Green Tech Center // In construction 2013 // Opens 2013 - 2014
Green Tech Center - International Smart Grid Living Lab
Smart Grid Living Lab
The investors:
Content 3...................................... Green Tech Center – overview and location 4...................................... Future energy challenges 6...................................... Concept 8...................................... Vision 9...................................... Green Tech Open Innovation 10...................................... Triple Helix cooperation 12...................................... Smart Grid Focus 14...................................... Green Tech House 16...................................... Green Tech Park 18...................................... Green Tech Lab 20...................................... Large Scale Living Lab Business 21...................................... Large Scale Living Lab Private 22...................................... Green Pulse
2
Future Energy
Green Tech Center // Located in the centre of Denmark To
Business area Vejle Municipality
Smart Grid Living Lab
To Horsens
Business area Vejle Municipality
Denmark's transport centrE
us
Årh To
2 hours’ drive from Hamburg
Hamburg
se
en
Od
30 minutes’ drive from Billund international airport 45 minutes’ drive from Århus and Odense Smart Grid Living Lab
Future energy challenges Tomorrow’s Smart Grid challenges are the interaction between three factors. 1. Increased production of renewable energy on the supply grid With increased production from wind and solar plants, etc., the delivery of energy to the grid will fluctuate much more. When it is windy, a lot of wind energy will be produced; when it is cloudy, less solar energy will be produced, etc. In order to avoid periods of congestion/ failure in the energy supply, it will be necessary to create a balance with large capital expenditure to create a larger and more robust power grid as a result. This is simple in Denmark, as our energy grid is very robust, but in many other countries this will present a challenge, and therefore attention is directed to Denmark to find system solutions.
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2. Consumer behaviour Private homes, businesses, offices and public institutions are all consumers of energy. Their consumption patterns over the years, months, weeks, days and hours are based on decades of secure access to all the energy they need. Therefore, the consumption pattern is not aligned with the future production pattern for renewable energy, e.g. washing clothes at night or ensuring that an entire residential area can charge its electric cars at the same time. Security of supply is vital. Nor are the price structure and energy taxes aligned to this “new world�, so there are no incentives within the private sector to change behaviour. Furthermore, knowledge of private consumption patterns is limited, as remote meters have only become widespread in recent years. Actual data processing is not widespread and so it is not possible to survey consumption in greater detail, e.g. which products use what and when.
3. Prosumers – the new consumers The renewable energy market is rapidly developing. New products for energy production from the wind, sun, ground, fuel cells, etc. appear every day, and efficiency is improving from year to year. Several of the products can be mounted directly in the home of the consumer, for example solar cells on roofs. This means that a private person or business is not only a consumer, but also an energy producer – a “prosumer”. This presents a number of challenges to energy security and balance, as the energy will now be flowing in both directions within the grid. Finally, roll-out of electric cars is also expected to create huge challenges to energy security and efficiency, as the process of charging such cars puts a significant burden on the grid. Work is being carried out worldwide to create solutions to meet these challenges, including local energy storage options to contribute to the energy balance, as well as solutions in which electricity, heating, cooling, hydrogen and gas are combined in total intelligent energy storage systems.
It’s all about creating a balance between production, consumption and storage, so that renewable energy can be exploited in the best possible way.
Photo: GreenWave Reality
Smart Grid Living Lab
Concept
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Green Tech Center is about research,
Green Tech House
sparring, testing and commercialisation
A three-storey building visible from the E45 motorway. The office building contains
under one roof.
a number of office premises, from 20-person companies to one-man businesses.
It is also possible to rent individual desks in an open, modern office environment.
Green Tech Center gathers a lot of knowledge,
Green Tech House can house 200 workplaces, and currently 60% of the building
development and entrepreneurship within the
is reserved by companies and public institutions working within the field of energy.
Smart Grid field under one roof.
In addition, there are a number of shared functions available, e.g. reception, canteen,
Researchers and developers working with
meeting and project rooms.
energy in a broad sense.
Companies with products can be included in
Green Tech Lab
future solutions.
