenges
We want our vision to actively address current
challenges such as a growing population, increased
land use and the burden on resources and the
environment. Today’s society consumes natural
resources faster than they regenerate. In addition to
consumer goods and mobility requirements, the way
we use space is an important factor. In Switzerland,
residential living space requirements have risen from
35 m2 per person in 1980 to 45 m2 today. Nevertheless, the population is not willing to reduce levels of
comfort or consumption, neutralising every
efficiency increase with further additional consumption. Our vision of «smart sharing» therefore seeks a
different, sustainable future. We also address a
social level: We create social synergies through
exchange, trust and integration, combined with
responsibility and identification with the idea. All this
can be managed by the your+ platform.
A hundred years ago Switzerland had a population of
about 4 million inhabitants. Nobody owned more
than a house and a bicycle. Today in 2014, the
population has doubled and individuals not only have
a house and a bicycle but also a car, a guest room
often more. In reality we use significantly more
resources than we need, and due to an increasing
population we will consume more in the future if we
don’t change our lifestyle. By utilizing a concept of
«smart sharing», we can save resources without
reducing our standard of living. Today, we use an
average of 45 m2 and live alone or as a pair in a 2-3
room apartment. That isn’t just inefficient, it also
burdens the resource of land. With our idea, the
your + concept of «smart sharing», we achieve a
utilization of just 35 m2 per person, instead of the
usual 45, while not only maintaining the standard of
living, but raising it.
Our idea of «smart sharing» not only creates a
communal platform, but also added value.
«smart sharing» means implementing the key
issues of sustainability.
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Energy MJ / Person
Your+ greatly reduces energy demand per person
your+ project
Energy MJ / m2
1970
«smart sharing» with your+
1990
2014
Connection between space and energy per person
10
Urban Design Concept
The contextual focus of the Solar Decathlon lies in
urban areas. The urban planning development in
Lucerne reveals several dynamic residential and
business areas around a strong core and old-town
zone.
We are planning an exemplary development in
Industriestrasse in Lucerne to implement our vision
of a new concept that is nevertheless anchored in
tradition. It is a central urban area with great
potential for urban density, in which current themes
could be addressed in an exemplary way. Industriestrasse is characterized by its proximity to Lucerne
train station and Lake Lucerne, a local recreation
zone. It is also a lively area, which already has a
diverse user group in a mixed socio-cultural context
and is a perfect basis to create our vision.
Using the concept of «smart sharing», we plan our
project within this existing development because the
characteristics are similar to many other urban
situations in Switzerland and the world. We believe
this quarter provides ideal conditions, since it is central and lively and already has a great variety.
Our replacement development involves four different
buildings that complement, densify and network
their surroundings.
Img. 7 Site plan
Img. 6 Visualization of the
urban context
11
In addition to social aspects, we also integrate the
development into the environment on an ecological
and energy level.
The urban context provides the networking of energy
potentials to generate the possibility of energy in
urban areas. Its excellent location also allows the
building to provide for several households. Utilizing a
smart grid, entire complexes and neighbourhoods
are connected with energy technology, which can
help meet their needs for heating and cooling
efficiently.
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With sun-tracking photovoltaics, which also serve as
a sun screen on our rooftop terrace, we use the roof
area in a highly efficient way both energetically and
compactly.
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The transition from the conceptual context to the
prototype occurs through the vision of the «smart
sharing base». It is deliberately not built 1:1 in the
way the building concept would be built. The
prototype conveys a vision of a lifestyle and not a
single-family dwelling. The prototype is presented
as an example of our new spatial usage concept. So
each of the three room types is built once and
connected by the space +.
Ro
We have developed three different room types for
the basic principle of «smart sharing»:
my room = as a bedroom and bathroom, i.e. my very
private area that I alone «own» and use.
our room = the kitchen and dining area that one
shares with other people depending on the living
situation. For instance each family has its own
private kitchen, a shared apartment shares a kitchen
and commuters have no kitchen at all.
your room = a room for specific use, which can be
for performances or guests, a library or a music
room, as well as e.g. a playing room for children. It is
therefore a room that is shared communally. It
should also be possible for individuals to hire and
use such rooms when they are needed, e.g. as
offices and studios.
