7 Presentation REHAU

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7 Presentation REHAU
20.09.2013
ENERGY EFFICIENCY AND SUSTAINABLE CONSTRUCTION
BASICS
What do efficiency and sustainability mean?
Sustainability:
Efficiency:
ENERGY EFFICIENCY AND SUSTAINABLE CONSTRUCTION
James Clavel Sales Director - Ontario
Bau
Construction
Automotive
Automotive
Industry
Industrie
www.rehau.de
“A usable resource that is not depleted or damaged”
“Doings things right”
© REHAU - Energy Efficiency and Sustainable Construction - September 20, 2013 - Page 2
ENERGY EFFICIENCY AND SUSTAINABLE CONSTRUCTION
ENERGY EFFICIENCY AND SUSTAINABLE CONSTRUCTION
BASICS
BASICS
9.2 billion
+0.8˚
Global population by 2050
Increase of the average temperature in
the last 100 years
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ENERGY EFFICIENCY AND SUSTAINABLE CONSTRUCTION
ENERGY EFFICIENCY AND SUSTAINABLE CONSTRUCTION
BASICS
BASICS
70%
Percentage of the global
population living in cities by 2050
50%
of final energy consumption in Germany
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ENERGY EFFICIENCY AND SUSTAINABLE CONSTRUCTION
ENERGY EFFICIENCY AND SUSTAINABLE CONSTRUCTION
BASICS
DEVELOPMENT OF A SUSTAINABLE ENERGY SUPPLY: ENERGY-POLITICAL
STRATEGY OF THE THREE PILLARS
Sustainability strategy
Rational energy use (demand side)
Efficient conversion from primary energy to final energy (supply side)
Expansion and integration of renewable energies
150 ac
Land use per day
© REHAU - Energy Efficiency and Sustainable Construction - September 20, 2013 - Page 7
Supply security: Reduction of energy imports, decreasing energy
supply risks
Future market: Benefits for competitiveness and innovation,
opportunities for German cutting-edge technology
Climate protection: Fulfilling Germany’s Kyoto obligation and
achieving European climate protection goals for 2020 (reduction by
20% or 30%)
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ENERGY EFFICIENCY AND SUSTAINABLE CONSTRUCTION
ENERGY EFFICIENCY AND SUSTAINABLE CONSTRUCTION
BASICS
POTENTIAL
The three pillars of energy efficiency
The three pillars of sustainability
- Reducing energy loss
- Using energy efficiently
- Producing energy efficiently
- Economically efficient
- Environmentally friendly
- Resource-efficient
Sustainable buildings are being sought after:
- A 2008 study by the consulting firms, Ernst &Young Real Estate and Lang
LaSalle
- “If you don’t play, you have already lost”
- In the future, rental opportunities will play a much more significant role than
the construction value
Important: This applies equally for
investors, owners, and users
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ENERGY EFFICIENCY AND SUSTAINABLE CONSTRUCTION
ENERGY EFFICIENCY AND SUSTAINABLE CONSTRUCTION
EVERYBODY HAS TO PARTICIPATE
BASICS
Smart action:
- The best form of sustainability is connected thought.
Holistic
Integrated
In system solutions
The three pillars of energy efficiency
Sustainable integrated systems from REHAU
Interaction of planning, complete system,
and competent execution
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ENERGY EFFICIENCY – TECHNOLOGIES OF THE FUTURE
ENERGY EFFICIENCY – TECHNOLOGIES OF THE FUTURE
SUSTAINABLE TECHNICAL SOLUTIONS FOR CLIMATE PROTECTION
REDUCING ENERGY LOSSES
The three pillars of energy efficiency – The main works under one roof
Optimization of the building shell under technical and
economic aspects with REHAU systems
REHAU GENEO® - The new dimension in window construction
The fully-reinforced window profile made from the high-tech
material, RAU-FIPRO®
The innovative material recipe by REHAU offers the highest level of
stability and torsion rigidity as well as static properties that were
previously not possible without steel.
