3702 the carbon plan delivering our low carbon future
TRANSCRIPT
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The Carbon Plan:Delivering ourlow carbon future
December 2011
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The Carbon Plan:Delivering ourlow carbon future
Presented to Parliament pursuant toSections 12 and 14 of the Climate Change Act 2008
Amended 2nd December 2011 from the version laid before Parliament on 1st December 2011.
December 2011
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Crown copyright 2011
You may re-use this inormation (not including logos) ree o
charge in any ormat or medium, under the terms o the
Open Government Licence. To view this licence, visit
http://www. nationalarchives.gov.uk/doc/open-government-licence/
or write to the Inormation Policy Team, The National Archives, Kew,
London TW9 4DU, or e-mail: [email protected].
Any enquiries regarding this document should be sent to us at
Department o Energy & Climate Change, 3 Whitehall Place,
London SW1A 2AW.
This publication is available or download at
www.ofcial-publications.gov.uk and it is also available rom
our website at www.decc.gov.uk.
http://www.nationalarchives.gov.uk/doc/open-government-licence/mailto:[email protected]://www.official-publications.gov.uk/http://www.decc.gov.uk/http://www.nationalarchives.gov.uk/doc/open-government-licence/http://www.decc.gov.uk/http://www.official-publications.gov.uk/mailto:[email protected] -
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ContentsForeword 1
Executive summary 3
Part 1: The Governments approach to energy and climate change 13
Introduction 13
Our principles 14The vision or 2050 15
2050 utures 16
Planning or the uture 18
Part 2: Our strategy to achieve carbon budgets 21
Achieving carbon budgets 21
Buildings 29
Transport 47
Industry 59
Secure, low carbon electricity 69
Agriculture, orestry and land management 85
Waste and resource eciency
Working with the EU and Devolved Administrations 100
Part 3: Delivering the ourth carbon budget 107
Scenarios to deliver the ourth carbon budget 107
Delivering non-traded sector emissions reductions 107
Delivering traded sector emissions reductions 110
Considerations or achieving the ourth carbon budget 111
Managing our perormance 118
Annexes
A 2050 analytical annex 121
B Carbon budgets analytical annex 137
C Carbon Plan action summary 208
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1
ForewordEven in these tough times, moving to a low carbon economy is the right thing to do, or our
economy, our society and the planet. This plan sets out how Coalition Government policies put us
on track to meet our long term commitments. The Green Deal will help cut energy bills, the Green
Investment Bank will attract new investment, and our reorms to the electricity market will generate
jobs in new low carbon industries. Climate change requires global action; every country needs to play
its part. This Carbon Plan shows that the UK is prepared to govern in the long term interests o the
country and build a coalition or change.
David Cameron
Prime Minister
Nick Clegg
Deputy Prime Minister
In June 2011, the Coalition Government enshrined in
law a new commitment to halve greenhouse gas
emissions, on 1990 levels, by the mid-2020s. This
Carbon Plan sets out how we will meet this goal in a
way that protects consumer bills and helps to attract
new investment in low carbon inrastructure,
industries and jobs.
By 2020, we will complete the easy wins that have
helped emissions to all by a quarter since 1990. Byinsulating all remaining cavity walls and lots, while
continuing to roll out more ecient condensing
boilers, we will cut the amount consumers spend
on heating by around 2 billion a year. Having
allen by a quarter in the last decade, average
new car emissions will all by a urther third in
the next, as internal combustion engines continue
to become more ecient. Emissions rom power
stations, already down a quarter since 1990, will all
a urther 40%, with most existing coal-red power
stations closing.
Over the next decade, we must also prepare or
the uture. The 2020s will require a change o gear.
Technologies that are being demonstrated or
deployed on a small scale now will need to move
towards mass deployment. By 2030, up to around a
hal o the heat used in our buildings may come
rom low carbon technologies such as air- or
ground-source heat pumps. Electric or hydrogen
uel cell cars will help to reduce vehicle emissions to
less than hal todays levels. New low carbon power
stations a mix o carbon capture and storage,
renewables and nuclear power will be built. In the
2020s, we will run a technology race, with the
least-cost technologies winning the largest market
share. Beore then, our aim is to help a range o
technologies bring down their costs so they are
ready to compete when the starting gun is red.