These three different room types are connected and
accessed by the space+, which also serves as a communal and meeting area. It stretches over the entire
ground floor and the rooftop area, on which we have
planned a rooftop terrace covered with PV modules.
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Implementation as a Prototype
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Room Types and Access
The three room types and the
space+
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your + as a «smart sharing base» for
your Added Value
Different users and residents that create a broad
diversity increase their options through a cycle of
«smart sharing». Offers of sharing can reduce spatial
and mobility requirements, thereby preserving
resources and simplifying problems related to
ownership. People of different ages and status are
offered an individual life within a shared environment. That creates a surplus for a heterogeneous
community that saves resources by sharing them
and benefits from an innovative lifestyle. In the
future, ideal access to desirable things such as
rooms, objects, services, mobility and energy will be
very important.
Using a «smart sharing base», we activate that
notion of ideal access in our project your +. An entire
network spans across society, contributing to more
efficient energy use to conserve resources and
achieve a surplus in terms of living together. Our
understanding of self-sufficiency is therefore
demonstrated within a «smart sharing base». With
your + we seek a solution for one location first, but
with our eyes on the goal of global impact.
and everyone gives, everyone is networked with each
other. The lifestyle focuses on using instead of
owning and we provide the general conditions. In the
community, anything is possible if space permits.
The focus is on people, not money – objects, energy,
shared spaces and experiences.
Besides changing our energy supply to renewable
sources, an important factor for a sustainable future
is to use non-renewable resources as efficiently as
possible. With our concept, we trigger identification
with the idea of a self-sufficient lifestyle.
We are creating a platform that conveys a message
– a message of a new lifestyle, your +, your added
value. Everyone benefits mutually, everyone takes
family
Floor plan of all the target
groups
commuter
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artist
pensioner
young
couple
couple
single mothers guest room
exkl. Konstr. & Lichthof 724m2
(bei 21 Pers.) pro Pers. = 35m2
13
Architectural Design Concept
In our prototype for the competition in Versailles, we
present three exemplary room types from our urban
planning concept. We have three different room
types. my room is the most intimate, which I only
use myself. our room is the kitchen and dining area,
which I share depending on the target group and life
situation. your room is a room with a specific use,
for example a music room, a library or a guest room.
So this room is a common room that I share with the
community. It‘s also possible to rent this room for
my own and use it as an office or studio. The three
rooms thereby represent the different levels of
privacy and the way they can be used independently
according to the residents’ require¬ments. space+
serves as a communicative connecting element that
links all rooms and building sections together. It also
provides an additional gathering space for living and
working.
Our three room types can be combined in any way
using the space+ module to create a wide range of
everyday scenarios. Such combinations and use
overlapping are supported by flexible furnishing and
a lighting concept that is installed in a targeted way.
Different materials and colour tones are used to
distinguish the three rooms. That gives each room
its own identity. The built section does not represent
an independent apartment, but instead communicates the idea of our living model, since the prototype
is exemplary for an urban, multi-storey residential
typology.
The architectural expression of the prototype is
oriented by and reinterprets the Swiss timber
construction tradition, leaving space for contextual
further developments in view of the urban situation.
Silver fir is used as timber for the prototype’s
construction and the exterior facade. Natural
treatment methods and the separation of different
elements ensure that worn out sections can be
easily exchanged and replaced.
«smart sharing» means the combination and use of
the potential of an urban context with local cultural
identities.
Roof
Ceiling
Platform
Foundation
14
The prototype represents our philosophy, an
example of the sharing concept as a built vision,
providing insight into our system and the Lucerne
context. For our your+ prototype concept we select
three different room types and connect them for the
Solar Decathlon prototype. These three rooms are
presented as an independent volume that is
combined with the space+.
Grades of Publicity
It contains the three most important rooms – a common room, your room with flexible use, a semi-public
room with a kitchen, called our room, and a private
bedroom area with washing facilities, my room.
The three cubes of the prototype show varying
grades of shared and private areas connected by the
space+. The common sharing room is multifunctional and relates to the outdoor area, while the kitchen
cube is semi-private. The third, completely private
cube includes the bathroom and bedroom. The
space+ is a meeting zone and provides access to the
cubes. It has an important social meaning.
Technical Aspects
Highly efficient photovoltaic modules on the
rooftops ensure the prototype’s power supply.
