RENEWABLE ENERGY SUBGROUP MEETING IN ABERDEEN 26TH MAY 2006
NORTH SEA COMMISSION
ECONOMIC DEVELOPMENT GROUP
MINUTES

Meeting venue
Aberdeen City Council's Economic Development Service, Balgownie 1 Pavilion.
Attendees
- Mr Albert
Moens, RES chair, the Province of Noord-Holland
- Ms Elizabeth Marshall, Area Development Manager, The
Highland Council, Scotland
- Mr Tom Huissen, the Province of Noord-Holland
- Mr Eric Stewart, Marketing Manager, Angus Council,
Scotland
- Mr Roddy Matheson, Industry Sector Manager,
Aberdeenshire council, Scotland
- Mr Erik Lindboe, RES co-ordinator, Rogaland County
Council, Norway
Apologies
- Ms Michelle Hooker, Support
Manager, Renewables East, Norwich, England
09.15: Welcome -
Introductions - Apologies
09.30: AREG
Update on the work of the Aberdeen Renewable Energy
Group,
Presented by Mr Ian Todd, Renewables champion, AREG.
09.45: Solar energy
“Scotland – the best country in the EU of
solar heating of buildings”!
Presented by Mr George
Goudsmit, Managing Director of AES Solar (who manufacture solar thermal panels
in Forres, Morayshire)
10.00: The North
Sea House / Efficient housing
Elisabeth Marshall / Erik
Lindboe
10.30: The
future of the Renewable Energy Subgroup.
11.00: Wind Energy – described as a major contribution
to the future power portifolio:
“a real workhorse”. Study tour to Glens of Foudland windfarm
Ca 15.00: End of program.
1) WELCOME
Mr Albert Moens, chair of the EDG Renewable Subgroup, welcomed the delegates to the meeting in
Aberdeen, and went through the draft agenda, the list of attendees and
apologies.
2) AREG
- Aberdeen Renewable Energy
group
Mr Iain Todd, Renewables champion, presented an update on the energy
situation in the UK, plus the work of AREG – Aberdeen Renewable Energy Group.
The energy demand is rising
every year, and the flow of oil and gas is moving from export to import. By
2020 ca 80% of the gas will be imported!
AREG came about because UK’s
oil and gas in the North Sea is declining. Renewables have a lot in common with
the offshore activities, since a lot of the offshore technology can be used for
the work with renewables.
The target of the UK
authorities is that a growing percentage of the energy supply should come from
renewable energy sources:
-
10% in 2010
-
20% in 2020.
The Scottish target is even
more ambitious:
-
18% in 2010
-
40% in 2020.
Even so, this will not solve
the problem of the rising demand. The message is that we have to do a real lot
more within renewables to avoid energy crisis. We need to have targets for the
development, like for example Austria and Sweden.
The future renewable energy
is expected to come from a wide range of sources: Offshore wind, onshore wind,
solar, biomass, heat pumps, tidal and wave, small scale windturbines, aso.
A large offshore windfarm is
planned along the shore close to Aberdeen. 23 big turbines will produce 5 MW
each. Another key project is the planned Energy Futures Centre, and a joint
chair in Energy Futures between Aberdeen and Robert Gordon’s Universities.
Mr Iain Todd underlined that
co-operation with the universities and schools is important, to involve future
generations.
For more information about
AREG, please look at this website: http://www.aberdeenrenewables.com/
3) Solar Energy
Mr George Goudsmit, Managing Director of AES Solar
Systems (who manufacture solar thermal panels in Forres, Morayshire) gave us an
overlook on solar collectors, i.e. tube thermal solar heating systems.
AES manufactures, designs, and installs
high efficiency solar systems for domestic and commercial applications.
The systems are also available as DIY (do-it-yourself) kits. The solar water heating systems are for retrofit applications and new
build situations and roof refurbishments, suitable for homes, office blocks,
swimming pools, care-homes, aso. The standard systems operate on the
pressurised solar circuit principle, whilst the AESDB range features drain-back
operation (no antifreeze required).
This
is proven technology but has up to now been a low interest product, due to lack
of incentives / subsidies, regulations and awareness of the possibilities. The
company’s strategy is to communicate that this is:
-
new
energy
- freedom
- independence
- environment
- efficient
- economical
The life of the roof panels is ca 30 years (the company’s oldest are now 28 and still working). You save around 40% of the expenses on heating water. In new buildings, it is suitable for under-floor heating. Prices vary, but in the UK it is still a bit too expensive to purchase for the average family. However, if the production volume increases, it will soon be competitive to other heating systems.
