Great hopes for the Renewables
Obligation
The Renewables Obligation is now in force,
requiring electricity supply companies to work towards obtaining
3% of their power from renewable sources by 2003 and 10% by Jan
2011.
Earlier this year, Energy Minister Brian Wilson
has predicted that 2002 would be "the year of renewables"
in which the potential contribution of power generated from clean
sources will finally be recognised in the UK. Clearly he has great
hope for the Obligation. But he warned that it was pointless to
set over-ambitious targets. "I
certainly want to see us aiming higher than ten per cent in the
years beyond 2010. However, the reality is that we are starting
from a low base it will take a lot of commitment, not least by government
itself, to reach the 10%".
In particular, the Government would try to ensure
that renewables projects are treated fairly by the planning system.
‘This may involve a challenge to the
integrity and consistency of some environmentalists. They cannot,
on the one hand, say that the future lies with renewables but, on
the other, that they will object to just about every specific project
that comes forward’. He added "there
also has to be a sensible balance between encouraging renewables
and recognising that, in the short term at least, this is going
to increase the cost of electricity. That is a factor which cannot
be ignored if public support is to be maintained."
He stressed that investment in infrastructure
will be necessary if the full potential of renewables is to be realised.
‘We have inherited a distribution system
which was built for a coal and steel economy. That has to be updated
so as to strengthen the National Grid in those parts of the country
which have the greatest potential in, for instance, wind and wave
power. The current feasibility study, commissioned by the DTI, into
a sub-sea cable along the western seaboard of the UK is a major
step in that direction’.
Finally, Wilson stressed that renewables can
become the basis of a substantial manufacturing sector. ‘It
should never be forgotten that we had world leadership in wind power
20 years ago but did next to nothing with it. The Danes took a different
view and now have a £4 billion per year manufacturing industry.
I am determined that the same thing should not happen with wave
power, biomass and other technologies in which we are well placed
to lead the world.’
The RO is expected to increase electricity consumers
bills by around 5% by 2010, raising up to £780 m p.a.
See: www.dti.gov.uk/renewable/ro_order2002.htm
RO: no banding
The Renewables Obligation applies to all eligible
renewables, without the special technology bands that
existed in the Non Fossil Fuel Obligation,allowing for extra funding
for selected newly emerging technologies. As Brian Wilson has made
clear at the launch of the RO, competition is seen as a vital part
of the RO. 'We are pursuing a market led approach to encourages
competition amongst the different technologies. This will keep costs
down, making it a good deal for industry aswell as the environment.'
But that could well result in the same
problem that emerged with the NFFO - good price convergence, but
not much installed generating capacity. The Government’s views on
‘banding’ were set out in their Preliminary Consultation on the
RO as follows:
‘Some technologies such as large scale hydro
are already commercially viable, while others remain at a much earlier
stage in their development, and require varying degrees of assistance
to advance further to a stage where they could be commercially deployed
on a large scale. A ‘banded’ Obligation would address these differences
by setting different buy out prices for different technologies,
with those in need of the greatest incentive having the highest
buy out price. Banding would impose an obligation on suppliers to
supply a specified amount of electricity from specified renewable
sources.
The Government... is proposing to reject
this approach. It takes the view that it would involve Government
in choosing which specific technologies should be used to meet the
Obligation. This runs counter to the market led approach that has
been designed to ensure that suppliers will meet their Obligation
by the most economic means. The Government does not want to segment
or unduly distort the marketplace, or to send out the message that
some renewables are more important to the UK’s targets than others.
Instead, it believes that competitive forces should be the drivers
that shape the industry that emerges as a result of the introduction
of the Obligation. It believes that, to help bridge the gap between
initial demonstration and commercial viability, early offshore wind
and energy crops projects should instead be supported through capital
grants. In addition, a banded Obligation would amount to an unacceptably
long term and inflexible commitment by Government to particular
technologies. To implement such a policy would require Government
making firm and irrevocable decisions as to which technologies should
be used to meet the Obligation. This would fail to take future technological
and market developments into account, and perhaps lead to resources
being directed to areas of least need. The Government's preferred
approach is sufficiently flexible to accommodate both changing circumstances
and future developments, which are inevitable over the period of
the Obligation.’
Isn’t the purpose of government these days to
intervene when markets aren’t working well? No, it seems, now that’s
up to the companies. For example, Brian Wilson has set up a new
‘Consolidation working group’, co-ordinated by OFGEM, to consider
how smaller generators can co-operate together better in order to
compete in NETA
Wave and Tidal Stream
power get strong support
The Government’s response to the Science and
Technology Select Committee’s very positive report on Wave
and Tidal Energy (see Renew 133) was equally positive, with
a preface by Energy Minister Brian Wilson reporting on progress
that had been made since the Committee reported last April, including
the announcement of about £1.7m of DTI funding for Wavegens new
offshore demonstration project. Although he didn’t mention it, the
DTI is also supporting IT Powers demonstration tidal stream project.
In addition he said that he expected that the DTI would soon be
‘supporting three wave energy and two tidal stream projects. Hopefully,
two of these projects will lead to demonstration plants being constructed
and a programme of testing started in Summer 2002’.
In addition to these projects, he noted that
the DTI will be ‘continuing to recruit
new wave and tidal stream projects via the Sustainable Energy Support
Programme call process’. He went on
‘As well as funding projects in the
UK, I am pleased to be able to tell you that DTI’s work with Portugal
and Denmark has led to the International Energy Agency approving
a new Implementing Agreement on Ocean Energy Systems at the October
meeting of their Governing Board. DTI’s participation in this new
IEA agreement is already opening up new opportunities for the UK
to collaborate with other countries because of our leading position
in these technologies’.
He concluded ‘I
believe that, since the programme was only restarted in 1999, the
UK is making good progress with the development of reliable and
cost effective wave and tidal current technologies’.
It seems then that wave and tidal power are
seriously back in the fold, and the Select Committee were clearly
delighted at the part they had played. Dr Ian Gibson, Chairman of
the Committee, said "This is an
excellent response to our report on Wave and Tidal Energy in the
last Parliament. As the Minister acknowledges, our inquiry has focussed
attention on the potential energy resources around the UK and the
world at large. Since we reported, the Government has granted, or
is granting, funding to three wave energy projects and two tidal
current schemes - funding worth more than £3.2 million. This is
a good start’.
He went on ‘Our Committee recommended that
the Government establish a National Offshore Wave and Tidal Test
Centre. We are delighted by the progress made in identifying a site
at Stromness in Orkney for a Marine Energy Test Centre and look
forward to its opening as soon as possible. Our Committee recommended
that targeted funding for wave and tidal energy research be increased
steadily to create a critical mass of researchers in the field.
Since we reported, the Engineering and Physical Sciences Research
Council has launched a Sustainable Energy Generation Programme,
within which they expect to support a wave and tidal energy ‘centre
of excellence’.
However, it wasn’t all sweetness and light.
In its report the Committee had commented that, ‘given
the UK’s abundant natural wave and tidal resource, it is extremely
regrettable and surprising that the development of wave and tidal
energy technologies has received so little support from the Government’.
In its detailed response the government countered
that ‘the UK already has one of the
few operating wave energy plants in the world, the LIMPET 500 electricity
generating plant on the island of Islay,’
and pointed to the subsequent funding provisions, for wave and tidal
schemes, the total value of which was over £6 m with the DTI contributing
more than £3.2m. It bounced off most of the other critical comments
similarly - by claiming that it now had a commitment to wave and
tidal.
Although the PIU subsequently recommended allocating
a further £5m to wave and tidal work, even if it takes all of that
on, the DTI will hardly be going overboard with funding. Clearly
then the resuscitation of these energy options is still only partial,
and the DTI’s commitment is still hedged with caution. Thus, in
its detailed comments, the government noted that ‘A
priority for the DTI’s support programme on renewables and sustainable
energy technologies is to promote the development of emerging technologies
to the point where informed decisions can be made about their prospects.
This is key to promoting confidence in new ways of meeting the UK’s
energy needs and providing the funds for major infrastructure investment’.
So, as far as major full scale projects in concerned,
it’s still, ‘wait and see’. That was one point made when the report
was debated in Parliament in Jan - see later.
Energy, Skills and Jobs
‘The Committee’s report makes a sound case
for investigating the contribution wave and tidal energy could make
to the UK’s energy supplies and help to mitigate the effects of
climate change caused by burning fossil fuels. As the report identified,
the UK has an excellent skills base, which can be used to address
the significant challenges of developing and deploying technologies
to harness renewable energy from the oceans. Many of these skills
have already been utilised to successfully exploit Britain’s offshore
oil and gas reserves and, as this becomes a mature industry, these
skills will become available to aid the development and deployment
of offshore renewable energy industries and provide employment opportunities
now and in the future’ ferom the governments
response to the Select Committees report
Test Centre
In its reply to the Select Committee the government
reported that a recent study, commissioned by Scottish Highlands
and Islands Enterprise (HIE) had considered potential locations
for a Marine Energy Test Centre. The study was undertaken by a member
of the UK Marine Foresight Panel and by METOC, a firm of maritime
engineers. The study assessed five potential sites, and concluded
that the preferred site was Stromness on Orkney, in terms of the
available resource (wave power and tidal currents), a shorter distance
offshore to exploit these resources, the availability of onshore
facilities (offices, storage and berthing), suitable connection
to power lines and sheltered water for construction. The second
phase of the project, a full-scale site survey and environmental
impact assessment, will proceed shortly, funded by HIE and the Scottish
Executive.