The transition to a low carbon economy will require
investment. But by insulating our homes better, and
driving more uel ecient cars, we will use less
energy, ofsetting the unding needed or low
carbon energy. By investing in more diverseenergy sources, we will be less vulnerable to ossil
uel price spikes. And by investing in industries that
suit our geography and skills, such as ofshore wind
and carbon capture and storage, we will gain a
long-term comparative advantage in industries with
a big uture.
This plan shows that moving to a low carbon
economy is practical, achievable and desirable. It will
require investment in new ways o generating
energy, not a sacrice in living standards. But turningit into reality will require business, government and
the public pulling in the same direction. We ace big
choices on inrastructure and investment. I hope
over the next year this plan can help us to orge a
new national consensus on our energy uture.
Chris Huhne
Secretary of State for Energy and
Climate Change
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3
Executive summary
1. This plan sets out how the UK will achieve
decarbonisation within the ramework o our
energy policy: to make the transition to a low
carbon economy while maintaining energy security,
and minimising costs to consumers, particularly
those in poorer households.
2. Emissions are down by a quarter since 1990.1
Current policies put the UK on track to cut
emissions by over a third, on 1990 levels, by 2020.
In the next ten years, we will develop and deploy
the technologies that will be needed to halve
emissions in the 2020s. This will put the UK on a
path towards an 80% reduction by 2050.
3. By moving to a more ecient, low carbon and
sustainable economy, the UK will become less
reliant on imported ossil uels and less exposed
to higher and more volatile energy prices in
the uture.
Box 1: The Climate Change Act 2008 and the carbon budget rameworkThe Climate Change Act established a legally binding target to reduce the UKs greenhouse gas
emissions by at least 80% below base year levels by 2050, to be achieved through action at home and
abroad.2 To drive progress and set the UK on a pathway towards this target, the Act introduced a
system o carbon budgets which provide legally binding limits on the amount o emissions that may be
produced in successive ve-year periods, beginning in 2008. The rst three carbon budgets were set in
law in May 2009 and require emissions to be reduced by at least 34% below base year levels in 2020.
The ourth carbon budget, covering the period 202327, was set in law in June 2011 and requires
emissions to be reduced by 50% below 1990 levels.3
This report sets out the proposals and policies or meeting the rst our carbon budgets.
First carbon budget(200812)
Second carbonbudget (201317)
Third carbonbudget (201822)
Fourth carbonbudget (202327)
Carbon budgetlevel (million tonnescarbon dioxideequivalent (MtCO
2e))
3,018 2,782 2,544 1,950
Percentagereduction belowbase year levels
23% 29% 35% 50%
1 This gure includes the eect o emissions trading. UK territorial emissions have allen by 28% over the same period.
2 The base year is 1990 or carbon dioxide, nitrous oxide and methane, and 1995 or hydrofuorocarbons, perfuorocarbons and sulphur hexafuoride.
3 To be reviewed in 2014 in light o EU Emissions Trading System cap.
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4 Executive summary
Progress so far4. Our past record shows that progress is
possible. Between 1990 and 2010 emissions rompower stations ell by almost a quarter, as the
dash or gas in the 1990s saw large numbers
o coal-red power stations replaced. In the last
decade wind and other renewables have grown
to the point that they now provide nearly a tenth
o UK generating capacity. With nuclear power
generating 16% o total UK electricity, a quarter o
electricity generation is now low carbon.
5. In buildings, emissions have allen by 18%,
despite the growth in population and housing.Regulation has required the introduction o new,
more ecient condensing boilers, saving at least
800 million this year on energy bills. Eleven million
homes, 60% o all homes with cavity walls, have
been tted with cavity wall insulation. This will
reduce the amount the UK spends on heating in
2011 by 1.3 billion.
6. In transport, emissions are roughly the same
as they were in 1990. Emissions rose beore
2007 as the economy grew and transportdemand increased, but have since allen due to
improvements in new car eciency, an increased
uptake o biouels and, to a lesser extent, the
recent economic downturn.
7. Since 1990 industrial output has grown at an
average o 1% a year while emissions have allen by
46%. Industry has become more energy ecient
and the UKs industrial base has shited towards
higher value, more knowledge-intensive sectors.
8. Agricultural emissions have allen by almost
a third, due in part to more ecient arming
practices, while the diversion o waste rom
landll, as a result o the landll tax, has cut waste
emissions by more than two thirds.