Here, entrepreneurs, companies and educational institutions are offered facilities
Educational institutions that teach and train
such as workshops, laboratories and training facilities. Another important area in
in energy installation, etc.
Green Tech Lab is the tech room. This collects all the technology and data from the
Networks that research, communicate and
Energy Park. The tech room is also connected to data to and from Green Tech House,
build relationships between international clients,
as well as the Velje North industrial area. Green Tech Lab is the central hub within
producers and investors, etc.
development, research and teaching for all partners associated with Green Tech Center.
Geothermal drilling
h� Pat y erg “En
Solar panels Solar cells
Green Tech Home Green Tech House
Green Tech Lab Hydrogen and electrical charging station Energy park
Advice House
Geothermal heat
Green Tech Park This park is a playground for testing, demonstration and commer-
An infrastructure for electricity, heat, gas, hydrogen and communi-
cialisation of energy-producing and energy-saving solutions. An
cation makes it easy to test and demonstrate solutions that have an
energy park with platforms customised for the various demands of
effect by working across traditional forms of energy (e.g. storage of
energy producers (wind, sun, ground, fuel cells, etc.)
excess electricity in hydrogen or heat).
Here, a product, e.g. a wind turbine, an inverter or an optimisation
A control room gathers and processes all this data so users can
unit in a single system linked to the national grid, can be instal-
get rapid results from their products in the bigger picture easily and
led quickly and cheaply. The project function can be demonstrated
cheaply. Partners only pay for use of the facilities, as the infrastruc-
quickly in a comprehensive solution where customers, investors and
ture and data capture/measurement/processing in the system has
others can see the effect of one or more products in a single system.
already been paid for.
Vision To establish an internationally-recognised Smart Grid test facility in the centre of
• To offer professional system test facilities for smart grid components and products, so new components and products in the future are Smart Grid ready.
Denmark for demonstrating Smart Grid functionality.
“
• An independent development, test and demonstration facility, with the knowledge and resources to carry out tests and trialling, and which may contribute to development towards a common European standard.
• With living laboratories that enable projects, testing, demonstration and commercialisation of products/systems for developers, public authorities, educational institutions, installers, customers and investors.
• Where users meet operational and workable solutions.
• With facilities for businesses, educational institutions, public authorities and entrepreneurs, ensuring optimal settings permanently or for short periods.
Basic science
Smart Grid Living Lab
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Research and Development
Open innovation
Demonstration
Commercialization
Sales
Green Tech Open Innovation – the shortest route for a Smart Grid concept to a successful market introduction.
Green Tech
Heat storage
and function testing and demonstration
Energy storage Automatic Demand Response
c o En ns e r um g y pt io
gy n e r t io En u c od
pr
ICT
Energy
n
Facade solutions
Roof solutions
Home
Electricity storage
Cooling storage
Smart Grid system
Green Tech House
Solar, wind, ground, fuel cell
Company electric cars
Concept/product
for growth and development
Environ- ment Indoor climate
Park solutions
Commercial networks
Electricity Water Heat
Knowledge networks
Green Tech Park
Green Tech Center
for Smart Grids nationally and internationally
Market introduction
Triple Helix cooperation Green Tech Center is a strategic
The key to the future
collaboration between a number of
Cooperation and knowledge shared across businesses, public authorities and educa-
private companies, educational
tional institutions provides the best conditions for the production of new knowledge
institutions and public parties.
that companies can use as specialisation parameters. Therefore, Green Tech Center has implemented this three-dimensional element to guarantee companies the best possible conditions for development. At the heart of Green Tech Center is Open Innovation. It’s all about creating competitive benefits that individual companies cannot obtain on their own. It brings together people with different professional backgrounds, and the meeting
Business
between different disciplines creates the ability to think creatively. Next, the consumer is involved in the innovation process itself. This can be done by allowing the consumer to relate to and comment on the various stages of the innovation process, or by allowing them to test the renewable energy platforms in Green
Public authorities
Tech Park.