Eco- Impacts
In its reply, the Government noted that, ‘whilst
providing a clean, reliable source of energy, the installation of
any artificial device into the environment will affect it in some
ways. The real environmental impact of wave and tidal energy has
to be determined to the satisfaction of all stakeholders if the
technologies are to succeed’. However
any local impact should be ‘balanced
against the global effect of reliance on fossil fuel sources of
energy; for every 1% increase in market share by a renewable technology,
there is a 2% reduction in CO2 emissions’.
The Government added that it was ‘prepared
to support the technology developers by sponsoring generic research
into this very important area at an appropriate time in the development
cycle’.
Parliament Debates Wave & Tidal Power
In January there was a House of Commons
adjournment debate on wave and tidal power, which took as its starting
point last years very positive report by Science and Technology
Select Committee. There was much enthusiasm for wave and tidal power
set against criticism of how badly they had been treated in the
past. Thus Dr. Desmond Turner (Brighton, Kemptown) asked : ‘What
position would we have been in if instead of terminating wave power
research and development in 1982 we had invested more in it? If
we had continued and invested more in it, we might now have as proud
an industry in wave power as the Danes have in wind power’.
To which Brian Wilson, the Energy Minister
replied: ‘I agree with everything that
my hon. Friend said about the short-sightedness of the decision
that was taken then. It is also worth recording that the same thing
happened with wind power. We had a technological lead in wind power
and threw it away’.
Wilson staked his claim as a long term supporter
of wave power, by noting that, when, 20 years ago, he was editor
of the West Highland Free press, he had run an article by David
Ross on that subject ( Ross is currently calling for the `wave programme
to be nationalised which may not be quite so easy for Wilson to
swallow!).
Nostalgia apart, the emphasis of the Commons
debate was on the future, with Desmond Turner, who was on the Select
Committee, clearly being one of star turns. Thus Turner noted that
‘in 1999, the DTI’s energy technology
support unit estimated that the energy that was easily and practically
accessible was 50 TWh per year from offshore wave power and 36 TWh
per year from tidal power- and that from only the 10 most promising
sites. Even on extremely conservative estimates, more than a quarter
of the UK’s total energy consumption of 330 TWh per year is available
and exploitable. In fact, I am inclined to err towards the Greenpeace
estimate and predict that there is sufficient exploitable energy
resource to supply our total energy consumption requirements’.
He added ‘Another
important aspect of energy provision is a regular baseline supply.
The prime argument of the nuclear lobby is that nothing can supplant
nuclear reactors in supplying steady, predictable baseline load.
We received evidence from energy generators that they could see
few problems for electricity companies in integrating both wave
and tidal energy supplies into the grid owing to the reliability
and predictability of their output. That certainly applies to tidal
power because, apart from the short interval of slack water between
tides, there is available power for 24 hours at every site. Not
only that, there will eventually be constant supplies due to tidal
variations- as long as sites are scattered along the coast. Tidal
power is uniquely capable of supplying the baseline load that the
nuclear industry claims as its prerogative.’
He was equally positive about solar PV, but
he had some critical things to say about biomass, asking why was
it receiving more support than wave and tide power? ‘Its
economics are uncertain. I am not aware of any reliable, published
figures on the economics of electricity generation by biomass. Unresolved
issues of environmental impact and potential pollution exist, and
any application in generating plants of a large scale would raise
a storm of planning issues. The same can be said for waste incineration.
At the moment, municipal waste incineration is also counted as part
of renewables, which I find highly questionable. Both options are
described as CO2 neutral and that is rather simplistic because they
involve rapid CO2 emission- far more rapid than the speed at which
CO2 is taken out of the atmosphere to produce the materials that
are being burnt.’
He concluded ‘The
preliminary document from the PIU refers to the need for new energy
crop technologies to be developed, which underlines the fact that
biomass technology lags behind wave and tidal paths and, even when
developed, it cannot guarantee non- CO2 emitting energy prediction
in the way that wave and tide can’.
However, Brian Wilson was evidently not keen
on taking sides technologically. ‘We should not be picking winners
at this stage. We must let them all flourish to their optimum, and
then decide which has the greatest potential for use in the United
Kingdom. The market will decide to some extent, but we will have
a much more realistic view in a few years time, of which systems
can provide significant and economic sources of power’.
But he did announce that the DTI was contributing
‘more than £1 m of the total cost of
the almost £1.5 m Stingray project, which is aimed at demonstrating
a novel concept for extracting energy from tidal currents. The Stingray
device prototype generates electricity from the oscillatory movement
of hydro-planes driven by flowing tidal currents. The project is
being developed by the Engineering Business, a Wallsend company,
which plans to test its device in Shetland. It is the third demonstration
project in the wave and tidal stream area to be supported by Government
during the past six months’. (See
below).
He also reminded the Commons that the DTI was
putting £1.7 m into the development of Wavegens offshore
wave device - which is likely to be tested at the new centre in
Orkney. But he added ‘It is remiss
not to build on what exists already because that gives it commercial
and operational credibility. I do not want to lose the momentum
for shoreline and near-shore systems, and I want to encourage the
refinement of that technology. I am therefore pleased to announce
that one of the UK’s major electricity companies, Scottish and Southern
Energy plc, is working with Wavegen to develop a proposal for a
cluster of shore-based stations in the Western isles. The intention
is that they will be technically innovative and act both as demonstration
plants and commercial generators to supply Scottish and Southern.
Wavegen is currently undertaking surveys in the Western isles to
establish suitable sites for these developments and is working on
outline project proposals. It hopes and intends that a key feature
of the plans will be the use of the former Arnish fabrication yard
for manufacturing’.
He also noted that the Engineering and Physical
Sciences Research Council has a £6m research and development
programme on renewables, focused on fundamental science and engineering
issues, with just over £1m committed to wave and tidal energy. In
addition , he said he would be looking carefully at what the Chief
Scientists new report on RD&D had to say on wave and tidal power
(it backed them).
Finally, on planning he said that that ‘it
is necessary to have a planning process that matches the country's
needs, particularly when major infrastructure projects are involved.
We simply cannot wait five years for decisions to be made. We need
a more flexible system that respects people’s right to contest proposals
but does not lead to unreasonable delays.’
Not a bad session overall - it even includes
praise from Robert Key MP, the Conservatives energy spokesman, for
the wave chapter in the OU Renewable Energy book. You can access
the complete transcript of the debate at:
http://www.publications.parliament.uk/pa/cm200102/cmhansrd/cm020110/halltext/20110h01.htm#20110h01_head0
DTI Boosts Wave and Tidal Power
As Energy Minister Brian Wilson announced during
the House of Commons debate on Wave and Tidal power (see earlier),
the DTI is to provide £1.1 m to support the development of a full
size "Stingray" tidal
stream device, which generates electricity from the oscillatory
movement of hydroplanes driven by flowing tidal current. A farm
of such devices would convert tidal movement into electricity on
a commercial scale. The development of the Stingray device, by Engineering
Business Ltd, will take place in Wallsend, Tyneside, while the proposed
location for its operation is Shetland. The machine will be located
on the seabed reducing the need to protect it from stormy weather.
Wilson said: "Tidal
energy has great potential but little has happened until now. The
challenge has always been harnessing this energy economically in
rough conditions. This project is technologically impressive and
maybe a solution to the challenge. I am determined that we should
take a lead in the development of this new technology. All too often,
clever British ideas have not manifested into the manufacture and
finally, the distribution, of the final product. I am determined
to not let this happen again. That is why, on top of the Government’s
initial money to research the feasibility of the concept, I have
today allocated this grant to see the project through to completion."
The hydroplane device was invented and patented
in 1997 and won a DTI SMART award in 1998, which provided 75% of
the funds for a £51,000 R& D project to assess the feasibility
of the concept. Wilson commented "This
is a particularly wonderful opportunity for the North East as this
new technology offers the opportunity to build a large new industry
in the region. Potential for manufacturing is an important part
of the case in favour of developing our renewables industry."
As we noted in Renew 128, Stingray generates
electricity from the oscillatory movement of hydroplanes driven
by flowing tidal current. This transforms the kinetic energy of
moving water into hydraulic power, which turns a generator.
As noted earlier, Wilson also announced plans
for a cluster of wave power stations in the Western Isles, to be
developed by Wavegen in conjunction with Scottish and Southern
plc. This should lead to the creation of manufacturing jobs within
the islands. Wilson said: "This
is an exciting development which will greatly advance the development
of shore-based wave technology. I am delighted that the developers,
Wavegen, intend to locate the manufacturing process locally. It
is their hope and intention that a key feature of these plans will
be the use of the former Arnish fabrication yard for manufacturing.
Wavegen are now in touch with the owners of Arnish, the Stornoway
Trust. The use of Arnish for this purpose is entirely compatible
with the intention of Amec and British Energy to use the yard for
manufacturing purposes related to their proposed windfarm on Lewis.
My Department is, in principle extremely supportive of this proposal
for the further development of shoreline and near-shore-based wave
power and I expect that we will be asked by Wavegen to consider
their proposals at some point within the next three months.’
Wavegens existing 500kW on-shore device on Islay
is the only commercial wave power station in the world. Wilson saw
the programme as maintaining momentum on the shoreline and near
shore systems and to encourage the refinement of that technology.
Meanwhile the DTI was also funding Wavegens new offshore wave device.