Reducing
energy
losses
Using
energy
efficiently
Producing
energy
efficiently
GENEO® PHZ is available as an additional developmental
stage.
GENEO® PHZ has become a certified window solution for
passive houses by incorporating foam inserts and a special middle
seal.
Building envelope – Building technology – Energy supply
*Reduction of the energy loss in windows by changing out the old wooden/vinyl windows from the 80s (Uf=1.9, Ug=3.0) to windows made from GENEO profiles (Uf=0.91, Ug=0.5, window size123 x 148cm)
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ENERGY EFFICIENCY – TECHNOLOGIES OF THE FUTURE
ENERGY EFFICIENCY – TECHNOLOGIES OF THE FUTURE
USING ENERGY EFFICIENTLY
PRODUCING ENERGY EFFICIENTLY
Optimization of the distribution of heat through a surface
The use of advanced technologies for
utilizing geothermal heat and solar energy
heating/cooling system
Minimal energy consumption and high level of comfort with
REHAU systems
- Geothermal energy probes or collectors
- Heat pump applications (GEO, AERO,
AQUA)
- Reduction of operating costs by approx. 6-12 %
- Low temperature system with fluid temperatures of
27 - 35°C (80 – 95F) (depending on the design)
- Possible use of alternative energy sources (GEO Heat
Pump)
- Special solutions for renovations
In conjunction with floor heating and
cooling systems and / or Concrete core
temperature control
Save 63% of your energy costs
For all areas of use in residential and office buildings
Elaborate solutions for structural elements, floor, and wall surfaces
For heating and cooling in wet and dry construction.
Heat pump
- Solar thermal energy
WITH THE ENERGY COMFORT SYSTEM
- Air and geothermal heat exchanger
Reduction of the demand for primary energy and,
thus, exhaust gases (e.g.: CO2).
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ENERGY EFFICIENCY – TECHNOLOGIES OF THE FUTURE
ENERGY EFFICIENCY – TECHNOLOGIES OF THE FUTURE
PRODUCING ENERGY EFFICIENTLY
PRODUCING ENERGY EFFICIENTLY
System cycle of solar thermal energy
System cycle – ground/air heat
exchange system
Vessels, frame, and facade collectors for water
purification and additional heating support.
Alternative possibility for heating and cooling
via a controlled ventilation system, particularly
in low-energy and passive energy houses.
Collectors
− High performance/ efficiency
− Long life
− Hail-safe clear solar safety glass
− Easy installation
− Tested quality
− Wind and snow-proof construction
− Modern, attractive design
− Distinguished with the blue angel
Ground/Air heat exchange system, ECOAIR
− Hygienic fresh air through antimicrobial inner
layer of the pipe
− PP material with optimal heat transfer
− High longitudinal stiffness for securely
diverting condensation
− System from the point of suction to heat
recovery
− Improvement of the air quality in the building
− Reduction of heating costs through prewarming of the exterior air
− Pleasant cooling effect in the summer
60˚F
85˚F
Discharge temperature at the
end of the air/geothermal heat
exchanger
Intake temperature
on the suction
element
Summer
55˚F
Ground temperature
35˚F
5˚F
Discharge temperature at the
end of the air/geothermal heat
exchanger
Intake temperature
on the suction
element
Winter
45˚F
Ground temperature
Heating with a solar unit
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ENERGY EFFICIENCY – TECHNOLOGIES OF THE FUTURE
ENERGY EFFICIENCY – TECHNOLOGIES OF THE FUTURE
PRODUCING ENERGY EFFICIENTLY
PRODUCING ENERGY EFFICIENTLY
System cycle geothermal heat / geothermal energy
- Energy resources that are available day and night and
during any type of weather free of charge. Energy resources
that are
- continuously renewed through the inside of the earth and
- through the suns rays on the surface.