Scientific institutions
Triple Helix cooperation creates: • Growth
• More jobs
• Specialisation
• Economic growth
• Competitive benefits
• More entrepreneurship
• More innovation
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71% of companies experience increased com-
Companies in clusters are four times more
petitiveness through cluster cooperation
likely to be innovative
Source: NGP, Klyngekonference (Reg-X)
Source: Companies in Clusters, Thomas Schøtt,
“
Ph.D. Professor WSR, University of Southern Denmark
“
Green Tech Center is a strategic collaboration between a number of strategic partners:
INSERO Horsens, Lysholt Erhverv and CASA and private interests involved in setting up Green Tech House, Green Tech Park, and the framework for the Living Labs area. In addition, the building is administered and a large number of projects and customer/investor matching activities are coordinated. Vejle Municipality is an official partner, contributing knowledge, networks and entrepreneurship, and is part of a number of joint projects on the operation and development of Green Tech Center related to climate and business development. The University of Southern Denmark is involved in research and development projects around Smart Grid system management, both nationally and internationally. VIA University College is involved in development projects, particularly concerning geophysical solutions, etc. Syddansk Erhvervsskole runs their technology centre with courses and projects within the electrical and plumbing industry from Green Tech Center. Danish Technological Institute cooperates with Green Tech Center, as one of several GTS institutions, to provide Danish and foreign companies with special tests and certifications. Lean Energy Cluster is Region Syddanmark’s cluster within streamlining of energy consumption and intelligent energy systems.
Smart Grid Living Lab
Smart Grid Focus This requires collaboration when it comes to devising future intelligent solutions.
The switch to a fossil-free society is probably the biggest challenge facing Danish society in recent times and will require the development of innovative energy system solutions that will have export potential
Building an “intelligent” electricity system – a smart grid – is like doing a puzzle, where some
beyond its borders.
of the pieces are either missing or do not fit. It is intended that Smart Grid will provide an-
“
Source: Bo Nørregaard Jørgensen,
swers to tomorrow’s solutions involving renewable energy from sources such as wind po-
Associate Professor,
wer and solar cells, as a replacement for fossil fuels such as coal, oil and natural gas.
The Maersk Mc-Kinney Moller Institute
European transmission and distribution companies have produced a visionary strategy to enable the European electricity system to accommodate the large amounts of renewable energy agreed by EU Member States in the Climate and Energy Package from 2007. By 2018, approx. EUR 2 billion (nearly DKK 15 billion) will have been invested. This will create huge demand for intelligent solutions and products, and Danish companies are in a favourable position with regard to this market. The research team at the University of Southern Denmark is a natural partner for close cooperation with businesses and other for-profit institutions at Green Tech Center for analysing the opportunities that may
Smart Grid Living Lab
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provide answers to the challenges ahead.
Smart Grid – future solution
Green Tech Center’s vision
A Smart Grid can only work if the electricity system
is to establish an internationally recognised Smart
is able to draw on everything – and everyone – from
Grid test facility to demonstrate Smart Grid func-
the largest producer to the smallest consumer.
tionality. With the demonstration facilities involved in
An intelligent system that links up the electricity
Green Tech Park, a platform has been created where
system in all directions. Establishment of a Smart
research, education, testing and consumer analyses
Grid will also increase the digitalisation of Danish
can provide the inter-dimensional knowledge base
households. There will be more metering, control
necessary for the development of future Smart
and communication electronics in homes, which will
Grid solutions.
provide consumers with an overview of their consumption and the ability to achieve automated and intelligent electricity consumption. Illustration: Franck Wagnersen. Source: Energinet.dk
Green Tech House Optimal environment for development and testing of future energy solutions under one roof. Green Tech House is a cluster covering approx. 4,000 m² and has been established on 3 floors, with space for around 150 Triple Helix employees. The building was constructed in accordance with the BR15 building regulations, with a number of exciting and innovative solutions both inside and out. Green Tech House has been prepared for future Smart Grid solutions in energy production, energy storage and energy management of office buildings, and contains open source infrastructure and systems in the following vital areas: • An open source Building Management System, which guarantees the possibility of testing/demonstrating new products in intelligent control, etc. of the office building. • Data loggers of energy consumption down to the individual workplace that can document
• Information systems for behavioural tests/demonstrations with regard to employees in the building under the theme “Green Technology meets people”. • Control and connectivity options for electricity, heat and cold storage in and outside the office building and the electric car stands. • The roof level has been prepared for installation of various energy and environmental solutions for testing and demonstration and can be visited via elevator and stairs (the fifth facade of the building).
the energy and environmental effects/results. • An open tech room, which can be used for testing/demonstration to people interested in operation of intelligent office buildings.