Excess electricity is supplied to the grid and the visitors. The building technology is interconnected and
automatically responds to changes in the weather.
Functionality of the space+
The space+ is a connecting element that assumes
several roles. It is an accessing and meeting area
and therefore has an important social status. The
accessing area structures the different levels of
privacy, organizes the uses and is formulated for
communal life. In addition to social aspects, the
space+ provides passive benefits, because it is
insulated, rather than air-conditioned. Depending on
the time of year, it regulates the interior climate with
passive measures and increases the daylight yield.
Through the natural ventilation in the summer and
the heat through the skylights in winter, it can be
used almost throughout the year. Surplus energy is
made available to visitors in accordance with our
philosophy.
Flexibility
The cubes can be connected in a variety of ways.
Thus various spatial situations and expansions are
generated. Differently prioritized corridors indicate
the relevant character of the subsequent rooms.
Those transitions between the individual cubes are
formulated to create switchable zones that can be
allocated to one or other cube depending on the
users’ requirements. Such flexible use is supported
by multifunctional furniture.
Comfort Conditions
Connecting situations
Technical Aspects
Functionality of the space+
Comfort Conditions
With respect to the architecture, the energy-consuming areas will also be flexible in terms of a zone
demand control. There are two different types of
spatial energy management (comfort and stand-by),
which react quickly because of the air source heat
pump. No energy is required to support the
self-sufficient rooms that are not in use.
15
Engineering & Construction Concept
Our main focus of sharing and exchanging, as well
as integrating Swiss craftsmanship into the project,
can also be seen in the construction elements and
the components of the energy systems.
The wooden building is based on a simple post construction which is arranged in a vertical facade
structure. Because of the short setting up time the
cubes are split in modules and elements depends on
their height. The three levels of the prototype are
divided into the platform, the three cubes including
the space+, and the roof structure on the top. These
elements can be found in our project. In our energy
concept the systems are based on the idea of
sharing. The rooms in the prototype are connected
and all the required energy can be transferred in
between. Each room has its own heating and cooling
energy demand, therefore the system can be
adjusted to requirements and only uses as little
energy as needed. In addition to thermal conditions,
good air quality is also an important part of a
pleasant room climate. Decentralised ventilation
devices provide each room with fresh air requirements. Thermal solar collectors provide warm water
to the building throughout the year for heating and
domestic hot water. The plumbing system integrates
various resource-saving concepts and components.
The reuse of grey and rain water reduces fresh water
consumption. Reducing water consumption eases
the burden on the sewage system and wastewater
treatment. To reduce input peaks from the PV
system, the surplus energy is temporarily stored in
the batteries. The project uses this energy store for
various tasks in the building system and for mobility.
In addition to the important tasks of the electrical
concept, it also plays an important role with respect
to mobility. The charged batteries can be used for
e-bikes to make cycling easier.
The your+ prototype is based on a standard wood
frame construction. A precise grid order of the
structural elements is consistently translated in the
facade as well as the open ceiling of the space+. The
structural design is a formative element of the
prototype. Because of the short setting-up time the
cubes are split into modules and elements. my
room and our room are built up and transported as
volume modules, while your room is transported as
ceiling and wall elements due to limited transportation height. The glass roof and floor of the space+, the
entrance doors and the steel roof are transported in
single elements.
«smart sharing» means balancing out technical and
spatial issues
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Description:
ST-201
STRUCTURAL
Team Lucerne – Suisse
Structural Blow ups
Scale 1:25
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Drawing by:
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Date:
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Format:
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C:\Users\Stefan\SAVE\SolarDecathlon Let`s Go Again
[BIMSERV-stke]_140415.pln
GSEducationalVersion
16
Electrical Energy [kWh/Month]
750
Vision your +
Verbrauch
Consumption
+140%
500
250
35 m
35 m
2
Produktion
Production
0
Genossenschaften als Grundlage für
J F M A M J J A S O N D
«Smart sharing – our vision is your +»
2
op
Flächen
Soziale Synergien
Flexible Möglichkeiten
Heizung / Kühlung
EnergyHeizung
Concept
/ Kühlung
2064
Sanitation and Ventilation
Our energy concept integrates various resource-
s städtebaulichen Konzepts
saving systems.als
To reduce fresh water consumption, sophisticated
Energiegewinnung
systems are used in the prototype. For water-intensi-
Vision your +
Energiegewinnung
ve operations, storage and reuse of rainwater
In
the
prototype,
the
concept
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from
supplements
in appropriate situations
such as the
optimale
35 m
35 m
Soziale Synergien
Passive
Heizung / Kühlung im
space+ Genossenschaften als Grundlage für
+
Flächenausnutzung
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«Smart sharing – idea,
our vision
is your
an
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shower
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Drain
Photovoltaikanlage
Passive Heizung / Kühlung im space+
system.