RAUGEO probe / collect
- No welded connections in the ground, thus the highest level
of operational safety
- Due to the material, PE-Xa, no hazard from notches or
score marks
- Optimal security when inserting into the drilled hole because
the probe foot is protected with a special resin
- Easy insertion, even in the smallest drilled holes
- Heat storage up to 95°C (200F) possible
- Cost-effective heating and cooling through the ground
Heating/ Cooling
Geothermal heat collectors
RAUGEO
Manifold
Heat Pump
RAUGEO Collector
− Use in new construction (especially in low-energy houses) as well as in the renovation of older
construction
− Use if the appropriate land area is available and deep drilling is not possible
− Horizontal installation at a depth of approx.: 1.50m (5 ft)
− Normally, sandbed-free installation is possible
RAUGEO Probe
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ENERGY EFFICIENCY – TECHNOLOGIES OF THE FUTURE
ENERGY EFFICIENCY – TECHNOLOGIES OF THE FUTURE
PRODUCING ENERGY EFFICIENTLY
PRODUCING ENERGY EFFICIENTLY
Geothermal heat collectors
Geothermal heat collectors
Geothermal heat probe
Geothermal heat probe
Geothermal Helix probe
−
−
−
−
Normally used in new construction, but also possible if there is good access in the buildings
Used if there is little land area
Vertical installation at a common depth of approx.: 70 - 150m (230 – 450 ft)
High level of effectiveness through the material properties – geothermal heat probe complete without
welding joints
−
−
−
−
Use in new construction (especially in low-energy houses) as well as in the renovation of older
construction
Use if inadequate land area is available and deep drilling is not possible
5m drillhole with spiral drill; placed in the probe and buried in the ground
Telescopic design allowing it to be pulled out from approx. 1.2 to 3.0 m and, thus, can be
transported and installed very easily
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ENERGY EFFICIENCY – TECHNOLOGIES OF THE FUTURE
ENERGY EFFICIENCY – TECHNOLOGIES OF THE FUTURE
PRODUCING ENERGY EFFICIENTLY
PRODUCING ENERGY EFFICIENTLY
Comparisons show that the annual total costs for heat pumps are
significantly less than those of conventional heating systems.
Example: Single-family house, new construction, 180 m², heating need 15,000 kWh, cost per
year (Comparitive calculation based on a period of 15 years)
Geothermal heat collectors
Fuel costs
Geothermal heat probe
Operating/maintenance costs (chimney
sweeps, installers)
Acquisition costs (heating system, boiler/
distributed through the usage fee)
Geothermal Helix probe
Energy piles
− Use in new construction for statically necessary bored pile foundations
− The RAUGEO collect PE-Xa pipe is also excellently suited for the integration in foundation piles.
− Because the foundation piles, and thus, the associated civil engineering are necessary, only minimal
additional costs are acrued through the integration of the system.
Liquid gas*
Heating oil*
Natural gas*
Pellets
Distant heat
Heat pump
*) Combustion value device/execution
Source: EVN
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ENERGY EFFICIENCY – TECHNOLOGIES OF THE FUTURE
ENERGY EFFICIENCY – TECHNOLOGIES OF THE FUTURE
LIFE CYCLE COSTS
COMPLETE REHAU SYSTEMS FOR ENERGY EFFICIENCY
Costs
Producing energy efficiently
Using energy efficiently
Conventionally planned
buildings
Reducing energy losses
SOLAR
Operating and maintenance costs
HEAT PUMP
RADIANT HEATING
GROUND/AIR HEAT
EXCHANGER
4-6 years
Sustainably planned
buildings
2-4 years
Construction costs
WINDOWS
GEOTHERMAL
Time
Source: DGNB
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ENERGY EFFICIENCY – TECHNOLOGIES OF THE FUTURE
ENERGY EFFICIENCY – TECHNOLOGIES OF THE FUTURE
CONSTRUCTION PROJECTS – REACHING THE GOAL WITH REHAU SYSTEM
SOLUTIONS
RESIDENTIAL BUILDING AT ELBCHAUSSEE IN HAMBURG
Producing and using energy efficiently
ENERGY EFFICIENCY - NOT A THEORY
References
REHAU systems:
CO2 conservation:*
Geothermal heat probes and concrete core temperature with heat pump
Roof cooling
Air/geothermal heat exchanger
approx. 70 %
* Compared to conservative heating technology
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ENERGY EFFICIENCY – TECHNOLOGIES OF THE FUTURE
ENERGY EFFICIENCY – TECHNOLOGIES OF THE FUTURE
YWCA HIGH-RISE RESIDENTIAL/COMMERCIAL TOWER - LEED® SILVER
TORONTO, ON
ARCADIA UNIVERSITY KUCH ATHLETIC AND RECREATION CENTRE
PHILADELPHIA, PA
Producing and using energy efficiently
Producing energy efficiently
REHAU systems: Radiant floor heating and cooling system
installed in 2010 using 72,000 m of REHAU
PEXa crosslinked polyethylene pipes, fittings
and manifolds. Energy supplied by vertical
geothermal installation below the building.