Renewable Growth
Renewables aren’t exactly flush with funding,
but, equally, they are not doing too badly. In answer to Parliamentary
questions on the state of play with renewables on Nov.13 last year,
the Energy Minister, Brian Wilson, said that ‘the Government
have put in place a robust policy to increase investment in the
development of renewable energy’,and repeated the claim that
the new Renewables Obligation (RO) should create ‘long-term support
for renewables, worth over £1 billion per year, by 2010’.
The first table below, produced in response
to a subsequent PQ, shows the funding pattern historically and into
the future. It illustrates the gradual increase in total allocations
from the various funding sources. As can be seen Government funded
R&D at last begins to increase slightly. NFFO support, ultimately
paid for by consumers, continues for already contacted projects,
but, the DTI say ‘Non Fossil Fuel Levy spend in future years
is highly dependent on the impact of the introduction of Renewables
obligation and of proposed new NFFO flexibility provisions. We anticipate
that the costs of the Fossil Fuel Levy following the introduction
of the Renewables Obligation will decline substantially.’
UK Support for the renewables
£millions
|
|
Research grants+ |
RO |
NFFO |
Capital grants |
1990-91 |
21.3 |
-- |
6.1 -- |
|
1991-92 |
24.8 |
|
11.7 |
|
1992-93 |
26.6 |
|
28 |
|
1993-94 |
26.8 |
|
68.1 |
|
1994-95 |
20.5 |
|
96.4 |
|
1996-97 |
18.5 |
|
112.8 |
|
1997-98 |
15.9 |
|
126.5 |
|
1998-99 |
14.4 |
|
127.0 |
|
1999-00 |
14.9 |
|
56.4 |
|
2000-01 |
15.9 |
|
64.9 |
|
2001-02 |
24.0* |
|
54.7 |
|
2002-03 |
27.6* |
282.0* |
unknown |
60 |
2003-04 |
29.0* |
405.0* |
unknown |
131 |
* estimates
+ Direct Government funding for R&D on renewable energy through
the DTI’s Sustainable Energy Programme & through the Research
Councils via the Science Budget. Source: Hansard, 21 Nov 2001 :
Column: 300-01W
Increasingly then, it will be the Renewables
Obligation for England and Wales and the Renewables Obligation
(Scotland), that will push things on, with, once again, consumers
ultimately footing the bill. The DTI notes that the level of funding
for the RO and ROS ‘will depend on
how much renewable energy capacity comes forward at any time’.
The second Table,below , shows the expected rate of growth in capacity
that should result from these various funding programmes.
RO: Estimated sales by licensed suppliers
UK sales,Total obligation
& Total obligation as percentage of sales
|
Period |
TWh |
TWh |
%e |
2002-03 |
313.6 |
9.4 |
3.0 |
2003-04 |
316.2 |
13.5 |
4.3 |
2004-05 |
318.7 |
15.6 |
4.9 |
2005-06 |
320.6 |
17.7 |
5.5 |
2006-07 |
321.4 |
21.5 |
6.7 |
2007-08 |
322.2 |
25.4 |
7.9 |
2008-09 |
323.0 |
29.4 |
9.1 |
2009-10 |
323.8 |
31.5 |
9.7 |
2010-11 |
324.3 |
33.6 |
10.4 |
Although most of this would presumably come
from new projects, under the RO but as noted above, projects initially
supported under the Non-Fossil Fuel Obligation will continue to
be supported, with the new ‘locational flexibility’ provisions allowing
projects stalled due to local planning problems to shift to new
sites-without losing their NFFO support. However, interestingly,
Wilson reported that this locational flexibility arrangement would
not be available to mixed waste incineration projects.
The Renewables Obligation will be also underpinned
by direct Government funding for renewables worth over £260 million
between 2001 and 2004- including the £100m recently allocated by
the PIU (see Renew 135) This will include an extensive capital grants
programme for the early development of offshore wind and energy
crops, the initial stage of a major photovoltaics demonstration
programme and a boost for R&D.
Wilson also pointed to the regional energy assessments
(see our report below) noting that ‘the
majority of these studies have been completed and have identified
each region’s capacity to generate electricity from renewable sources.
Once all the assessments are completed, it is expected that specific
regional targets will be adopted across the UK. These targets are
expected to attract investment in the resources available in these
regions’.
Our Feature discusses how this idea might be
extended.
UK Renewables Boom
Perhaps unsurprisingly, with the Climate
Change Levy and the Renewables Obligation in force, and
funding gradually increasing, commercial interest in renewables
in growing. The UK energy and water company United Utilities
has announced plans to invest £200m in wind farms, hydroelectric
plants, biomass projects, and landfill gas production. This investment
is in addition to United’s earlier pledge of £100m- see Renew 134.
United chief executive John Roberts pointed out that the UK currently
obtained just 2.8% from renewables, requiring a 500% growth to meet
the governments 10% target within the next eight years. They are
clearly trying to do their bit.
In addition, Scottish Power plans to
spend a further £500m on wind farms in Scotland, while Scottish
and Southern, another large power supplier, plans to spend £450m
on refurbishing hydro schemes and building new wind farms.
However getting local planning permission is
still a problem. 60% of recent large wind farm projects have been
blocked. George Hardie, president of Zilkha Renewables, a US firm
trying to create 35MW of wind farm capacity in the UK, told the
Guardian (Dec.4) that while Denmark gets 15 - 20% of its power from
wind ‘in Britain they have reached about one-tenth of 1%, and
the planning people are crying foul’.
Meanwhile, Powergen plans to raise £1
bn to increase its renewable energy capacity ten-fold over the next
eight years. The group generates just 100 megawatts of power from
its wind and biomass sites in Scotland and East Anglia but it wants
to generate 1GW to meet the Government’s ‘10% by 2010’ renewables
target. In addition to its planned off shore wind farm at Gt Yarmouth,
it is also looking at a 500MW project on the Thames estuary.
RENEWABLES UK
Hopefully
also moving things on a little, the DTI has set up Renewables UK,
a new unit aiming to help UK manufacturers get a share of £500 bn
global renewable energy market. Energy Minister Brian Wilson commented
‘Renewables UK is about maximising the benefits of the renewable
energy industries to the UK in terms of manufacturing, exporting
and jobs. We have a huge opportunity. Renewables UK is about ensuring
that we grasp it. There is a huge amount going on, backed by this
Government, to encourage the increased use of renewable energy.
This increased activity will create massive opportunities for investment
and employment.’ He added ‘ The new organisation will initially
have six staff, located in Aberdeen, drawing from their experience
of sponsoring and supporting the oil and gas sector. Government
Departments and support agencies with an interest in renewables
must work closely together to bring jobs across the UK from Cornwall
to Caithness.’
See www2.dti.gov.uk/renewable/main.html
Regional RE Targets
A new report produced by Oxera Environmental
and Arup Economics and Planning provides an overview of the
potential for renewable energy in all the UK regions. It was commissioned
to help the Government plan for its target of obtaining 10% of electricity
from renewable sources by 2010. The assessments were co-ordinated
by the Government Offices in England and the Devolved Administrations.
|
Low end
% of 10%
|
High end
UK target
|
East of England |
13.3 |
13.3 |
East Midlands |
5.6 |
6.1 |
London |
0.7 |
1.9 |
North East |
2.7 |
6.3 |
North West |
8.6 |
9.7 |
South East |
4.4 |
10.1 |
South West |
3.7 |
7.8 |
West Midlands |
7.7 |
8.9 |
Yorkshire and Humber |
3.8 |
11.0 |
Scotland |
11.1 |
11.1 |
Wales |
4.2 |
13.4 |
According to the DTI, these assessments will
eventually lead to the agreement of regional renewable targets,
and will play a key role in helping developers and other stakeholders
to find new potential sites in each region. The potential for renewable
energy for each region was identified in the individual studies,
using high and low scenarios. The capacity identified in each region
has also been translated to the following percentages of the UK’s
10% target.
Total of Government’s
target: 66% 100%
Energy Minister Brian Wilson said: ‘The
report shows that the Government’s targets of gaining 10% of its
electricity from renewable sources by 2010 is challenging but achievable.
The recent Scottish Renewables Study, published after this report
was compiled, suggested that Scotland alone had the potential to
supply even up to 30% of the UK’s electricity supply from renewables.
Also this report did not take account of larger wind farms which
are further offshore than the initial 18 sites allocated by Crown
Estates. We cannot, however, expect offshore wind and Scotland to
deliver our targets. I hope that every region will get involved
in developing our renewable energy resources’.
But he added ‘targets
are no use on their own if there is no sensible understanding of
our renewable potential. Everyone working together, one step at
a time, with the right investment, is the right way forward to progress
the UK’s green agenda’.
The Regional Renewable Assessments Overview
report can be found at: http://www.dti.gov.uk/
Community Renewables
The DTI has launched a £1.6m community renewables
initiative to give advice and training to local organisation wishing
to set up small scale renewable energy schemes, Supported by amongst
others the Countryside Agency, the initiative will set up local
support teams in 10 areas covering half of England. The teams will
help local people and organisations devise renewable energy schemes
suited to their area. The aim is to not only create environment
friendly developments but to enable community groups to directly
benefit from the income generated. More on this welcome plan in
Renew 138. Meanwhile see:www.countryside.gov.uk/communityrenewables
Wind Opposition
The debate over on land wind rumbles on. Opposition
to the new wind farm proposed for Cefn Croes in central Wales,
and the DTI commitment to press ahead nevertheless, has provided
a particularly sharp focus. The opponents are incensed by the DTI’s
decision that the project does not need to be called in for a Public
Inquiry - it had after all obtained planning permission from the
local council. We will be looking at both sides of the argument
over this project in Renew 138.