9. Government policies are already helping
consumers. Our analysis predicts that average
energy bills or domestic consumers will be 7.1%
lower in 2020 than they would have been without
policy interventions in place.
Vision10. However, i we are to cut emissions by 80% by
2050, there will have to be major changes in howwe use and generate energy. Energy eciency will
have to increase dramatically across all sectors.
The oil and gas used to drive cars, heat buildings
and power industry will, in large part, need to be
replaced by electricity, sustainable bioenergy, or
hydrogen. Electricity will need to be decarbonised
through renewable and nuclear power, and the
use o carbon capture and storage (CCS). The
electricity grid will be larger and smarter at
balancing demand and supply.
11. But there are some major uncertainties.
How ar can we reduce demand? Will sustainable
biomass be scarce or abundant? To what extent
will electrication occur across transport and
heating? Will wind, CCS or nuclear be the cheapest
method o generating large-scale low carbon
electricity? How ar can aviation, shipping, industry
and agriculture be decarbonised?
12. The sectoral plans in this document seek to
steer a course through this uncertainty.
13. In the next decade, the UK will complete
the installation o proven and cost efective
technologies that are worth installing under all
uture scenarios. All cavity walls and lots in homes,
where practicable, are expected to be insulated
by 2020. The uel eciency o internal combustion
engine cars will improve dramatically, with CO2
emissions rom new cars set to all by around
a third. Many o our existing coal-red power
stations will close, replaced primarily by gas andrenewables. More ecient buildings and cars will
cut uel costs. More diverse sources o electricity
will improve energy security and reduce exposure
to ossil uel imports and price spikes.
14. The UK is not alone in taking action on energy
eciency. Japan has set a goal o improving its
energy consumption eciency rom 2003 levels
by at least 30% in 2030. The Swedish Government
has proposed an energy eciency target to reduce
energy by 20% between 2008 and 2020.4
4 International Energy Agency (2009) Implementing Energy Efciency Policies.
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Executive summary 5
15. Over the next decade the UK will also prepare
or the uture by demonstrating and deploying the
key technologies needed to decarbonise power,
buildings and road transport in the 2020s andbeyond. Rather than picking a single winner, this
plan sets out how the UK will develop a portolio
o technologies or each sector. This has two
virtues. It will reduce the risk o depending on a
single technology. And it will generate competition
that will drive innovation and cost reduction.
16. In electricity, the three parts to our portolio
are renewable power, nuclear power, and coal- and
gas-red power stations tted with carbon capture
and storage. In transport, ultra-low emissionvehicles including ully electric, plug-in hybrid,
and uel cell powered cars are being developed.
In buildings, the technologies will include air- or
ground-source heat pumps, and using heat rom
power stations. Both o these are solutions proven
by their use in other countries.
17. During the 2020s, each o these technologies low carbon electricity, low carbon cars and low
carbon heating will move towards mass roll-out.
We estimate that between 40 and 70 gigawatts(GW) o new low carbon power will need to be
deployed by the end o the decade. Emissions or
the average new car will need to all to between
50 and 70 gCO2/km, compared with 144 gCO
2/ km
in 2010. Between 21% and 45% o heat supply to
our buildings will need to be low carbon by 2030.
18. By developing options now, the UK will
not only reduce the costs o deploying these
technologies in the 2020s. It will also gain a long-
term competitive advantage in sectors that play to
our comparative strengths. These include oshore
wind, carbon capture and storage, and inormation
services to manage smart grids, heating controls
and transport.
19. To 2030 and beyond, emissions rom the
hard-to-treat sectors industry, aviation, shipping
and agriculture will need to be tackled. This
will require a range o solutions to be tested by
at the latest, the 2020s, including: greater energyeciency; switching rom oil and gas to bioenergy
or low carbon electricity; and carbon capture and
storage or industrial processes.
Sectoral plans
Lw ab bl
20. In 2009, 37% o UK emissions were produced
rom heating and powering homes and buildings.
By 2050, all buildings will need to have an emissions
ootprint close to zero. Buildings will need to
become better insulated, use more energy-
ecient products and obtain their heating rom
low carbon sources.
Energy efciency
21. Over the next decade, with trends ininstallation rates maintained at todays levels, all
cavity walls and lots, where practical, will be
insulated. Alongside this, the Government will
support up to 1.5 million solid wall insulations
and other energy eciency measures such as
double glazing.