REHAU systems: Energy supplied by vertical geothermal
installation with horizontal circuits, using
16,000 m of 1” and 5,000 m of 1 1/4” PEXa
REHAU RAUGEO PEXa ground loop heat
exchangers.
Energy conservation:*
approx. 45 %
Energy conservation:*
approx. 40 %
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ENERGY EFFICIENCY – TECHNOLOGIES OF THE FUTURE
ENERGY EFFICIENCY – TECHNOLOGIES OF THE FUTURE
RADIANT CEILING APPLIED IN A UNIVERSITY LIBRARY – LEED® SILVER
LIBRARY AT LOYOLA UNIVERSITY CHICAGO, ILLINOIS
REHAU MONTANA ECOSMART HOUSE – SPONSORED RESEARCH PROJECT
BOZEMAN, MT
Distributing energy efficiently
Near Net-Zero in a residential application
REHAU systems: Radiant ceiling cooling system installed
in 2009 using REHAU ¾” PEXa pipes,
fittings and manifolds.
REHAU systems: Thermal solar, geothermal, radiant
heating, radiant cooling, uPVC
windows and doors, water supply,
snow and ice melting, tambour door.
Energy conservation:*
approx. 25 %
Energy conservation:*
© REHAU - Energy Efficiency and Sustainable Construction - September 20, 2013 - Page 31
approx. 50 %
© REHAU - Energy Efficiency and Sustainable Construction - September 20, 2013 - Page 32
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ENERGY EFFICIENCY – TECHNOLOGIES OF THE FUTURE
ENERGY EFFICIENCY – TECHNOLOGIES OF THE FUTURE
RESIDENTIAL BUILDING, IN BERGHALDE – PROF. DR.-ING. FISCH
OFFICE BUILDING, LU-TECO, IN LUDWIGSHAFEN
Net-Plus-Energy Residential Building – Self-sufficient in the future
Germany with high energy conservation effects
REHAU systems:
-
CO2 conservation:*
LEW-T (approx. 75m)
Pex-a geothermal heat probes (3 per 100m)
Heat pump incl. system storage and Friwa station
Solar unit (3 WK incl. TW storage 400 liters)
Surface heating system (Tacker system approx. 350m²)
approx. 100 %
- Raurain package 2 (5,000 liters) incl. garden
irrigation system
- Vacuclean 3000
- Relazzo (approx.120m²)
- Raupiano Plus (approx. 50m)
- Rautitan (approx. 500m)
* Compared to fossil fuels
REHAU systems:
CO2 conservation:*
39 RAUGEO geothermal heat probes,
conrete core temperature control,
passive-house-certified facade system
approx. 85 %,
correlates to approx. 82 t/a
* Compared to fossil fuels
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ENERGY EFFICIENCY – TECHNOLOGIES OF THE FUTURE
ENERGY EFFICIENCY – TECHNOLOGIES OF THE FUTURE
RESIDENTIAL PROJECT, MODERN MOMA, IN BEIJING, CHINA
GERMAN CENTER, SHANGHAI
Residential complex with more than 200,000 m² of living space and a Chinese object of prestige
Pavilion, “Niedersachsen”, as part of EXPO 2010 in Shanghai
The pavilion should remain at least three years
and is likewise located on the property of the
German Centre.