Meanwhile, opposition has also begun to emerge
to offshore wind projects. In a recent Parliamentary exchange,
Bob Blizzard (Waveney) asked Secretary of State Margaret Beckett,
if she would tell ‘the environmental
and other groups that come to see her not to oppose offshore wind
farms? Although they want renewable energy, many of those groups
have blocked wind farms in the countryside. As the windiest country
in Europe, it would be a disaster if our huge potential for developing
offshore wind power were to be thwarted by the activities of those
groups’.
Beckett responded that although ‘many
of those groups make a useful contribution to the debate... there
can be a worrying tendency to a degree of inconsistency among them
when it comes to concrete proposals. Everyone who wishes to see
the greater development of a programme for renewables - I think
that includes most hon. Members - must recognise that none of these
issues is problem free’. (Hansard
March 7)
Wind versus Whelks
Energy Minister Brian Wilson got caught in
some cross fire from conflicting local interests when he responded
to a Parliamentary Question in Jan about the benefits of offshore
windfarm projects. He said he would be happy to visit Lowestoft
to see the pioneering work of SLP, which, as the local MP, Bob Blizzard,
reminded him, is involved in a project to build the largest wind
turbine in Europe, and he was also asked to visit King’s Lynn, where,
a Norfolk MP, M. Bellingham, noted, there were plans for a further
30 offshore from Cromer. But then came the punch line ‘Did
he agree that, however desirable offshore renewable wind energy
is, it is vital that fishery interests are considered when locations
are decided? Otherwise, irreparable damage could be done to the
cockle, whelk, mussel, shrimp and crab fishery off the Norfolk coast’.
Wilson said he recognised the problem and was
due to meet the National Federation of Fishermen’s Organisations
to discuss it. ‘As in everything, we
must strike a balance. Of course other maritime interests must be
consulted and considered, but we must not have locking mechanisms,
and stalking horses of initiative that appear to be environmentally
based but whose objective is actually to block renewables projects.’
Mrs. Joan Humble (Blackpool, North and Fleetwood):
weighed in, adding that ‘in my area
there are two issues, tourism and fishing’.
Wilson replied ‘Of course there must
be consultation, and people have a right to expect account to be
taken of all possible impacts when applications are considered.
What we must not have, however, is institutionalised objection to
every project that is proposed. That applies to offshore wind, onshore
wind and all other renewables. At some point, a contradiction will
arise if we as a Government, and the country generally, pay lip
service to renewables without willing the means to deliver the necessary
contribution. Obviously each project must be scrutinised, but there
must also be a generally positive attitude to the development of
the industry.’
Mr. Simon Thomas (Ceredigion) then added his
piece, claiming that ‘many people are
in despair at the proliferation of onshore wind farms, which do
not even produce the amount of energy that offshore wind could produce?
We need that to happen in the Celtic sea especially. Ireland is
taking advantage of that resource and the Irish Government are investing
in the biggest offshore wind farm in the whole of western Europe.
Should not that be happening in UK territorial waters?’
Wilson replied ‘I
am sure that the hon. Gentleman realises the problem that he wants
us to build large offshore wind farms all over the place, but that
the opposite view has been expressed by other hon. Members. People
must take a balanced view and we must act collectively. If we are
to have a serious renewables industry, we must be able to drive
forward projects without them being blocked for years, sometimes
on unreasonable grounds. At the same time, we must protect the right
of scrutiny’.
Patricia Hewitt also got an ear full
on the same issue in another session when Kevin Hughes (Doncaster,
N) asked ‘What guarantees can the Secretary
of State give to the House that huge swathes of the beautiful English
countryside will not be blighted by these obnoxious looking windmills-
noisy instruments that cannot generate enough electricity even to
boil a decent kettle? What guarantees will she give that the English
countryside will not be ruined by these obnoxious things?
(windturbine =2MW, kettle =1kW but let that pass- ed)
Ms Hewitt replied: ‘I am sorry that my hon.
Friend does not like the appearance of modern windmills. I think
that they are rather beautiful. Environmentalists cannot have it
both ways. If we are committed to the development of renewable energy,
and if we want to meet our Kyoto targets - and, indeed, targets
beyond that - and deal with the problem of climate change, then
yes, we have to meet the targets that we have set. That means ensuring
that 10 per cent. of our electricity comes from renewable energy
by 2010 - and, frankly, more beyond that. Environmental issues,
especially in respect of areas of outstanding natural beauty, are
always taken into account when planning decisions are made on the
siting of wind farms.’
PIU Report Reactions
The Performance and Innovation Unit’s
Energy Review (see Renew 136) predictably attracted hostile comments
from the Times (‘An ill wind’ 15 Feb.) and the Telegraph (‘Blair
will Blow Billions on wind’ 17 Feb.), but also critical comments
from the Sustainable Development Commission and the Environmental
Audit Select Committee, complaining that the PIU had ducked the
issue presented by the Royal Commission - the need for a 60% cut
in emissions by 2050. And the BWEA claimed that wind alone could
supply 20% of UK power by 2020.
The nuclear industry meanwhile started optimistic
talk about replacing the Advanced Gas-Cooled Reactors with AP100
when the AGRs were shut down from 2010 onwards (see ‘9 new plants’
later). And the governments Chief Scientist, Prof. David King, seemed
to break ranks with the official line and back a nuclear expansion.
"Dependence on fossil fuels would
be unchanged unless there is new nuclear build at least to replace
existing nuclear power stations,"
he said in an interview on BBC Radio 4’s Today programme, although
he did add that might only be necesary ‘until
renewables come on stream substantially’.
The debate continues (see our report later)
with a DTI consultation paper emerging in the run up to the proposed
White Paper on Energy, expected in October.
PIU Debate
The Performance and Innovation Units
energy review was the subject of a joint meeting of the Parliamentary
Sustainable and Renewable Energy Group and the Parliamentary Office
of Science and Technology in March, at which a large audience packed
into a House of Commons meeting room, heard very positive comments
from Brian Wilson, Energy Minister, Robert Keys opposition energy
spokesman and Lord Ezra Lib Dem Energy spokesman. They seemed to
be trying to outdo each other in heaping praise on the PIU energy
team for an ‘excellent bit of work’.
What seemed to make the PIU report attractive
to politicians was that it managed to contain the thorny issue of
nuclear power in a loose framework which might avoid head on collisions.
Thus on one hand it says that new nuclear plants are not needed
now, and shouldn’t get state support, but on the other, that the
nuclear option should be retained as an insurance, in case renewables,
energy efficiency and CHP don’t deliver enough power. So it should
be allowed to benefit from the emerging carbon credit system.
However, the consensus was not entirely solid.
For example, Keys harped back to the nuclear industry’s call to
‘replace nuclear with nuclear’, which the PIU had explicitly rejected,
at least for the moment. Lord Ezra also muddied the waters a little,
pointing to the local environmental impacts of on-land wind. Wilson
went on the attack on this issue, saying that too many of the projects
given NFFO contracts had not happened because of local planning
problems. Everyone agreed that we needed renewables, he said, but
some of the people who said they supported renewables in principle
were actually opposing them in practice. He seemed determined to
press ahead- and indeed almost evangelical about the prospects for
the renewables industry.
However, the rhetoric took a bit of a dent from
people from the industry. Jeremy Leggett from Solar Century complained
that investment capital was hard to find in the UK- unlike in Germany
where PV solar was romping ahead.
Catherine Mitchell, representing the PIU, focused
on the economic issues. Renewables and CHP looked likely to be the
best economic low carbon supply options, so we should simply allow
them to show what they could do. Pushing this line perhaps a little
too far, she added ‘economic regulation needs to be technologically
neutral’. That’s fine up to a point- a level playing field would
be a good thing. But it will take time for the field to be levelled-
and we may need a period of positive discrimination in favour of
renewables. The governments new green rhetoric is obviously welcome,
as are the capital grants for renewable projects. But the main reason,
arguably, why renewables have been stalled so long in the UK is
because all the support and subsidies went to nuclear. And it’s
still the case that nuclear gets more than renewables- by a factor
of more than two in terms of R&D spending, leaving aside the
billions in liabilities that the government is to take over. Even
assuming we accept the view put by Wilson that nuclear and renewables
should have a joint role as non fossil options (a very big assumption)
what sort of parity is that?
Wilson seemed bemused by the fact that Denmark
had done so well with wind, compared to the UK, but seemed unaware
of, arguably, the main reason why- the Danish decision in 1985 to
avoid nuclear. However that sort of decision seems to now be out
of reach within the new PIU consensus framework. Instead, we are
to focus on timetables for the various options, renewables CHP and
efficiency now, nuclear again maybe later. Obviously that’s not
all bad, but lets hope the imminent DTI consultation paper on the
issues raised by the PIU report provides an opportunity to raise
the problems of nuclear power, rather than just allowing us to register
our degree of approval for the framework set out by the PIU. See
Reviews in Renew 137 for more
Opposition from both sides
While environmental groups like Greenpeace,
Friends of the Earth and SERA have indicated their opposition to
the PIU’s compromise on nuclear, it was, in effect, also challenged,
but from the other side, by the Chief Scientific advisor,
Prof. King, who is based in the DTI’s the Office of Science and
Technology. As noted above, he rather broke ranks by suggesting
that "dependence on fossil fuels
would be unchanged unless there is new nuclear build at least to
replace existing nuclear power stations,"
(interview on BBC Radio 4’s Today programme).