22. The Green Deal, launching in 2012, will
remove the upront costs to the consumer o
energy eciency, with the cost being recouped
through savings on their energy bills. The EnergyCompany Obligation will support this eort. It
will place a duty on energy companies both to
reduce emissions through undertaking solid wall
insulation and to tackle uel poverty by installing
central heating systems, replacing boilers, and
subsidising cavity wall and lot insulation. In parallel,
Smart Meters will be deployed to every home
to support consumers in managing their energy
and expenditure intelligently. The Government
will introduce zero carbon homes standards
to cut the energy demand o new homes still
urther, reducing emissions and uel bills. Through
European energy standards and labelling we will
promote the sales o the most ecient electrical
appliances and products on the market.
23. During the 2020s, deployment o solid wallinsulation will increase and installation costs will
all as the supply chain and the skills base become
established. Chart 1 shows dierent levels o
ambition or the uptake o solid wall insulation,ranging rom 1 million to 3.7 million additional
homes insulated by 2030.
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6 Executive summary
Chart 1: Projected deployment o solid wall insulation over the rst three carbon budgets, andillustrative range o deployment over the ourth carbon budget period and in 2050
Projected deployment
over the first four
carbon budget periods
Range of additional
deployment during
the fourth carbon
budget period
Illustrative range ofdeployment in 2050
9
CB1 CB2 CB3 CB48
,millions)
7
etiv
6ula
tions(cum
5
Numberofsolidw
allinsula
4
3
2
1
0
By 2030 expecting to deploy
an additional 13.7 million
solid wall insulations.
Projected deployment of
up to 1.5 million insulations
by 2020.
2008
2013
2018
2023
2028
2033
2038
2043
2048
2050
Year
Source: Department o Energy and Climate Change
Low carbon heating
24. Energy eciency is the immediate priority.
But in this decade we also need to support wayso heating buildings without emitting carbon.
Through the Renewable Heat Incentive (RHI) and
Renewable Heat Premium Payment, over 130,000
low carbon heat installations are expected to be
carried out by 2020.5 While we do not expect
mass-market deployment o these technologies in
this decade, there is an important opportunity to
build the market, particularly in o-gas grid homes
and in the commercial sector. At the same time
the Government will work with local authorities,
where appropriate, to lay the oundations or
district heating networks, particularly in urban
areas with more densely packed demand or heat.
This should enable the long-term delivery o heat
rom low carbon sources.
25. During the 2020s, we need to begin the massdeployment o low carbon heat. Technologies such
as heat pumps will begin to expand at scale into
residential areas, overcoming current barriers such
as cost and unamiliarity, and working with the
supply chain to meet consumer demand. At the
same time, the heating networks that started
in urban areas during this decade will begin to
expand to meet demand in surrounding areas, andto compete with low carbon heat technologies in
individual buildings, helping to keep costs down.
26. By 2027, based on the scenarios set out in this
plan, emissions rom buildings should be between
24% and 39% lower than 2009 levels.
This only includes installations as a result o RHI Phase 1.5
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Executive summary 7
Chart 2: Projected deployment o low carbon heat in buildings over the rst three carbon budgetsand illustrative ranges o deployment potential in the ourth carbon budget period and in 2050
600
500
TWh)
tion( 400
ojec
tpr
wca
rbonhea 300
allo 200
otT
100
0
CB1 CB2 CB3 CB4
By 2030 delivering between
83 and 165 TWh of low
carbon heat, plus 1038 TWh
from heating networks.
Projected deployment
over the first four
carbon budget periods
Range of additional
deployment during
the fourth carbon
budget period
Illustrative range ofdeployment in 2050
2008
2013
2018
2023
2028
2033
2038
2043
2048
2050
Year
Source: Department o Energy and Climate Change
Lw ab tat
27. Domestic transpor t emissions make up nearly
a quarter o UK emissions. By 2050, domestic
transport will need to substantially reduce
its emissions.
28. Over the next decade, average emissions onew cars are set to all by around a third, primarily
through more ecient combustion engines.
Sustainable biouels will also deliver substantial
emissions reductions. As deeper cuts are required,
vehicles will run on ultra-low emission technologies
such as electric batteries, hydrogen uel cells and
plug-in hybrid technology. These vehicles could
also help to deliver wider environmental benets,
including improved local air quality and reduced
trac noise.