In
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storage is filled with cold water. During the daytime,
processes such as the wetting of the dry cooler.
Sonnenschutz
ypen des städtebaulichen Konzepts
als can be used to cool the house
this cold water
Reducing water consumption allows the strain of
Energiegewinnung
through a heat pump does not require refrigeration
wastewater treatment to be reduced.
750
Energiegewinnung
Temperaturausgleich
durch Masse
Dachaufbau mit Technik
machine.
Thermal solar collectors
provide the
To provide a pleasant room climate, air quality is
Temperaturausgleich durch Masse
Photovoltaikanlage
building year round with warm water for heating and
highly important. Decentralized ventilation units 500
Thermische Sonnenkollektoren
the heating of domestic hot water. Energy in the
supply each room according to its respective need
optimale
ossenschaften als Sonnenschutz
Grundlage für
Soziale Synergien
Flächenausnutzung
correct
place
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principle
to
for air. Due to the direct
placement in the facade 250
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810 l
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2 E-Bikes
g
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17
Heizung / Kühlung
Heizung / Kühlung
Electric Concept
battery, to store and be available to the your +
durch
Masse
To ensure the most efficient operation, allTemperaturausgleich
consuprototype
again.
Temperaturausgleich
durch Masse
mers need to be networked together. Energy
can be
The building
automation system has three main
managed in such a way that allows the maximum
components; energy management, comfort manageusage in peak production times, and savings when
ment, and additional features. The energy managetigis responsible for the peak and lull production
production is low. In order to reduce any peak
ment
fer
t
ch
performance waste in the PV system, the excess
ni phase management. In this case, one would like to
ch break electrical power peaks and store excess
o
energy is temporarily stored in batteries. This energy
n
is used by the consumer to buffer and operate the
energy for low-performance times. Active and
building as independently as possible from the main
passive systems affect the comfort conditions and
Lüftung
Technikraum
grid.
are operated only when necessary. Additional
Lüftung
Technikraum
810 l
Grid Living
& Mobility Concept
systems are designed for safety, security and
irrigation of plants and PV panels.
The different switching algorithms process internal
and external inputs, and cohesively maximize
efficiency.
your room
The energy storage
810 l of the project takes on various
tasks in the system of the building and mobility.
4620 Wh
Besides the important tasks in the electrical concept,
they
also play
role in mobility. The
optimale
Genossenschaften
als Grundlage
für an important
35 m
Soziale Synergien
Flächenausnutzung
«Smart sharing – charged
our vision is batteries
your +»
are used for e-bikes, making it
«smart sharing»
means to produce and provide
easier to ride the bike as a main means of transporenergy according
to the local context and linked to
Gebäudeautomation & room
tation. Another concept uses the bicycle asmya/our
home
the regionalSoziales
network.Netzwerk
n Konzepts als
trainer and saves the energy produced back into the
Gebäudeautomation & 2
Energiegewinnung
Energiegewinnung
Soziales Netzwerk
toren
Wassertanks
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750
250
1125 l
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J
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Verbrauch
Consumption
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no
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ic
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Sanitärkonzept
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Lüftung
Lüftung
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Technikraum
810 l
your room
810 l
4620 Wh
18
my /our room
Gebäudeautomation & Soziales
Press Netzwerk
Release, Deliverable # 5, 30th April 2014
4 Lucerne University of Applied
Sciences and Arts
The Lucerne University of Applied Sciences and Arts
is one of seven publicly funded Universities of
Applied Sciences in Switzerland that were founded
on January 1, 1997. Today, five departments or
schools make up the Lucerne University of Applied
Sciences and Arts, comprising different campuses
located in, or close to, the City of Lucerne. These
departments are: the School of Engineering and
Architecture, the School of Business, the School of
Social Work, the School of Art and Design and the
School of Music.