Greenpeace was horrified. "The chief
scientist is playing politics - he has strayed outside his scientific
remit to try and soften up the public on behalf of the Government
which wants to build a dangerous new generation of nuclear power
stations".
Instead, Greenpeace recommended that the Government
support a target of getting 50% of UK power from renewables by 2020.
‘This would allow us to phase out nuclear
power and massively reduce our emissions of greenhouse gases’.
Perhaps predictably, Kings comments were echoed
by Jack Cunningham, the Labour former minister. ‘We are simply
not going to be able to provide the electricity for an advanced
industrial economy without a contribution from nuclear power.’
However, Margaret Beckett, the environment secretary, played down
Prof King’s comments, saying it was too early to come to conclusions.
* Subsequently, the PIU report was debated in
the House of Commons on March 13. This turned into an exchange of
pro and anti nuclear views. We will be covering the debate in Renew138.
Overall the PIU review does seem rather
complacent. For example, not only does it conclude that there should
be no major problems with allowing imported gas to be the dominant
fuel for the UK, it also suggests that energy demand will stabilise,
with only transport being a problem and most of that coming from
growth in the use of aviation fuel. In general it felt that market
mechanisms and especially EU energy market liberalisation could
be relied on to maintain security of supply. So there was no need
for much in the way of government intervention, just a bit more
regulation. All very New Labour.
The special meeting with a panel including key
PIU energy team members, organised by the Warwick Business School
at the Institute of Mechanical Engineers on 11th March, tried to
tackle some of these points- with for example the issue of global
oil and gas reserves being raised. But the mood seemed to be that,
if the world energy system can survive the Enron collapse, then
it could cope with most things. A Friends of the Earth speaker tried
to get the problems of nuclear power discussed, but the view seemed
to be that, in reality, the city was unlikely to fund any new nuclear
plants, so the issue could be left aside.
In general the PIU seem convinced that renewables,
CHP and energy efficiency should and will be the technologies of
choice, as reflected in the ambitious estimates for potential take
up. All that was needed was proper market regulation. The problem
is that it is not clear whether this is what OFGEM, the energy regulator,
can deliver - with NETA being the current issue.
Other UK Green Energy Sector
news NFFO/SRO cut
The Fossil Fuel Levy in England and Wales,
which is used to support renewable energy projects contracted under
under the Non Fossil Fuel Obligation (NFFO) by allowing supply
companies to add a small charge on consumers bills, has been reduce
to zero from the previous level of 0.3%.
Ofgem, the Energy Regulator, explained that
it anticipates that over the coming months there will be sufficient
funds already accrued form previous levy income to make up the difference
between payments which the Renewables Scheme guarantees to generators
and the amount they will be able to secure in the market. NFFO 1
and 2 projects have already lost their levy support, since they
were only contracted up to 1998, and some projects supported under
subsequent rounds of the NFFO have yet to get started.
Under transitional arrangements, existing NFFO
contracts will continue to be honoured, and the levy may yet have
to be re-started to meet the costs, but for new projects the NFFO
system is being replaced by the Renewables Obligation which will
require supply companies to source 10% of the power from renewables
by 2010, and will lead to a surcharge building up in stages to perhaps
4% by 2010.
In parallel, the levy associated with Scottish
Renewables Order has also been reduced, but only down from 1.2%
to 0.6%, presumably reflecting the rapid take up of SRO-3 wind projects.
Like the NFFO, the SRO will soon be replaced, but the proposed new
Renewables Obligation Scotland, has a more ambitions target than
the RO - a 18% from renewables by 2010.
Green Power Guidelines
OFGEM, the energy regulator, has published
proposed guidelines designed to help customers who want to choose
an electricity supply that is more environmentally friendly. The
numbers have at last begun to grow. According to www.greenprices.com
UK subscriptions have risen to over 45,000, still of course dwarfed
by the 280,000 in Germany and the 680,000 in the Netherlands. But
we hear that London Electricity and Powergen have recently been
innundated with subscribers to their schemes
The new draft guidelines set out the criteria
that OFGEM expects company tariffs to meet if they are to be described
as ‘green’. They have been prompted by the changes in the regulations
for renewable energy supply, namely the Climate Change Levy renewables
exemption and the Renewables Obligation. The guidelines:
· define key terms of what forms of generation
constitute ‘green energy’
· explain the key features consumers should
expect from a ‘green’ tariff
· clearly describe which rules, regulations
and guidelines apply in this area
Ofgem’s Director of Social and Environmental
Affairs, Virginia Graham, said: "Competition
in the energy market has made it possible for customers to get all
or part of their electricity from suppliers who offer green tariffs.
These guidelines aim to give customers the confidence that a green
tariff is actually contributing positively to the environment. The
guidelines, which are advisory, will also help suppliers to understand
the importance of accuracy and transparency in green supply offerings."
The Guidelines are not in fact very explicit
on what is or isn’t green energy.
They say "it
is not the purpose of the document to set strict definitions for
what technologies constitute ‘green’ energy",
but a little annoyingly they then say ‘however
it is important that there is general consistency in approach’
and add ‘there is a core of technologies
which are generally understood to be renewables. These include landfill
gas, sewage gas, hydro, wind, energy crops and other biomass, geothermal
power, solar, tidal and wave power. Other renewable technologies
include co-firing of biomass and energy from incineration of mixed
municipal and industrial wastes. These technologies are arguably
of less environmental benefit in many peoples perceptions’.
In particular, they note that waste incineration is not eligible
in the Renewables Obligation or the Renewables Obligation Scotland.
The proposed rules themselves are fairly straight
forward, along the lines of ‘legal, truthful and honest trading’
as in the advertising standards, and include a prohibition against
the use of ‘energy which is purchased by suppliers as part of their
Renewable Obligation’. Any premium charged should be directed either
to ‘the additional cost of purchasing
renewable energy from non RO/ROS accredited sources or the cost
of obtaining ROCs which are not presented as part of the RO’.
OFGEMs "Guidelines on Green Supply Offerings.
A Consultation Document" are at www.ofgem.gov.uk
or phone on 0116 277 2617
Secure Energy
The Select Committee on Trade and Industry
recently produced a report on Energy Security, a subject
which had come to the fore after the energy crisis in California.
They noted that, at present, the UK enjoys a high level of diversity
and security of supply, with electricity generating capacity currently
exceeding demand by more than 30%. But, looking to the future, they
warned that consumers, who had been lulled into a false sense of
security by the recent energy prices cuts, had to be made aware
that the cost of maintaining energy supplies in a sustainable fossil
free way was going to be expensive, whether it was the 1p/kWh subsidy
that the nuclear industry told them they would need to be economically
viable or the 3p/kwh RO price cap for renewables.
Even that might not be enough, and the Committee
were not confident that the current 10% by 2010 renewable target
would be met. In particular they felt that NETA was undermining
the development of a diverse range of energy supplies, and felt
that the government needed to play more of a role in ensuring longer
term security of supply ‘We have not
yet heard any evidence that leads us to believe that the market
is sufficiently far-sighted to guarantee enough reserve generating
capacity without some element of planning by Government or one of
its agents’.
We’ll review the report in Renew 137.
Meanwhile, for a lively, if odd, debate on energy,
with a strong contrarian element, see: www.spiked-online.com/sections/science/debates/energy/
European Developments
EWEA Conference
on Offshore wind
So far Denmark, Sweden, the Netherlands and
Britain have installed around 100MW of offshore wind turbines. But
more is to come. Ruud de Bruijne, spokesman for COD, Collaboration
on Offshore Wind Energy Development, speaking at a three-day EWEA
offshore wind energy conference in Brussels, claimed that
"Towards 2005 we will see small-scale 100-150MW offshore
wind farms in a water depth of less than 20 metres (60 ft). By 2010
we will see units of more than 500 megawatt on water depths of more
than 20 metres." However Andrew Garrard, partner in British
consulting group Garrad Hassan, warned that "Offshore
projects today are not big enough. We have to look into gigawatt
projects not megawatt ones."
"There is a shortage of good onshore
wind farm sites in Denmark and northern Germany. Onshore growth
is deteriorating and offshore wind farms are a natural way out,"
according to Jos Beurskens, vice president for the European Wind
Energy Association. "Spain is
really the only European country which has the potential, like the
U.S., for onshore wind farms,"
said Andrew Garrad.
Offshore was therefore the obvious next step
in many places. Denmark plans to build offshore wind farms with
a total capacity of 750 MW by 2008, Belgium plans to install 325
MW and the UK has granted 18 licenses for a potential 1,000-1,500
MW. Germany is developing a plan for a 1,000 MW offshore farm, and
all in all there are plans for around 5,300 MW of offshore wind
farm in Europe.
"Studies indicate that 2,500 offshore
megawatts will be in operation by 2005, generating an amount of
electricity equivalent to the needs of two million European households
and creating some 50,000 jobs in the sector,"
the EWEA said. By 2020, there could be 50,000 MW of offshore wind
capacity, with the onshore capacity being around 100,000 MW. COD’s
Bruijne said the North Sea and the Baltic have 90% of the offshore
potential in Europe. In southern Europe, particularly in the Mediterranean,
water is too deep, making offshore projects too expensive.