29. To ensure that these emissions savings are
delivered, the Government will continue to
work at European Union (EU) level to press or
strong EU vehicle emissions standards or 2020
and beyond in order to deliver improvements
in conventional vehicle eciency and give
certainty about uture markets or ultra-low
emission vehicles.
30. To support the growth o the ultra-low
emission vehicle market, the Government is
providing around 300 million this Parliament orconsumer incentives, worth up to 5,000 per car,
and urther support or the research, development
and demonstration o new technologies.
31. During the 2020s, we will move towards themass market roll-out o ultra-low emission vehicles,
although urther improvements in the eciency
o conventional vehicles and sustainable biouels
are also anticipated to play a key role. Based on
current modelling the Government anticipates
that average new car emissions could need tobe 5070 gCO
2/km and new van emissions
75105 gCO2/km by 2030.
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8 Executive summary
Chart 3: Projected average new car and van emissions over the frst three carbon budgets and
illustrative ranges o average new car and van emissions in the ourth carbon budget period and
to 2050
250
200
150
100
50
0
Carsandvans(gCO2/km)
Vans (2030: 105 gCO2/km)Vans (2030: 90 gCO2/km)Vans (2030: 75 gCO2/km)
Cars (2030: 70 gCO2/km)Cars (2030: 60 gCO2/km)Cars (2030: 50 gCO2/km)
2050
2047
2044
2041
2038
2035
2032
2029
2026
2023
2020
2017
2014
2011
2008
Increasing internal combustion engine eciency
Increasing uptake of ultra-low emission vehicles
Year
32. While cars and vans make up the largest
share o emissions, other sectors will need todecarbonise over time.
33. To support people to make lower carbon
travel choices, such as walking, cycling or public
transport, the Government is providing a
560 million Local Sustainable Transport Fund
over the lietime o this Parliament.
34. Industry is leading the drive to reduce
emissions rom reight. The Logistics Carbon
Reduction Scheme, or example, aims to reduceemissions by 8% by 2015, through improved
eciency and some modal shit to rail. For the
longer term, to make deeper reductions in
emissions, innovation will be needed in ultra-low
emissions technologies such as sustainable biouels
and electric, hydrogen or hybrid technologies.
35. Emissions rom aviation will be capped by being
part o the EU Emissions Trading System (EU ETS)
rom 2012, ensuring that any increases in aviation
emissions are ofset by reductions elsewhere in theEU economy, or internationally.
36. By 2027, based on the scenarios set out in this
plan, emissions rom transport should be between17% and 28% lower than 2009 levels.
Low carbon industry
37. Industry makes up nearly a quarter o the
UKs total emissions. Over 80% o these emissions
originate rom generating the heat that is needed
or industrial processes such as manuacturing
steel and ceramics, and the remainder rom
chemical reactions involved in processes such as
cement production. By 2050, the Government
expects industry to have delivered its air share o
emissions cuts, achieving reductions o up to 70%
rom 2009 levels.
38. The Government will work with industry to
ensure that low carbon growth continues into the
uture. Industry must make signicant reductions
in the emissions intensity o production, while the
Government assists in maintaining the competitiveness
o strategically important sectors. Emissions reductionswill come rom three sources: rst, driving urther
eciencies in the use o energy and materials and the
design o industrial processes; second, replacing ossil
uels with low carbon alternatives such as bioenergy
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Executive summary 9
and electrication; and third, rom carbon capture and
storage (CCS) to address combustion and process
emissions, or example in cement and steel.
39. Over the next decade, the main chances orindustry to decarbonise will come rom taking up
the remaining opportunities or energy eciency,
and beginning the move to low carbon uels, such
as using sustainable biomass to generate heat
or industrial processes. Through the EU ETS
and domestic policies such as Climate Change
Agreements and the CRC Energy Eciency Scheme
the Government is helping to ensure that these cost
eective energy eciency measures are being taken
up. Innovation eorts during this period will also beimportant, bringing down the cost o decarbonising
industrial processes and moving technology options
such as electrication and CCS closer to commercial
reality. CCS technology research projects are being
strongly backed by UK and international sources o
unding, with the aim o turning CCS into a viable
option or the coming decades.
