1. A Zero Energy Building (ZEB)
- Developing energy solutions for the future
www.res.as

2. The BIG picture
National Oceanic
and Atmospheric
Administration
National Climatic
Data Center
As appearing in the July 2010 issue
(Vol. 91) of the Bulletin of the American
Meteorological Society (BAMS)

3. to achieve necessary cuts in CO 2
emissions
> 50% of the Executive Director of the IEA: “If the
reduction will world continues on the basis of today's
come from energy policies, the climate change
energy impacts will be severe. ...
efficiency We need urgently to set in
> 25% of the motion an energy and
reduction will environmental revolution , to
come from transform the way we use energy and to
Renewables
deliver a sustainable future.”
Norwegian Minister Liv Signe Navaseter
address national challenges: Only 7 % of
the recommendations towards energy
efficiency in buildings in Norway are
conducted. The Government targets an
increased investment towards
Competence and Model buildings,
pointing out the directions for Zero
Energy Buildings for the future.

4. “…recent Commission estimates suggest that the EU is on course to
achieve only half of the 20% objective. The EU needs to act now to
get on track to achieve its target. Responding to the call of the European
Council of 4 February 2011 to take 'determined action to tap the
considerable potential for higher energy savings of buildings, transport and
products and processes', the Commission has therefore developed this
Comprehensive new Energy Efficiency Plan.”

5. A bo om in energy ef ficiency in EU
Nearly zero-energy buildings*  Nearly zero-energy building’
means a building that has a very
Member States shall ensure that: high energy performance
by 31 December 2020, allnew  The nearly zero or very low
buildings are nearly zero- amount of energy required
energy buildings ; and should be covered to a very
significant extent by energy
after 31 December 2018, new from renewable sources,
buildings occupied and owned including energy from
by public authorities are renewable sources produced
nearly zero-energy buildings . on-site or nearby
Update of ”Energy Performance of Buildings Directive” (EPBD) May 2010

6. Who are we?
Development company: Property owner:
Rogaland Energisenter AS RES Eiendom AS
 Sig.Halvorsen The companies in the  Rogaland County
 Rønning consortium have a turnover
of > 1 billion NOK/year Council
 Energi og Miljø dealing with plumbing,  Bjerkreim Municipality
 Covent/Comek heating, cooling, electrical
 Dalane Energi
installations, automation,
 Klimaservice energy-customer solutions,  Covent
 Hubro Hansen refrigeration systems,
 Sig.Halvorsen
freezers and heat pumps,
 A2- air handling units, ventilation  Bjerkreim AS – Employee:
trelast
RES Eiendom
arkitekterne and sheet metal processing, Frank Emil Moen
indoor air quality, facade
 Acl
solutions, architecture,
Managing Director
Engineering engineering and business
incubator companies.
 Prokulde
 Ipark Energisenter
Rogaland AS -
Employees:
Frank Emil Moen Managing Director
 Magne Vaule - Project Manager
 Kåre Netland - Consultant

7. Com What are we? Education
p eten Synerg
c
lo gy e y Deve lopment
Techno Cooperation Networking
Science
Education
Centre
Business Energy R&D
The RES-building will be
a ’State of the Art’-
building - both in
construction and in
content. The Triple Helix Model in practice! =>
Innovation through collaboration,
Wind development and interaction between
Cluster business, R&D, education and
government.

8. To Egersund18 km ≈ 18 min by car
To Ålgård 26 km ≈ 20 min by car To
Sandnes 37 km ≈ 33 min by car
E39 To Stavanger 53 km ≈ 45 min by car
To Egersund 18 km Covent / Comek
> 100 Employees
Heavy traffic
Bjerkreim river between residential
areas
Where: Low traffic to
attractive high
Bjerkreim, Dalane density residential
areas
Dalane
In the CENTER of the
RENEWABLE
DEVELOPMENT AREA
in South West Norway

9. 9
License denied
License given
Accepted
License applied
License notified
Built Plans for
installation of up
to 1000 wind
turbines in the
Massive development South-West
plans for wind parks region.
in the region.
Dalane Upper Licenses given for
Secondary School more than 300
turbines, and many
Svåheia wind park
more to come.
accepted (24 MW)
Egersund wind park
100 MW - Accepted
Off-Shore wind park
Siragrunnen 200 MW In construction 9
dalane.vgs.no