Source: info from EWEA/ PRASEG
Worlds largest Offshore wind farm for Eire
The Irish Government has approved the
construction of what they claim will be the worlds largest wind
farm, with 200 windturbines on a sand bank off the coast of Co Wicklow
- ‘three times the combined size of all the other offshore winds
farms in the world’ as the Irish Independent put it. Certainly,
at 520 MW, it will be nearly as big as the on land wind farm proposed
for the Scottish Isle of Lewis (see Renew 136) and definitely the
largest offshore wind farm so far.
The Arklow Banks Farm will be built five miles
out to sea and is expected to eventually provide 10% of Ireland’s
electricity. The euro 640m plan will involve siting 200 giant turbines
on a sandbank 10km off Arklow, Co Wicklow. The sandbank is located
due east of the Wicklow town. It spans 27km by 2.5km and runs north
to south.
The Irish Independent reported that the successful
application for a foreshore license was made by the Eirtricity
company headed by former Bord na Mona boss Eddie O’Connor. Work
on the ambitious project is expected to start this year and will
mean hundreds of jobs during construction. An environmental impact
statement has been carried out on the wind farm and the decision
to approve a foreshore license for the project, effectively a planning
permission at sea, has been announced by Marine Minister Frank Fahey.
The State will evidently receive a fee from the operators based
on the amount of power generated.
According the the Irish Independent, the ‘wind
park’ will be developed on a phased basis. The site was chosen because
it is close to the shoreline in shallow water, and close to the
national grid. An exclusion zone for shipping will be set up round
the turbines, although ships already avoid the Arklow sandbank which
is known to be dangerous.
Eirtricity already has two wind farms and another
two under construction, and claims to be offering customers its
electricity for 10% less than other producers.
The sandbank is 7km from the Arklow coast at
its nearest point, and 10km at its furthest. The company says that
the turbines will not create any major visual impact because of
their location. The Department of the Marine claims the offshore
wind farm will have absolutely no environmental downside. Indeed,
officials insist that it will foster marine life, because the turbines
will attract species in the way deep sea ship wrecks become havens
for varieties of fish and other marine creatures. They also feel
the exclusion zone will help to protect fish.
Wind grows by 30% Electricity production from
wind leapt by 31% last year, making it the fastest growing industry
in the field of power generation, according the earth Policy Institute
in Washington DC. With the newest turbines on the best sites, wind
is now the cheapest method of producing electricity, and huge building
programmes have begun worldwide. Global capacity climbed from 17,800
to 23,300 megawatts - sufficient to meet the electricity needs of
23m people, the combined population of Denmark, Finland, Norway
and Sweden. Since 1995, global wind-generating capacity has increased
nearly fivefold - and the Danes now get 18% of their electricity
from wind, although (see later) problems are now emerging with the
funding system.
World’s largest solar energy project -
Denmark
Valby, in Copenhagen,
will be the site of the world’s largest solar energy project involving
the installation of solar cells in an urban area the size of 20
football fields. Over the next 25 years, 150,000 m2 of solar cells
will be installed mainly on the roofs of residential homes and other
buildings in the outer Copenhagen district of Valby. The first 5000m2
should be in place in 4 years.
The Urban Renewal Company along with
others such as Copenhagen Energy and Valby District Council are
behind the ambitious initiative. Once complete, the solar cells
will produce up to 15% of the district’s energy demand, according
to the project leader Jakob Klint from URC. ‘This is an immense
project as it concerns a large urban area, and also requires a significant
financial input,’ Klint told the daily newspaper Jyllands-Posten.
However, the project is likely to be a costly affair for Valby's
40,000 residents during the first few years of its implementation,
as they will be expected to cover part of the estimated total cost
of DKK 15 million. ‘The project can only be carried through if
private owners and companies are willing to participate. The idea
is that they will cover the costs of purchase and installation of
the solar cells’, said Klint.
A typical family will be able to save DKK 3,700
a year once the solar panels are in place. However, the price of
will run into the tens of thousands, so it could take up to 10 years
before the residents of Valby feel any benefit. Klint, however,
is convinced that the project will, in the long run, be economically
sustainable for residents.
‘We expect to receive governmental and other
forms of financial support, such as EU funding. Additionally, prices
of solar panels are halving every 7 years. Therefore we believe
that the project will in the long run only require private investments
to succeed,’ said Klint. He emphasises,
however, that residents should first and foremost see the initiative
as an investment in improving Valby's environment.
The solar cells will help to reduce carbon
dioxide emissions as well as reduce air pollution. Thomas Brængaard
Nielsen, from Copenhagen Energy, agrees with Klint that the residents
of Valby must consider this as a long-term investment.‘Electricity
prices are unlikely to fall during the next few years. It is the
future perspective that should drive the initiative and residents'
interest to participate’s. He emphasises that solar cells are part
of the future of public energy supply in Denmark. During 2002 the
project plans will be aired at a hearing amongst Valby’s residents.
But, politicians in Valby’s City Council are evidently already keen
on the idea.
Source: Copenhagen Post, 28 November 2001. Lets
hope the new political situation in Denmark does not disrupt this
project.
REFIT works best
EU member states that achieved above-average
growth in one or more area of renewable energy during the 1990s
were successful because they introduced the right combination of
incentives, concludes a report by the European Environment Agency
. The report analyses eight instances in four member states over
the period 1993-99 where output of one type of renewable energy
grew faster than the EU average and also contributed at least 10%
of the EU-wide increase.
The success stories were: solar PV, solar thermal
and wind in Germany; solar thermal and biomass for district heating
in Austria; PV and wind in Spain; and biomass for district heating
in Sweden. A further 15 smaller-scale successes are also discussed,
with only the UK, Belgium and Luxembourg failing to be singled out
for some type of praise.
The report concludes that key government actions
for success are: long established energy policies promoting renewables;
financial support for capital costs and renewable generation; good
grid access for renewables; taxes penalising fossil fuel use and/or
tax breaks for renewables purchase; administrative assistance; priority
to R&D; and education, information and training campaigns. Financial
support systems had a big impact. The report points out that three
countries that guaranteed purchase prices of wind-generated electricity
- Germany, Denmark and Spain - contributed 80% of new EU wind energy
output during the period. This suggests that feed-in laws work better
than the competitive tendering mechanism adopted by Ireland and
the UK, a point reinforced by the problems now being experienced
in Denmark (see below). Other success factors include local and
regional targets for renewable uptake, planning guidance for renewable
projects, and revision of building regs to promote PV/solar .
From Environment Daily Report available from:
http://reports.eea.eu.int/environmental_issue_report_2001_27/en
Danish wind stalled
Things really seem to be going badly in Denmark.
On top of the dramatic cuts in funding for renewables (see Renew
136), Denmarks troubled green certificate system has led to collapse
of the Danish wind energy market, according to the World Wind Energy
Association.
In 2000, 600MW of new capacity was installed,
based on orders made with guaranteed minimum prices. But in 2001,
new installations dropped to 18 MW during the first half of the
year. WWEA blames the 1999 decision to replace the guaranteed price
REFIT styled system by a green certificate trading system, something
like the UK’s Renewable Obligation Certificate trading system. WWEA
note that more than 80% (1,144 MW) of the 1,388 MW installed around
the world in the first half of 2002 were installed in three countries
with guaranteed minimum prices: Germany, Italy and Spain. In countries
with quota/certificate systems, including Denmark, , the UK, USA
and the Netherlands, only 75MW were installed. France and Brazil
have decided to introduce minimum price systems which recognize
the success of this framework.
The WWEA is encouraging the Danish government
to abandon the certificate system, and is trying to discourage other
countries from pursuing similar tariff models. It says that "the
return of Denmark to the most efficient and effective promotion
system for renewable energies would be an important signal for the
global dissemination of wind energy". The WWEA is organising
a major international wind conference, in Berlin, in July, and,
as we noted in Renew 134, along with the German wind association
BWE, seems to be in conflict with the European Wind Energy Association,
which thinks REFIT type schemes should be replaced by competitive
trading schemes.
German subsidies saved
The German parliament recently formally ratified
the Kyoto accord - the first EU government to do so. It has
also overruled Economics Minister Werner Mueller, who wanted to
cut financial support for renewables by 100m marks. Instead subsidies
for solar, biogas and geothermal energy will be raised to 400 million
marks, from 300m in 2001. The minister had also wanted to cut the
government's renewable R&D by 65m marks to 235m marks,
but the parliamentary committee decided to cut the budget by less
to 274m marks
N. American News
US Emissions rise
The US has announced the largest increase in
greenhouse gas emissions in the last five years, with, in 2000,
carbon dioxide emissions increasing by 3.1% compared to the previous
year. The Energy Department's statistical arm, the Energy Information
Administration (EIA) attributes the increase to strong economic
growth in 2000, the replacement of some hydro with fossil-fuel generation,
and a return to "normal" weather patterns. The annual
rise is second only to the 3.4 % increase in 1996, and well below
the decade’s average increase of 1.%.
The EIA’s report showed that transport-related
carbon dioxide emissions increased, as did emissions from the residential,
commercial and power-generating sectors. Industry-related CO2 emissions
remained flat, possibly due to low growth in energy-intensive industries
and efficiency improvements.
U.S. energy demand is expected to increase by
one third over the next two decades, as businesses and consumers
use even more oil and electricity to fuel a growing US economy,
according to the the EIA.