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The building has been integrated into the surrounding facilities from Green Tech Park, so tests and demonstrations can be combined across the centre.
Office
Meeting
Stairs Shared office
Office
Walkway
Office
Ren. Dep.
Stairs
Copy room Copy room
Meeting Meeting
Depot
Kitchenette Kitchenette
Shared office
Meeting
Meeting
Office
Meeting
Void
Meeting
Cell
Shared office
Office
Meeting
RAMBØLL
Overhead light
Void Overhead light
Office
Stairs
Corridor
Depot
Office
Office
Stairs
Kitchenette
Cell
Møde
Cell
Stairs
Depot
Copy room
Cell
Depot
Kitchenette
Walkway
Elevator
Outline of overhead walkway
Corridor
Kitchenette Kitchenette
Shared office
Meeting
Office
Shared office
Cell
Overhead light
Void
Overhead light
Meeting
Office
Shared office
Shared office
Meeting
Office
Meeting
Void
Meeting
Void 2nd floor
Meeting
Stairs Copy
Stairs
Copy room Copy room
Stairs
Depot
Shared office
Ren. Dep.
Meeting Meeting
Depot
Kitchenette Kitchenette
Stairs
Copy
Office
Office
Corridor
Walkway
Depot
Stairs Meeting
Depot
Outline of overhead walkway
Corridor
Cell
Shared office
Office
Meeting
RAMBØLL
Overhead light
Void Overhead light
Office
Stairs
Shared office
Meeting
Office
Office
Cell Kitchenette
Cell
Stairs
Depot
Copy room
Cell
Depot
Kitchenette
Walkway
Elevator
2nd floor - voids = 1130 m2
Office
Kitchenette Kitchenette
Copy Depot
Copy Depot
Lease
Lease
Lease
Lease
Lease
Lease
Info wall
Lease
Entrepreneur Office
Shared office
Cell
Overhead light
Entrepreneur
Overhead light
Void
Entrepreneur
Entrepreneur Meeting
Office
Shared office
Void 2nd floor
Stairs
employees. Møde
Corridor
Corridor
Informal meeting – movable
Entrepreneur
Copy
Entrepreneur
Entrepreneur
Entrepreneur
Entrepreneur
Stairs
Tech room
DU Demo
Storage
Preparation kitchen
Outer platform adapted to layout plan
Corridor
88 persons
Block wall
F Extension Foyer/canteen canteen/conference 322 m2 area KT. 0.000
Kitchenette
Entrepreneur Meeting
Outline of overhead walkway
Corridor
Entrepreneur Meeting
Stairs
Office Living Lab,
Meeting Meeting
leases from 8 to 50 Stairs Stairs
workshop rooms,
Shared office
Office and project Shared office
Reception, 6 meeting/
1st floor - voids = 1130 m2
floors Stairs
Meeting Meeting
1st and 2nd
Shared office
plus smaller offices.
Stairs
offices, desk rental,
Shared office
and project area for
Groundfloor 1257 m2
2nd floor - voids = 1130 m2
entrepreneurship
1st floor - voids = 1130 m2
Ground floor
Stairs
Void 1st floor
Void 2nd floor
Stairs
Void 1st floor
Void 1st floor
Void 2nd floor
Stairs
Void 1st floor
Smart Grid Living Lab
Green Tech Park Geothermal drilling
h� Pat y erg “En
Solar panels Solar cells
Green Tech Home Green Tech House
Green Tech Lab Hydrogen and electrical charging station
Energy park
Advice House
Geothermal heat
16,000 m2 energy park with integrated micro-energy infrastucture for electricity, district heating and gas to ensure realistic testing and demonstration facilities for products and services in the Smart Grid systems of the future.