REHAU systems:
CO2 conservation:*
Geothermal heat probes and geothermal heat exchanger system,
concrete core temperature control with 430,000 m of RAUTHERM
approx. 60 %,
correlates to approx. 959 t/a
* Compared to fossil fuels
© REHAU - Energy Efficiency and Sustainable Construction - September 20, 2013 - Page 35
REHAU systems:
Geothermal heat probes and connection (Helix)
Rainwater seepage RAUSIKKO
Air/geothermal heat exchanger AWADUKT
Surface heating system incl. control
CO2 conservation:* approx. 90 %
This deals with the planning and execution of a
joint project of:
H. Christian Sommer (director of the German
Centre in Shanghai), Architect Peter
Bachschuster, Prof. Hans-Peter Leimer
(University for Applied Science and Art in
Hildesheim), Fraunhofer Institute for
Construction Physics (IBP) and others such as
REHAU
* Compared to fossil fuels
© REHAU - Energy Efficiency and Sustainable Construction - September 20, 2013 - Page 36
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ENERGY EFFICIENCY – TECHNOLOGIES OF THE FUTURE
ENERGY EFFICIENCY AND SUSTAINABLE CONSTRUCTION
RESIDENTIAL COMPLEX, SCHREIBERHOLZ, NÜRNBERG (GERMANY)
THE THREE PILLARS OF ENERGY EFFICIENCY
Top notch renovation
Holistic view with the principle of sustainability :
The high level of competence of all partners and optimized
components, interfaces, and project sequences come
together in ARGE factor 10. The goal of the free union of
well-known experts and manufacturers is energy-efficient
renovation with a significantly higher economic efficiency
than the standard - with the demand of “sinking energy
consumption by the factor 10”.
The previous successfully constructed objects speak for
themselves: www.argefaktor10.de
REHAU systems:
CO2 conservation:*
Reducing energy losses
Highly efficient window and facade systems for heat
protection
WINDOWS
Using energy efficiently
Minimizing the flow temperatures and optimizing the
distribution of heat through surface heating/cooling
Producing energy efficiently
The use of advanced technologies for the utilization of
renewable energies, such as geothermal heat, solar
energy, and biomass
Window profile system
GENEO®
approx. 86 %,
approx. equivalent to 103 t/a
SOLAR
HEAT PUMP
RADIANT HEATING
AIR/GEOTHERMAL
HEAT EXCHANGER
GEOTHERMAL
* compared to fossil fuels (here in conjunction with 20-24 cm
of a facade thermal insulation system with a U value = 0.13 W/m²k)
© REHAU - Energy Efficiency and Sustainable Construction - September 20, 2013 - Page 37
© REHAU - Energy Efficiency and Sustainable Construction - September 20, 2013 - Page 38
ENERGY EFFICIENCY AND SUSTAINABLE CONSTRUCTION
ENERGY EFFICIENCY AND SUSTAINABLE CONSTRUCTION
THE THREE PILLARS OF ENERGY EFFICIENCY
CERTIFICATIONS
Holistic view with the principle of sustainability:
Reducing energy losses
- GENEO® window system – made of RAU-FIPRO®
Using energy efficiently
- RAUGEO geothermal heat probes
- AWADUKT Thermo antimicrobial air/geothermal heat
exchanger
- REHAU SOLECT solar thermal collectors
Producing energy efficiently
- Heat pump program (AQUA, GEO, AERO)
- Surface heating/cooling
- Concrete core temperature control
© REHAU - Energy Efficiency and Sustainable Construction - September 20, 2013 - Page 39
WINDOWS
SOLAR
HEAT PUMP
Integral planning
Cross-technology solutions
RADIANT HEATING
AIR/GEOTHERMAL
HEAT EXCHANGER
GEOTHERMAL
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ENERGY EFFICIENCY AND SUSTAINABLE CONSTRUCTION
ENERGY EFFICIENCY AND SUSTAINABLE CONSTRUCTION
REHAU CONSTRUCTION – REACHING THE GOAL WITH SYSTEM SOLUTIONS
REHAU CONSTRUCTION – REACHING THE GOAL WITH SYSTEM SOLUTIONS
The four areas of REHAU Construction
REHAU Construction – Service from the first concept through to completion
Window and facade technology
Building technology
Our product and service range comprises profile systems for windows, house
doors, blinds, folding shutters, enclosed patios, and facades. Whether you are
wanting to renovate or build a new construction, you will benefit from the
innovative REHAU system solutions. We our first-class services, we will support
you in every phase of construction – from the planning of the object through to its
completion.