Growth in commercial buildings and personal
travel, combined with slower increases in fuel efficiency for cars
and trucks, is expected to account for the large increase in energy
demand by 2020. According to the EIA’s annual report, total U.S.
demand for all types of energy is projected to jump from 99 quadrillion
British Thermal Units (the delightfully antique unit still used
in the USA ) in 2000 to 131 quadrillion Btu in 2020. The latter
is higher than what the EIA projected for 2020 in its annual report
last year. Domestic crude oil production is projected to decline
slightly by 2020 to 5.6 million barrels per day (bpd). As a result,
foreign imports are expected to account for 62% of U.S. oil supplies
by 2020, up from 53% in 2000, the EIA said. However, that rise is
lower than the 64 % -share for oil imports by 2020 that EIA forecast
in its report last year. The difference is due to higher expected
domestic production from new oil fields in Alaska’s National Petroleum
Reserve - opened up, against strong environmental opposition, by
Bush, with, sadly, support from some key US TradeUnions,
keen to underpin employment.
It doesn’t have to be this way
Development of policies on renewable energy
and energy efficiency could create 1.3 million new jobs in the United
States by 2020, according to the World Wildlife Fund. A total
of 750,000 new jobs would be created over the next nine years, according
to ‘Clean Energy: Jobs for America’s Future’. See www.worldwildlife.org
Gross domestic product would increase by $23
bn by 2010 and increase to $43.9 bn (net) by 2020.
‘This study shows that a responsible approach
to energy policy can help us meet the challenge of climate change
while still benefitting the economy and creating new jobs,’
says WWF. ‘A serious and sustained
national effort to improve the energy efficiency of our cars, trucks
and buildings will offer us a better future with sustainable economic
growth and allow us to conserve irreplaceable wilderness refuges
for future generations.’
A related benefit would be an additional $220
increase in annual wage and salary earnings per household by 2010,
increasing to $400 per household by 2020. In addition, adoption
of the WWF energy recommendations would allow the US to reduce its
carbon emissions by 8.5% by 2010 (compared with a projected increase
of 20%) and by 28% by 2020 (compared with a 36% rise). 20% of electricity
generation in 2020 would come from wind, solar, biomass and geothermal,
while oil consumption would decline by 8% by 2020, rather than increase
by 315, saving money and reducing vulnerability to oil price shocks.
Overall dependence on fossil fuels would decline 15% by 2020 rather
than increasing by 40%, and homes and businesses would accumulate
savings of $600 bn in that period.
WWF conclude "The
study shows that these policies also create more jobs and offer
greater economic benefits than can be generated by drilling in the
Arctic National Wildlife Refuge despite the unsubstantiated claims
of drilling proponents."
* The US Energy Administration, predicts that
renewables will increase by 1.3% per year until 2020, but insiders
fear that the collapse last year of large USbased
energy trader Enron, and the possible end of the special US tax
credit,may slow the expansion of windpower,
the leading option in the USA.
US wants more Alcohol
A four-fold increase in renewable fuel
use in the USA by 2016 would add $6.6 bn to the U.S. farm economy
and 300,000 new jobs, while modestly raising consumer food prices,
according to a study by by three pro-ethanol groups, the Renewable
Fuels Association, the National Corn Growers Association, and the
National Biodiesel Board.
Ethanol is strongly backed by the agricultural
lobby in the USA and the new study was released the same day Senate
Democrats unveiled an energy bill that called for a significant
increase in renewable fuels. The farming lobby clearly hopes that
the study will bolster congressional support to require all motor
fuel to contain more ethanol, biodiesel and other renewable fuels,
using surplus U.S. grain. However, as we reported in the Renew 135,
although, US car makers are being encouraged to introduce ‘dual
use’ vehicles, which can run on 85% ethanol, due to the lack of
retail outlets for this fuel, in practice few cars are actually
using it. But car makers still receive credits for building dual-use
cars, allowing them to lower the average gas mileage of the rest
of their fleets. So the end result is actually increased emissions
overall from increased petrol use.
* Ethanol is becoming all the rage. Australia
has launched an ambitious ethanol programme as have China. The only
trouble is that it is expensive.
US Green Power could grow by 50%
An extension of the U.S. tax credit for wind
turbines and biomass generation facilities would increase green
power output by 50%by 2020, according to a government analysis.
The ‘Annual Energy Outlook 2002’ from the Energy Information
Administration predicts that renewables will generate 15 gigawatts
by 2020, based on the assumption that the current production tax
credit for turbines and closed-loop biomass sources, worth 1.7c/kWh,
will expire on Dec. 31 2001, as currently mandated. But if the tax
credit was extended, then an extra 7GW could be installed by 2020.
Even so, the report says that "Renewable
technologies are projected to grow slowly because of the relatively
low costs of fossil-fired generation and because competitive electricity
markets favor less capital-intensive natural gas technologies over
coal and baseload renewables."
Meanwhile, a Gallup Poll showed strong support
for Renewables in the U.S. - with 91% of respondents favouring investments
in "new sources of energy, such
as solar, wind, and fuel cells",
according to polls conducted in May and November last year. Support
for nuclear power dropped from 48 % in May to 42 % in November.
Gallup speculated that this drop "may well be linked to the
events of September 11, which pointed out the potential vulnerability
of nuclear power facilities to terrorist attacks".
Wave hits USA
Plans are underway to build a 1-MW offshore
demonstration wave project near Neah Bay in Washington State.
The project developer is start-up company AquaEnergy Group, Ltd.
The local Clallam public utility district has committed to purchasing
the power from the Makah Nation (a North American Indian tribe),
which will own and operate the development when completed. "Once
this permitting and development precedent has been set, we believe
offshore wave power has the potential to satisfy 5% to 10% of total
US power demand within 20 years,"
said Alla Weinstein, AquaEnergy CEO.
As currently designed, the project will rely
on floating buoys moored about 60 feet apart in water 150 to 200
feet deep several miles offshore. Attached to a long underwater
pump, the buoys move up and down from wave energy, which in turn
creates a pumping action, producing pressurized seawater that is
directed into a turbine driving a conventional electric generator.
Power will be moved ashore with an underground cable. While this
technology has been tested in Sweden, the US project is the first
utility-scale application.
According to AquaEnergy, the technology is already
cost-competitive. The project is expected to generate power at about
6 cents/kWh. If expanded to 100 MW, the cost could be as low as
4 to 5 cents/kWh, similar to hydropower, say project sponsors. "We
are entering the market with the same cost characteristics that
it has taken wind power 25 years to attain. And our cost-effectiveness
will only improve with experience."
..and Canada
Farther north, BC Hydro intends to develop up
to 4 MW of ocean wave power as part of a broader plan to install
20 MW of renewable energy generation on Vancouver Island, British
Columbia. Currently, only about 20% of the electricity used on the
island is produced locally. BC Hydro intends to install about 10
MW of wind, 6-8 MW of micro hydro energy and up to 4 MW of ocean
wave energy on the island. The company received 10 proposals in
response to its request for proposals for wave power from developers
based in Norway, Denmark, the United Kingdom, the United States,
Portugal and Australia. Four were short-listed and two are currently
in final negotiations with the utility to participate in a joint
venture. BC Hydro declined to name the two winning companies but
did say the company will develop two plants: a near-shore project
and an offshore project. "This is not an R&D exercise for
us," said Brenda Goehring, spokesperson for BC Hydro. "If
this turns out to be a viable resource, the potential is huge for
North America."
Source: www.energyinsight.com
World News
1km Oz Solar Tower
EnviroMission Ltd is planning to build a giant
1km tall solar tower in Australia at a projected cost of
Aus $670m. The reinforced concrete tower would generate 200 MW of
electricity from a series of internal turbines driven by the 15metre/sec
convection currents created inside the tower, as a result of solar
heating of air in a large collector area at its base. Solar power
tower technology has been tested in Manzanares, Spain, as the result
of collaboration between the Spanish government and Schlaich Bergermann.
The 50 kW plant operated for seven years until 1989, and
EnviroMission claims that it validated the technology
and providing data for design modifications to achieve greater commercial
and economic benefits associated with increased scale of economy.
The solar tower can work into the night, with innovative heat storing
materials under acres of collectors, continuing to heat air.
However, the chairman of the National Trust
in Victoria State has called for the project to be halted until
the government develops a master plan for the state’s energy industry.
EnviroMission Ltd says Australia must proceed if the country is
serious about solar energy. It recently formalized an agreement
with the German engineering firm, Schlaich Bergermann, to consult
on the solar tower. EnviroMission is looking at a number of sites
in Australia where there is high solarisation, open spaces and access
to the grid.
More info: http://www.enviromission.com.au/top-menu1.htm
Renewables in China
There are a lot of interesting development in
renewable energy in China these days. The estimate for commercially
exploitable renewable energy resource in China is over 400GW, including
over 90GW of small hydropower, about 250GW of wind, approx 125GW
of biomass energy, about 6.7GW of geothermal energy and an abundance
of solar insolation. The current contribution is around 19GW, with
most of this from small hydro. Wind looks like being the biggest
growth area- it is expected to expand from 500MW as at present to
3GW by 2005 and 5GW by 2010. Small hydro is expected to rise to
22GW by 2005 and 25GW by 2010. By 2005, the total renewables would
be around 26GW, rising to over 30GW by 2010.
See ‘Renewable Energy Development Strategy and
Market Potential in China’ LIU Hongpeng (WREC VI, 2000 pp90-96).