An interdisciplinary design and construction process
is essential to successfully develop a project like the
Solar Decathlon. The University of Applied Sciences
and Arts – Engineering & Architecture can build on
its excellent cooperation in teaching and research
and benefit from many years of experience. The
different faculties in the Engineering & Architecture
Department have a proximity both in terms of their
location and their content, and have been working
together for years on various teaching and research
projects. Not only projects such as «New Spirit»,
«Peak Lab» and the «Monte Rosa Hut» (in cooperation with the ETHZ and the EMPA) have a flagship
character.
The curriculum also includes interdisciplinary
workshops and teaching modules as fixed elements.
Students from the fields of architecture, interior
design, structural engineering and building engineering will spend three semesters working in the core
team of the Solar Decathlon studio. They are
integrated both into the Bachelor and Master
courses and into the curriculum, project modules
and diploma courses (BDA). In the extended team,
students from other departments and faculties will
take over specific tasks. Workshop discussions
involve the active participation of partners from the
economy and industry, as well as other institutions.
Campus of Lucerne University of
Applied Sciences and Arts
19
5 Working Process
Spring Semester 2013: Vision
The design process was divided into three phases:
First Phase
We initially worked on developing a vision for a
context, a mobility strategy and solutions for urban
density. To achieve a wide range of ideas, we worked
in five groups. Each group worked on different ideas
and concepts regarding the issue of urban density.
Ideas for technology elements, solar usage, energy
efficiency and energy storage were already complete
by this stage. Three of these five groups were
selected to carry on and focus on their concepts.
Second Phase
The three concepts developed their projects further
and broke down the conceived concept from urbanscale dimensions to a prototype. This prototype had
to tell the story of the context and its concept.
Third Phase
In this phase we decided which concept would represent Switzerland in Versailles. All the groups joined
together to work as one team with one project.
Autumn Semester 2013: Detailed
Design / Construction Phase
In mid-September 2013 our team grew and we
organized ourselves in a new structural system
based on departments and contest sections.
Between September and November we had our
redesign phase where we worked on intensive
optimization and spatial design.
The concept and project from the third phase was
First ideas of the concept of your+
20
adopted and developed further. Since then, we have
been working on detailed work drawings using the
internal exchange of ideas and also by addressing
external critiques. Intense weeks revising the
working drawing resulted from the cooperation with
the wood construction company Renggli Holzbau.
We were able to successfully hand in our plans to
our partners just before Christmas. Since the
beginning of the current year the plans have become
even more detailed. At the same time we prepared a
booth for the Swissbau Basel construction
exhibition. That also manifested itself in our
concluding presentation to the public.
Spring Semester 2014: Construction
Phase / Realisation
We started the new semester with a one-week
workshop in mid-February. The topic of that
workshop was an introduction into construction site
safety and construction hardware at a wood
construction company, to kick off our implementation phase. During the evenings a communication
workshop also took place, leaving enough time to
get to know the new group members at a dinner
organized by us students.
For about 4 weeks we have finally started building
our prototype next to our university for the testing
phase. We have really been looking forward to this
period. Every day now some students are working on
the construction site, while others are still working
on theoretic aspects and deliverables. It is a really
exciting time and we are curious about our finished
your+ prototype.
Working situations in our studio and on the construction site
6 Our Team «Lucerne – Suisse»
Team Organization
Multidisciplinary teamwork is one of the strengths of
Team Lucerne – Suisse. Our team includes 70
students of Architecture, Interior Design, Building
Technology, Information Technology, Electro-Engineering, Civil Engineering and Business Engineering, supported by nine Professors and professionals. Weekly meetings take place with participation
from every discipline. The atelier, our workspace,
gives us a creative environment to achieve a
motivational team spirit, allowing us to successfully
develop our Solar Decathlon project together. With
support from our school and sponsors, we bring our
powerful message to Versailles: sharing.