10. The ZEB-Building
For a graphic visualisation go to: http://bit.ly/RES-Building

11. The RES Building
 Low Energy level 1)
Target:
 Commercial build. 115 kWh/m 2 /år
 Private homes 95 kWh/m 2 /år The RES building shall not
consume more energy per year
 Passive house 1) than it self produce.
 Commercial build. 80 kWh/m2/år
 Private homes 70 kWh/m 2 /år
Energy input RES:
=> 40 kWh/m 2 /yr
 «Almost zero energy level» 1)
 Commercial build. 60 kWh/m 2 /år
 Private homes 55 kWh/m 2 /år
By 2015: All new buildings in Norway with Passive House standard 1)
1)
Arnstadutvalget:
KRDs arbeidsgruppe for energieffektivisering – rapport august 10: http://bit.ly/eSAzHt

12.  The RES-building will be an
energy efficient
exhibition building
developing sustainable
building solutions for the
future.
 RES shall promote
collaboration and skills
development across
disciplines in business,
research and education.
 RES shall be a
strong unit -
always lo oking for new
partners for the development of
sustainable and competitive
solutions.

13. Dalane – Becoming the largest wind
power region in Norway -
Education and O&M located to RES
 Rogaland County Council and  Dalane Upper secondary
Dalane Upper Secondary school will together with the
School are from 2011 RES environment develop a
running the first (and only) Technical College in Energy
Vocational Education and Efficiency.
Training (VET) for O&M of
wind turbines in Norway.  The intention is that both
the VET, the Technical
 The wind power companies
College and the joint
building wind parks in Dalane
are planning a joint operation
Operation Centre will be
centre for the wind parks in placed in the RES
the region. building.

14. Science Centre for Wind
Power and ’Green Tech’
located to RES
Targets:
To be a national visit  Introduction to
centre for Wind Power and democratic rules.
Energy Efficiency
 Collaboration
Key elements: between Jærmuseet,
Technology, environmental
impact, conflict solving, Dalane folkemuseum,
interactions and potential. Dalane Upper
Secondary School and
Encourage interest and
recruitment to science and RES.
technology.
 Input and support
from NVE

15. A ‘Model EE 1 building’
 In the centre of the building
there will be a ‘transparent’
Technical Show Ro om.
 The Show Room will be specked
with technology, data and
energy ef ficient solutions .
 Outside the Technical Show
Room data and statistics
regarding energy production
and consumption in the building
will be presented.
 An allocated laboratory for
product development and
testing will be available for the
RES Environment.
1) Energy Efficiency

20. Innovation model - RES development
GRID On site production
Sintef sun & wind
Teknova
Innov. De
Covent
Norge En live
er rin • Regulations
gy g
pr of e • Ventilations
R&D od x
uc ces •
Sig.Halv. tio s
n
Heat recovery
• Heat pumps
RES NEW • SD-management
Rønning Development Products • Light
Ideas Services • Energy production
Covent • Etc.
Development
projects Main Challenge :
Develop a dynamic and
economical sustainable
Zero Energy Building

21. Collaboraters
 Dalane Upper Sec. School
 Rogaland County Council
 Wind Cluster Dalane
 Municipality Bjerkreim
 Jærmuseet
 University of Agder
 TEKNOVA
 IRIS
 SINTEF
 Innovation Norway
 ENOVA … DNB ...and
more…

22. BUSINESS CONSEPT
CONSEPT AS
RES Eiendom Rogaland
AS Energisenter AS
XX
Eiendom AS YY New
Eiendom AS New businesses
products
The company CONSEPT AS delivers conceptual
prospects for energy ef ficient ’State of the Art’
buildings to clients in close co operation with Rogaland
Energisenter AS, and with RES Eiendom AS as a model.

23. R&D and business development
Solar Energy
1. Construction Ventilation
design, materials Learning and
research Composition
of the energy
2. Energy production solutions in the Constant energy
RES Building measurements
thin film solar panels, solar collectors and Recycling
small wind turbines Efficient transport
of energy
3. Energy use
Natural resources Work environment
heating, cooling, ventilation, illumination, Wind Energy and climate
technical installations
n
tilatio
4.
en
ral v
Energy storage Hybrid ventilation Natu Tech show room
Energy recovery
water tanks, energy wells , batteries,
hydrogen Façade with thin film
solar cells
5. Energy management
integrated energy management system,
energy saving and energy storage.
Educational and R&D
environment

24. R&D => Product
development
Ambientor
 Solar Energy VRI/Teknova Delivered
- Vertical wind
 Energy Storage VRI/Teknova Delivered turbine
- Pilot at RES
 Energy Management IN/Teknova Delivered
 Energy Recycling VRI/Sintef Delivered
 Legionella VRI/IRIS Delivered
 Sun driven ventil. VRI/Teknova Delivered
 Ceiling – co oling VRI/Sintef Delivered
 Grid integration VRI/Teknova Delivered
R&D-projects for
more than NOK 3,5 millions

25. www.res.as