Interest has also been shown in attempts to introduce green power
tariffs to boost development. See South-North Institute for Sustainable
Development: www.snisd.org.cn/enhtm/enindex.htm
Russian Volcano power
Russia has launched a 25MW geothermal power
plant in Kamchatka. The plant, which is later to be expanded to
50MW, is located on a slope of the Mutnovskiy volcano. The project
cost $166m, of which $99.9m will be covered by credit granted by
the European Bank for Reconstruction and Development.
Shell- more scenarios
As we mentioned in Renew 136, and discuss in
Renew 137, (see Reviews) Shell have produced two new energy
scenarios for the period up to 2050, which revise their earlier
pioneering 1995 attempts. But not content with that they have recently
come up with two more for the period up to 2020 - which project
a dramatic break-up of global trends towards globalisation following
the terrorist attacks on Sept. 11, which could prevent multinational
energy companies from accessing local markets, and force countries
into greater reliance on oil rather than gas as a result.
Shell stresses that it is trying to stimulate
thinking, rather than make any prophecies or predictions, in its
two scenarios. One, labelled ‘Business Class’, has the international
elite - led by the US - continuing to lead most of the world towards
more efficient prosperity, but at the cost of greater social inequality
and market volatility. The other views the world through a ‘Prism’,
and foresees, as the FT put it, ‘the
monochromatic world of global integration breaking up into more
local cultures, rules and restraints’.
Sounds fun. More on scenarios in Renew 139.
Nuclear News
‘Nine new UK Nuclear
Plants’
BNFL and British
Energy seem to have sunk their differences over reprocessing
and are collaborating on the development of the Westinghouse AP
1000 upgrade of the Pressurised Water Reactor. In parallel, BE is
looking at a CANDU upgrade. The Guardian (Feb.27) reported that
this could be the start of a ‘£9bn’ programme that would lead to
9 new nuclear plants being built in the UK, but economically that
seems rather unlikely for the moment - even given the PIU’s recommendation
that new nuclear projects should benefit from the newly emerging
carbon credit system. Instead it looks more like a kite flying exercise,
putting down a marker for a programme they would like to see at
some point in the future. Even so its an indication of what might
be in store.
Nuclear Subsidies Grow
In Renew 134, we noted that the level of UK
R&D support for nuclear, including fusion and ‘support for the
former USSR’, was planned to expand, so that by 2003/4 it would
reach £52.3m- half the total UK energy R&D budget. We can hardly
begrudge support for research on ways to clean up the ex-Soviet
nuclear messes, and we definitely need work to find ways to deal
with the 500,000 tons of nuclear waste that the UK will produce
over the next century. But the R&D budget is only part of the
story. In fact, Government funding to the UK nuclear industry has
been provided primarily in the form of grant and grant in aid to
the United Kingdom Atomic Energy Authority (UKAEA). According to
the Minister for Energy, responding to a Parliamentary Question
last year, ‘this funding has been primarily
to enable the UKAEA to discharge historic nuclear liabilities arising
form past civil nuclear research programmes and to decommission
those research facilities and restore sites to normal use - with
the exception of funding in respect of the UKAEA nuclear fusion
research programme at Culham which complements the UK’s participation
in the European Union's Framework Programme V’.
He reported that, in the period 1999-2000, the DTI (Department of
Energy prior to May 1992) provided grant/grant in aid to the UKAEA
as shown in the table below.
Govt. Spending on nuclear
in £m
|
Year |
Grant /aid |
Fusion |
other |
1990-91 |
94.3 |
26.9 |
- |
1991-92 |
68.7 |
20.7 |
- |
1992-93 |
126.2 |
16.3 |
- |
1993-94 |
128.7 |
16.3 |
- |
1994-95 |
131.3 |
5.71 |
- |
1995-96 |
199.3 |
15.9 |
- |
1996-97 |
166.5 |
12.1 |
- |
1997-98 |
174.5 |
16.6 |
8.5 |
1998-99 |
285 |
12.6 |
5.0 |
1999-2000 |
194.4 |
14.4 |
3.3 |
2000-01 |
223.4 |
14.3 |
3.5 |
Source: Government Expenditure Survey
So what do we get for our money in energy terms?
Currently the UK has about 12.4 GW of nuclear plant, supplying around
25% of its electricity. The peak output was in 1998 with 90,590
GWh, or 29% of UK electricity, although the 1997 output of 89,341
GWh was actually 31% of electricity, due to lower output from other
sources. The peak capacity was 12.956 GW in 1998/99, but this is
now falling as plants are retired.
The latest twist in the funding game has been
the governments proposal to hive off the liabilities that have been
accrued by BNFL (£35bn, £28bn of which are linked to historic liabilities)
and the UKAEA (£7bn) to a new Liabilities Management Authority (LMA).
Announcing the proposal, Secretary of State Patricia Hewitt noted
that ‘the early years of the industry
created substantial liabilities in the form of wastes that needed
to be treated and plants that needed to be decommissioned’,
which were public sector responsibilities. With the government taking
over these liabilities, the way forward for privatisation of BNFL
could be a little clearer. An earlier attempt to establish a ‘public
private partnership’ arrangement was abandoned, following the debacle
over the falsification of the data on the MOX shipments to Japan.
And since then the finances of BNFL had begun to look decidedly
insecure. Technically, according to the Guardian (14th Dec) it is
bankrupt, with a £1.7bn gap between assets and liabilities. The
DTI says that it will be at least two years before privatisation
will be re-considered, by which time the LMA should have lightened
its load, although the LMA proposal has attracted strong opposition
and it seems the government has now decided not to push ahead with
it rapidly.
Wind beats Nuclear
The EU EXTERNE study of the environmental
costs of energy generation suggests that, although nuclear power
is better than coal (by a factor of around 10-20) and gas (by a
factor of 2-5), nuclear plants had 3-4 times more overall environmental
impact than wind, over the complete fuel and life cycles for each
technology. That’s hardly surprising given that nuclear fuel fabrication
is an energy intensive activity, whereas the winds come without
any energy costs.
External cost of electricity
generation in the EU
|
(euros/kWh) |
from EXTERNE |
Coal and oil |
0.057 |
Peat |
0.035 |
Natural gas
|
0.016 |
Biomass
|
0.016 |
PVsolar |
0.006 |
Hydro |
0.004 |
Nuclear
|
0.004
|
Wind |
0.001 |
We noted in Renew 133, the following figures,
presented in terms of additional environmental costs, for the so
called environmental externalities, including health effects and
climate change impacts. The current price for electricity is assumed
as 4 US cents/kWh, and the extra external costs are put at 2-15c/kWh
for coal, 1-3c for gas, 0.2-0.7c for nuclear, and 0.05-0.25c/kWh
for wind, varying with country. In France, for example, most of
the energy used for nuclear fuel fabrication will come from nuclear
rather than coal, so there would be less emissions. But taking average
figures, EXTERNE presents the data shown in the chart. These figures
should be added to the direct cost of generation (the EU average
is 0.04 euros/kWh, around 2.5p/kWh).
That makes oil and coal look bad, given that
their external costs translate to about 3.5p/kWh, but wind looks
good, with an external cost of only 0.6p/kWh. Nuclear comes out
as 4 time worse than wind. Sounds convincing, but is there enough
wind? Well, the European Wind Energy Association predicts that by
2020 offshore wind could provide up to two-thirds of Europe’s electricity
.
Waiting Game
Energy Minister Brian Wilson was asked,
in a Parliamentary Question on 29 Nov last year, whether the new
Consultation of the future plans for nuclear waste disposal
meant that there would, in effect, be no decisions on nuclear power
until after that exercise was complete - in 2006. He replied ‘In
our view, there is no sequential arrangement that nothing will happen
in the nuclear industry until the waste report appears. Clearly,
it is desirable to get answers on waste in a shorter time frame,
working both nationally and internationally, but no one currently
is making proposals for nuclear power stations. However, they may
at any time and they certainly are not prevented from so doing.’
He concluded ‘If there is to be nuclear
new build in this country, the time scale for working up those proposals
and having them properly considered long before construction would
itself be substantial. If such developments are to happen- that
is a commercial judgment for the companies involved - here is no
reason to suppose that they would happen sequentially; they could
happen in parallel’.
Russian Nuclear Push
Russia plans
to build at least four nuclear reactors at home and others in China,
Iran, India and ex-Soviet republics as part of an ambitious plan
to revive its nuclear industry. "Russia’s nuclear power industry
is now coming through what can be called the post-Chernobyl renaissance,"
Nuclear Power Minister Alexander Rumyantsev. Last year, Russia launched
its first plant since the Chernobyl catastrophe, a 1000 MW plant
at Rostov, to be followed by three others. Russia has also signed
contracts to build plants in China, India and Iran. However, despite
plans to accept spent nuclear fuel for reprocessing and storage,
Russia has so far failed to break into this market, which is dominated
by the UK and France.
In the Rest of Renew
137
In another bumper 36 page issue, the Feature
looks critically at energy scenarios including Foresight
scenarios used in the PIU Energy Review, while our Reviews
section look at Shells new scenarios. The Technology section
includes a look at the basic physics of renewable energy
and at the IPPR’s views on the possibilities of hydrogen as a new
fuel. Our Reviews section also looks at the IPPR’s Micropower
report - and at the PIU report..And our extensive Groups section
includes coverage of the INREB project, the GLA’s new energy programme
and AAT new funding- plus the new grass roots network being set
up by Energy 21. .
NATTA/Renew
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