Team Lucerne – Suisse
March 2014
21
Team Officers and Contact Information
Faculty Advisor
Project Manager
Hanspeter Bürgi
[email protected]
+41 41 349 34 67
Simon Gallner
[email protected]
+41 41 349 34 09
Project Architect
Site Operations Coordinator
Simon Schneider
[email protected]
Florian Berner
[email protected]
Structural Engineer
Electrical Engineer
Elmar Kunz
[email protected]
Volker Wouters
[email protected]
Project Engineer
Instrumentation Contact
Claudia Bless
[email protected]
Alain Bangeter
[email protected]
Student Team Leader
Communications Coordinator
Marcel Wyss
[email protected]
Cora Völlnagel
[email protected]
Contest Captain
Sponsorship Manager
Claudia Bless
[email protected]
Simon Gallner
[email protected]
Health and Safety Team Coordinatior
Daniel Arnold
[email protected]
22
Students
Architecture Students (MA)
Electro-Technology Students (BA)
Daniel Arnold
Andrea Brönnimann
Helen Busscher
Patrick Frutig
Stefan Keller
Yannik Keller
Fabienne Maritz
Anna Veronika Melber
Christiane Prieth
Daniel Scheuber
Simon Schneider
Cora Völlnagel
Marcel Wyss
Ivo Bieri
Samuel Bieri
Marco Fischlin
Mario Kümin
Markus Kurmann
Information Technology Students (BA)
Christian Di Battista
Patrick Bütler
Tomasz Florek
Patrick Gloor
Heinz Gut
Reto Herger
Dalibor Popovic
Interior Architecture Students (BA)
Constantin Beck
Fiona Berger
Sascha Dändliker
Anna Kanai
Carsten Kunz
Deborah Stoller
Business Engineering Students (BA)
Claudia Bless
Cyrill Burch
Randy Cotten
Patrick Fürer
Lena Herting
Matthias Reich
Edwin Brian Schwarzenberger
Janick Staub
Martin Ulrich
Building Technology Students (BA)
Mechanical Engineering Students (BA)
David Annen
Roman Bättig
Alain Bangerter
Patrick von Briel
Simon Fuchs
Roger Hauswirth
Mathias Heckelmiller
Matthias Müller
Andy Schweingruber
Michael Varga
Benjamin Kathriner
Building Technology Students (MA)
Structural Engineering Students (BA)
Martin Rieder
Roman Schwyter
Tobias Tschudi
Patrik Ulrich
Electro-Technology Students (MA)
Patrick Vecellio
Arts & Design Students (BA)
Rafael Haubensak
Ines Haver
Ranja Issa
Cécile Kobel
Luca Schaffer
Silja Senti
Vanessa Serrano
Timmy Vilhelmsson
David Williner
Janine Wälchli
Music Students (MA)
Michele Leisibach
Alexandra Müller
Valentin Oberson
Vera Wahl
23
Professional Advisory Board
Faculty Advisor
Advanced Project Team
Hanspeter Bürgi
Dipl. Architect ETH SIA FSU
Professor of Architecture and responsible for the
focus Energy in the MA course
Urs-Peter Menti
Professor, Head of Competence Center for
Integrated Building Technology
Markus Käch
Lecturer Visual Communication
Project Manager
Simon Gallner
Architect Dipl.-Ing. (TUD)
Linda Baer
Assistant Visual Communication, Graphics
Lecturers
Sara Stäuble
Assistant Visual Communication, Video
Andreas Luible
Graduate Engineer TUM / SIA
Head of the Competence Centre for Façade and
Metal Construction
Professor with Focus on structural Glass Building
and Façade Construction
Matthias Sulzer
Dipl. Ing. FH/SIA, MBA
MBA in Business Administration with Focus on
Energy Economics
Lecturer with Focus on Research in Energy and
Building Technology
Dominic Haag
Dipl. Interior Design, FH ZHdK/Arch.MAS ETH
Lecturer in Interior Design
Petra Müller
Dipl. Des., MAID, MBA
Professor of Corporate Design and Marketing
Dieter Geissbühler
Professor of Architecture and responsible for the
Focus Material in the MA Course
Ruedi Arnold
Dr. sc. ETH
Lecturer in Informatics
Volker Wouters
Dipl.-Ing.
Professor in Building Technology
Thierry Prud’homme
Dr.-Ing.