The area of building technology develops and produces integrated and complete
system solutions for anything associated with heating and cooling, water,
plumbing and gas installation, industrial piping and compressed air systems as
well as electrical installation.
Holistic system and service offered with a
premium claim
Close contact to architects, planners,
craftsmen, and professional businesses
For us, service does not end with the product
- We have our own academy for internal and external training
- Support with the conception and planning
- Provisioning of planning tools (software)
- E-commerce
Beyond training and additional educational measures, we accompany those
involved throughout the entire process of construction from the conception
through completion and initial operation.
Renewable energies
Today, buildings can be heated and cooled in a highly-efficient manner through
solar and geothermal heating systems. Warm water purification with these
systems is also possible. Together with appropriate heat pumps and an efficient
distribution of heating/cooling throughout the building, CO2 neutral solutions are
already possible.
Civil engineering
Planning support
REHAU is a trusted partner
Safety and environmental protection for generations are the highest maxim for our
products and systems. In conjunction with our know how, we offer innovative and
compatible complete systems and system technologies for the construction of
airports, streets, and railways, water management facilities, and infrastructure all
over the world.
Due to the large number of specialists in the individual departments of our
company, it is possible for us to provide competent assistance with established as
well as new and innovative projects. We will aide with the preparation of the
necessary plans and documents in our own planning center.
REHAU is a family-owned business and was founded in 1948 in Rehau. As a
premium brand for polymer-based solutions, REHAU is active all over the world in
the areas of construction, automotive, and industry. Today, REHAU is represented
on all continents of the world with approx. 15,000 employees in over 50 countries.
We are committed to our customers.
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ENERGY EFFICIENCY AND SUSTAINABLE CONSTRUCTION
SUSTAINABILITY – THE FUTURE WITH REHAU
Ressources
ATI(D5
RessourcesEnergy Efficency
Sustainability
ATI(D6
ATI(D8
User Comfort
ENERGY EFFICIENCY AND SUSTAINABLE CONSTRUCTION
Thank You!
ATI(D7
Environmental Protection
ATI(D9
Environmental
Focus on People
ATI(D10
Sustainability
© REHAU - Energy Efficiency and Sustainable Construction - September 20, 2013 - Page 43
Protection
© REHAU - Energy Efficiency and Sustainable Construction - September 20, 2013 - Page 44
Construction
Automotive
Industry
11
Slide 43
ATI(D5
Resources
Apex Translations Inc (Florian Deltgen), 22/08/2013
ATI(D6
Energy Efficiency
Apex Translations Inc (Florian Deltgen), 22/08/2013
ATI(D7
User Comfort
Apex Translations Inc (Florian Deltgen), 22/08/2013
ATI(D8
Sustainability
Apex Translations Inc (Florian Deltgen), 22/08/2013
ATI(D9
Climate Protection
Apex Translations Inc (Florian Deltgen), 22/08/2013
ATI(D10
Anthropocentric
Apex Translations Inc (Florian Deltgen), 22/08/2013

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