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Wind power, solar energy, geothermal energy, fuel cells, electric and hydrogen charging stations – all connected to the power grid (electricity, heat, gas). Wind power Assembly platform where it is possible to erect various domestic turbines. The platform is a foundation that provides stability to the installation of domestic wind turbines, which are all wired up. Solar energy Assembly platform where it is possible to erect various domestic solar cell facilities. The platform is a foundation that provides stability to the installation of solar cell facilities, which are all wired up. Geothermal energy Assembly platforms where 3 different geothermal heat facilities can be demonstrated. Smart EV and hydrogen platform Assembly platform where it is possible to erect various charging stands and storage units. The platforms are linked to the control rum in Green Tech Lab.
Photo: Villa Watt
Green Tech Lab – Optimal facilities for developing, teaching and market maturation of products. Green Tech Lab contains facilities that support entrepreneurs and commercial needs for prototype production, demonstration, commercialisation and training. A Smart Grid living lab, with intelligent energy solutions where theory and practice meet.
Contents: • Living lab control room for the Green Tech Park • Environmental laboratory • Training rooms • Prototype workshop • Entrepreneur facilities
Business Concepts can be analysed through Green Tech Lab, including the development of prototypes and implementation of user testing, helping to sharpen the company’s products and identify areas in which development processes can be optimised.
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BALCONY
TRAINING
TRAINING
TRAINING
TRAINING
A
Alternative furnishing
Multi-furniture
STUDY AREA SEATING NICHE
1st FLOOR PLAN 350m2
B
GROUNDFLOOR 1ST FLOOR BASEMENT
350 M2 350 M2 81 M2
TOTAL
781 M2
LOUNGE
CAFÉ
STUDY
B
Multi-furniture
PLATFORM/ RESEARCH STAIRS
WASHROOM
WORKBENCH
COVERED OUTDOOR AREA
WORKSHOP
A
EARTH SAMPLE ARCHIVE
CLEANING
BATH
TECHNOLOGY
WARDROBE
WARDROBE
Smart Grid Living Lab
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Home Rentals
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- Combined energy solutions gosvej (electricity/heat/cold/storage) - Electric cars
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Home Rentals
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Stentoften
- Intelligent management of energy consumption and products
Niels Fins ensvej
Moldevej
Ringdams Kobbel
Skovtoften
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Fabersvej
electricity grid
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By ga de
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Niels Bohrs Vej
holt lighting, etc. - Consumer behaviour, mobility, Grøn
Gr un de t
ej R ingv
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Lertoften
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Grejsdalsvej
and broadband communications
Town Houses
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- Electricity, water, heating, cooling, gas
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Energy optimisation deals with the following:
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CO2 emissions.
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Green Pulse
Green Pulse An international environment for entrepreneurs, spin-off companies, established businesses, networks, etc., are being developed to offer a specialised “Green Tech” service in areas such as: • Green tech
• Innovation
partnerships
• Cross-disciplinary
• Networks
projects
• Internationalisation
• Financing
• Mentoring
• Matchmaking (clients,
• Business development
investors, partners)
Pulse
In addition, national and international partnerships are being established and a wide range of workshops, conferences, seminars, etc. are being held. Green Tech Center collaborates with the following organisations:
Workshop om informationsmodel til formidling af data mellem aktørerne i et fremtidigt dansk smart grid Energinet.dk og Dansk Energi har nedsat en arbejdsgruppe, som skal udarbejde en konsolideret anbefaling til en informationsmodel for det danske elsystem. Arbejdsgruppen er etableret på baggrund af en anbefaling fra smart grid netværket, som har været nedsat under Klima-, Energi- og Bygningsministeriet.
22
Elsystemet med såvel tekniske som kommercielle aktører har brug for en fælles informationsmodel, hvorved data nemt kan formidles mellem aktørerne. Der skal sikres, at der ikke opstår kunstige barrierer mellem elsystemets aktører, ved at der bliver installeret udstyr som fx ikke overholder internationale standarder. Vi ønsker derfor at invitere din virksomhed til en workshop om dette emne 25. april, kl. 10.00-15.00, hos Energinet.dk, Tonne Kjærsvej 65, 7000 Fredericia
Green Tech Center - Partnerships Lease agreement
Use agreements
Services included in the partnership packages
Office, Lease min. 3 years, 6 months security bond
Desk, lease contract, 3 months’ notice, Security bond
Office space
DKK 1,199 per m2 p.a.