Professor in Electro-Technology
24
Yves Dusseiller
Lecturer in Architecture
Florian Berner
Dipl.-Ing. Architect
Assistant Teaching
Lukas Kauz
Lecturer in Communication & Public Relations
Consultant
Alexander Lempke
Architect MA FH
Research Assistant in Architecture
René Zeier
Head of School for Tourism (HFT)
Coaching Sponsorship
Alexandra Voglreiter
Student Assistant School of Business
Lucerne University of Applied Scienes and Arts
Sigrid Cariola
Head of external Corporate Communication
Lucerne Universitiy of Applied Sciences and Arts
Susanne Haas
Marketing and Communication
Annette Stüdli
Head Corporate Design
Sarah Nigg
Marketing and Communication
Lucerne University of Applied Sciences and Arts
7 Project & Team Logo
Dissemination and Function of your +
The signature of Team «Lucerne – Suisse» is a
combination of a symbol and an element of text. In
some cases the symbol is used singularly, but in
most cases this combination is used on all
communication material. It represents the visual
identity of the team prior to the competition as well
as during the Solar Decathlon 2014 in Versailles.
Tagline
An extract of the overall message is the tagline:
«smart sharing – our vision is your +»
The tagline is used as claim on all communication
materials. The two parts can also be used
seperately.
Keywords
#your+ #SDE #Solar Decathlon #Team Lucerne –
Suisse #your+ prototype #solar house #student
competition #Versailles 2014 #sharing #Lucerne
University of Applied Sciences and Arts
#sustainability #innovation #our vision is your+
#smart sharing #access #efficiency #cooperatives
#exchanging #
Tagline
An extract of the overall message is the tagline:
Smart sharing – our vision is your+.
The tagline is used as claim on all communication materials.
smart sharing – our vision is your +
25
8 Partners & Sponsors
Diamond partner
Schweizerische Eidgenossenschaft BFE
Swiss Department of the Environment, Transport, Energy and Communications
– the federal competence center responsible for issues regarding energy supply
and energy use within Switzerland.
AFG
AFG produces innovative solutions and services in its five business units of
Windows, Doors, Heating Technology, Sanitary Equipment, Profile Systems,
Kitchens, Precision Steel Tubes and Surface Technology.
Platinum partner
Kanton Luzern
Government of the Canton of Lucerne
Gruner
The Gruner Group is an independent engineering and consulting company based
in Switzerland. As a leading Swiss engineering group, Gruner offers services in
all areas of structural and civil engineering, construction management, building
services engineering, energy and environmental technology.
Gold partner
SIA
The Swiss Society of Engineers and Architects (SIA) is Switzerland’s leading
professional association for construction, technology and environment
specialists. The SIA is an interdisciplinary network whose central aim is to promote sustainable and high-quality design of the built environment in Switzerland.
Renggli
Renggli AG specializes in energy-efficient timber construction. Renggli
implements projects in modern architecture, including single-family homes,
multi-storey residential buildings, commercial and public buildings.
Migros Kulturprozent
The Migros-Kulturprozent: a voluntary commitment by Migros in the fields of
culture, society, education, leisure and business.
ABB
ABB is a leader in power and automation technologies that enable utility and industry customers to improve performance while lowering environmental impact.
Swissbau
Leading trade fair for the construction and real estate industry in
Switzerland | 21 to 25 January 2014 | Messe Basel
Schaerholzbau
Timber construction, carpentry, consulting, planning and implementation in the
wood construction and implementation of projects as general contractor.
Schweizer
Ernst Schweizer AG is a leading metal company offering a wide range of
products for construction.
26
KWT Viessmann
KWT has been producing heat pumps and refrigeration systems since 1979 and
leads the market in the domain of vertical geothermal probing.
Silver partner
V-ZUG
V-ZUG is the Swiss market leader for household appliances. It develops,
produces and sells high quality appliances for the kitchen and laundry room.
Helios
Ventilation technology, with a large product range.
Installers, architects and planners are convicend of the quality.
Herzog
With more than 70 years as a leading building services company in the areas
of plumbing, heating, ventilation, air-conditioning, refrigeration, instrumentation,
control and regulation technology.
IDC ArchiCAD
ArchiCAD has been in the forefront of architecture software for years, and offers
solutions for architects in Switzerland and around the world.