4) The North Sea House
Elizabeth Marshall as well as Erik Lindboe underlined
the importance of bringing new life to the idea about “The North Sea House”, a
Low energy / Zero energy home. The
potential of saving energy through Zero energy housing is promising, due to the
fact that ca 25% of the energy in the UK is used for different purposes in
homes. In Scandinavia ca 40% of the energy is used in homes.
Many houses today, even new houses, are leaking energy, especially around windows and doors. A thermo survey in Aberdeen showed that new houses are no better that old ones. In fact rather the opposite, which shows that both stronger regulations and better skills from the builders are needed.
There is an European Building Standards coming on. This will be an incentive to both the builders and the public and make it easier to promote Low / Zero energy houses.
See the table on actions in 6).
5) The
future of the Renewable Energy Subgroup
The future of our group has been
discussed lately, due to the limited number of members attending the meetings.
Possible solutions could be:
-
keep the group
-
call it a day (end the group)
-
let the work continue as a
special theme under the Economic Development Group
The discussion showed that
there is a wish to continue with the group. Renewables is a growing topic, and
should be a topic within the NSC system. Chair Albert Moens underlined that it
is one of the group’s main targets to advice the NSC on renewable issues, and
the meeting agreed upon focusing on the North Sea House, and the Grid problem
around the North Sea.
The rise of the sea level /
coastal defence was also mentioned as a coming problem in some regions around
the North Sea.
It was suggested that the
next group meeting should be a lunch meeting, in connection with a renewable
energy event (for example the All-Energy in Aberdeen). This should make our
meetings shorter, more effective and more reasonable for the group members. It was
also underlined that our group meetings should discuss the group’s targets, and
that the work should be purposeful. The Chair and the co-ordinator will follow
this up and pass on information to the members about the next group meeting.
6) Actions
|
Actions |
Who |
When |
|
Send minutes from the
Aberdeen meeting 26th
May 2006 to -
the members of the RES -
the NSC and the thematic
groups |
Co-ordinator |
June 2006 |
|
Work out newsletter(s) |
Co-ordinator |
2006 |
|
Work out notes/political
papers for the NSC on special themes: |
|
|
|
the grid problem |
Hans Bais/Albert Moens |
Early fall 2006 |
|
the North Sea House (i.e. Low/Zero energy
house) |
Erik Lindboe |
ditto |
|
Re. the North Sea House: Find out which countries
around the North Sea that have built Low/Zero energy houses) |
-
Erik Lindboe (Scandinavia) -
Elizabeth Marshall (the UK) -
Albert Moens / Tom Huissen (Holland) |
ditto |
Discuss the next group meeting |
-
Albert Moens -
Erik Lindboe |
ditto |
7) Abert
Moens closed the meeting, thanking all speakers and attendees.
The NSC Renewable Energy Subgroup would like to thank Aberdeen City
Council and Aberdeenshire Council for hosting the group. Special thanks go to
Mr Roddy Matheson for helping out in organising the group meeting and study
tour.
Also, the All-Energy Conference and Exhibition should be given credit
for the largest event ever.
8) Study Tour
The
study tour took us to Glens of
Foudland windfarm, 7.5km east of Huntly in
Aberdeenshire. The 20 turbine Glens of Foudland wind farm generated its first
commissioning power in May 2005. The turbines are 1.3MW machines. Each turbine tower is 47m high with a
rotor diameter of 62m, giving a total height to the blade tip of 78m. The
towers, which are made of steel, are bolted onto concrete foundations. The
blades are made from reinforced glassfibre.
The
wind farm location is in an area that benefits from high wind speeds. It will
supply enough pollution-free electricity to meet the annual needs of more than
13,000 homes, equivalent to more than double the annual consumption of all the
houses in Huntly, Turriff and Inverurie or more than 20% off all households in
Aberdeenshire. It will reduce emissions of carbon dioxide, the main greenhouse
gas, by nearly 60,000 tonnes every year.
HAVE YOU ANY NEWS TO SHARE
WITH THE GROUP?
Please e-mail Erik Lindboe: Erik.Lindboe@rogfk.no