DKK 3,950 pr. month
Operation (insurance, taxes, renovation, technology, etc.)
DKK 299 per m2 p.a.
incl.
Energy consumption (electricity, water and heat)
Depending on consumption
incl.
Internet
Depending on consumption
incl.
Cleaning
Depending on consumption
incl.
Office desk
YES
Chair
YES
Shelving
YES
Shared kitchen
YES
Shared tech demo room
YES
Shared dialogue areas
YES
Use of shared facilities
Exclusive partner, DKK 250,000 p.a. access to over 100 lab days
Cooperation partner, DKK 100,000 p.a. access to 30 lab days
Day by day
YES
Reception
YES
YES
YES
YES
Meeting rooms
YES
YES
YES
YES
Workshop premises
DKK 1,250 per day
DKK 1,750 per day
Incl. / free up to 100 days free mix
Incl. / free up to 30 days free mix
DKK 2,500 per day
Cafeteria
YES
YES
YES
YES
YES
Server room
YES
YES
Utility room
DKK 400 per m2 p.a.
DKK 400 pr. m2 p.a.
Car park
YES
YES
YES
YES
YES
Living lab Office
DKK 2,500 per day
DKK 3,500 per day
Incl. / free up to 100 days free mix
Incl. / free up to 30 days free mix
DKK 5,000 per day
Living lab Home
DKK 2,500 per day
DKK 3,500 per day
Incl. / free up to 100 days free mix
Incl. / free up to 30 days free mix
DKK 5,000 per day
Green Tech Park
DKK 2,500 per day
DKK 3,500 per day
Incl. / free up to 100 days free mix
Incl. / free up to 30 days free mix
DKK 5,000 per day
Workshop
DKK 2,500 per day
DKK 3,500 per day
Incl. / free up to 100 days free mix
Incl. / free up to 30 days free mix
DKK 5,000 per day
Large-scale test area: Large Scale Living Lab Business
YES
YES
YES
YES
Large Scale Living Lab Private
YES
YES
YES
YES
Offers for participation in: Networks
YES
YES
YES
YES
Sparring
YES
YES
YES
YES
Seminars
YES
YES
YES
YES
Courses
YES
YES
YES
YES
Workshops
YES
YES
YES
YES
Projects
YES
YES
YES
YES
Matchmaking meetings
YES
YES
YES
YES
Support scheme information and dialogue meetings
YES
YES
YES
YES
Company presentation in Green Tech Center: On the website
YES
YES
YES
YES
On a display in the reception
YES
YES
YES
YES
Logo on approach/entrance
YES
Member of Advisory Board
YES YES
The rent excludes catering and special services for setup, etc. Booking on first-come, first-served basis. All amounts exclude VAT. Prices are valid from 1st December 2012.
Contact Green Tech Center A/S
Shareholders Board:
• CEO Jørgen Andersen Tel. +45 4053 5337 E-mail. JA@greentechcenter.dk
• INSERO Horsens Mogens Vig Pedersen Hans Jørgen Hansen
Smart Grid Living Lab
• Jeanette Kristensen Tel. +45 2921 6090 E-mail. JK@greentechcenter.dk
• CASA A/S Michael Mortensen Peter Rosengreen
• Jørgen Ranlev Nielsen Tel. +45 2134 1371 E-mail. JR@greentechcenter.dk
• Lysholt Erhverv A/S Steen Bagger-Sørensen Gert Eg
• Dorthe Bramsen Clausen Tel. +45 2332 5549 E-mail. DBC@greentechcenter.dk
Advisory Board:
Smart Grid Living Lab Lysholt Allé 10 ~ DK - 7100 Vejle Tel: 7642 0079 ~ info@greentechcenter.dk www.greentechcenter.dk