EVVA
EVVA is an Austrian family enterprise which is one of the leading manufacturers
of security technology – in the mechanical one as well as in the electronic area
throughout Europe.
KellerTechnik
KellerTechnik is a Swiss based company with services in the fields of metal and
steel building, adhesive technology, welding technology and fabricated products.
TECHNIK
Marti
With more than 80 years of experience in the construction sector and direct
access to their extensive range of specialists and generalists,Marti Group is
capable of safely and efficiently completing the most comprehensive construction projects that appear on drawing boards in Switzerland and abroad.
Mountair
Mountair AG is a Swiss company that facilitates customer-optimized solutions
for construction customers requiring air conditioning, ventilating and energy
conversion.
Portmann Meier
Portmann Meier is a locally based custom furniture maker and works with the
ambitious design concepts of architects and other furniture designers.
Roth Gerüste
Roth Gerüste maintains the highest safety standard all over Switzerland for
scaffolding, and provides first class service to all their customers.
27
Bronze partner
Beckhoff
Beckhoff offers automation systems with PC-based control technology.
BE-Netz
BE Netz AG net realized renewable building energy, specializing in solar installations and building services.
Hochbaudepartement Zürich
The Engineering Department designs and builds for the future - with high quality
standards
Minergie
MINERGIE is a quality label for new and modernized buildings of all categories of
buildings.
Sauter Building Control
A leader in the areas of facility management, energy management, building and
room automation and your partner for sustainable environments.
Stadt Luzern, Geoinformationszentrum
The geo-information center (GIS) is a service department of the Construction
Department of the city of Lucerne.
Rigips
Rigips is one of the leading Drywall and building material suppliers for the
building industry in Switzerland.
TROX HESCO Schweiz AG
As a system supplier specializing in components for ventilation and air-conditioning systems, TROX HESCO ensures better air quality.
Zehnder systems
The Zehnder enterprise group is represented worldwide and European market
leader under construction by special heaters.
Alpinwork
Alpinwork, located locally in Stans, takes responsibility for individual working
solutions at dangerous heights.
Atelier Ritter
The Atelier Ritter AG is a leading company in labeling, porous printing, decor
painting and restoration.
M.Brunner Transport
The Brunner Transport company specializes in complicated logistical situations
for transportation.
Debrunner Acifer
Debrunner Acifer is a metal distributor that works with customers in the fields of
building, industry and trade.
28
Dornbracht
Dornbracht, in operation since 1950, produces high-end mounting accessories
for bathroom and kitchen.
Felber Keramik
Felber Keramik specializes in tile, virgin stone and mosaic work.
Franke
Franke has established their position as the largest stainless steel kitchen sink
manufacturer in the world and a leading name in kitchen faucets, hot and cold
water filtration, undermount sinks and waste disposers.
HIAG
As the largest timber dealer in Switzerland, the Hiag Company has a large
assortiment and comprehensive knowledge about wood and its uses.
Maler-Hodel
Located locally in Kriens, Maler-Hodel has been successfully operating for three
generations.
www.maler-hodel.ch
Keim
Keim has a wide range of mineral based products, so consolidating its position
as a leading supplier of mineral paints.
Pirmin Jung
Pirmin Jung, an engineering company which specializes in design and wood
constructin, is based in Switzerland.
Sensortec
Sensortec stands for innovative sensor technology in building automation.
Sika
Sika has developed into a successful global company with a leading position in
the development and production of systems and products for bonding, sealing,
damping, reinforcing and protecting in the building sector and the motor vehicle
industry.
Solarmarkt
Solarmarkt GmbH has established itself in recent years as a front-runner in the
wholesale of photovoltaic systems and is one of Switzerland’s leading solar
energy companies
Swiss pearl
Swisspearl is the leading European manufacturer of cement composite facade
systems for quality, high-end architecture.
Media Partner
Hochparterre
The Swiss magazin for architecture, planning and design
29
Hochschule Luzern – Technik & Architektur
Technikumstrasse 21
CH-6048 Horw
n
o
i
s
i
v
r
«ou
+»
r
u
o
y
is
Gold partner
Silver partner
TECHNIK
Diamond partner
Platinum partner
Media partner
Bronze partner

Press Release - Solar Decathlon 2014

Transcription

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