40. During the 2020s, in addition to energyeciency measures, reductions will be driven by
switching to low carbon uels. As with buildings,the Government expects industry to take
advantage o the Renewable Heat Incentive,
replacing expensive ossil uels with low carbon
heat alternatives and thereby accelerating the
decarbonisation o industry in the 2020s. CCS
technology is also expected to start to be
deployed during this decade.
41. Throughout this transition the Government
will work closely with industry to address the
principal risks, including the impact o anticipated
increases in energy costs, to ensure that UK
industry remains internationally competitive. The
Government announced a package o measures to
support sectors which are particularly exposed
to these risks.
42. By 2027, emissions rom industry should be
between 20% and 24% lower than 2009 levels.
Lw ab ltt
43. The power sector accounts or 27% o UK
total emissions by source. By 2050, emissions rom
the power sector need to be close to zero.
44. With the potential electrication o heating,
transport and industrial processes, average
electricity demand may rise by between 30% and
60%. We may need as much as double todays
electricity capacity to deal with peak demand.
Electricity is likely to be produced rom three
main low carbon sources: renewable energy,
particularly onshore and oshore wind arms; a
new generation o nuclear power stations; andgas and coal-red power stations tted with
CCS technology. Renewable energy accounted
or approximately hal o the estimated 194 GW
o new electricity capacity added globally during
2010.6 Fossil uels without CCS will only be used
as back-up electricity capacity at times o very high
demand. The grid will need to be larger, stronger
and smarter to refect the quantity, geography and
intermittency o power generation. We will also
need a more fexible electricity system to cope
with fuctuations in supply and demand.
45. While the overall direction is clear, major
uncertainties remain over both the most cost
eective mix o technologies and the pace o
transition. The Government is committed to
ensuring that the low carbon technologies with the
lowest costs will win the largest market share.
46. Over the next decade, we need to continuereducing emissions rom electricity generation
through increasing the use o gas instead o coal,and more generation rom renewable sources.
Alongside this, we will prepare or the rapid
decarbonisation required in the 2020s and 2030s
by supporting the demonstration and deployment
o the major low carbon technologies that we
will need on the way to 2050. The reorms to the
electricity market will be the most important step
in making this happen. The introduction o Feed-in
Taris with Contracts or Dierence rom 2014 will
provide stable nancial incentives or investment in
all orms o low carbon generation.
REN21 (2011) Renewables 2011: Global Status Report.6
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10 Executive summary
47. In addition, the Government is:
helping industry to reduce the costs o oshorewind by setting up an Oshore Wind CostReduction Task Force with the aim o driving
down the cost o oshore wind to 100 per
megawatt hour (MWh) by 2020;
supporting the development o CCS technologyat scale in a commercial environment, to bring
down costs and risks, with 1 billion set aside to
support the programme;
supporting the demonstration o less maturerenewable technologies, and committing up to50 million over the next our years to support
innovation in marine and oshore technologies;
enabling mature low carbon technologiessuch as nuclear to compete by addressing the
barriers to deployment such as an under
developed UK supply chain; and
working with Ogem and the industry todeliver the investment required to ensure that
the electricity transmission and distribution
networks will be able to cope in the uture.
48. Maintaining secure energy supplies remains
a core government priority. New gas-red
generation will play a signicant supporting role as
19 GW o existing generation capacity closes over
the next decade.
49. Over the 2020s, large-scale deployment o
low carbon generation will be needed, with, we
estimate, 4070 GW o new capacity required
by 2030. This will drive a huge reduction inemissions rom electricity supply. In the 2020s,
the Government wants to see nuclear, renewables
and CCS competing to deliver energy at the
lowest possible cost. As we do not know how
costs will change over time, we are not setting
targets or each technology or a decarbonisation
target at this point.
Chart 4: Projected deployment o low carbon generation over the rst three carbon budgets and
illustrative ranges o deployment potential in the ourth carbon budget period and in 2050
160
80
60
CB1 CB2 CB3 CB4140
Projected low carbon120generation over the
first four carbon budget
periods100
Around 4070 GW of new
low-carbon capacity will be
needed by 2030, in addition to
10 GW of existing capacity that
will still be operating
in 2050
40
20
0
tion/GW
wcarbongenera Range of additional
low carbon generation
during the fourthcarbon budget period
allo
otT
Illustrative range of
low carbon generation
2008
2013
2018
2023
2028
2033
2038
2043
2048
2050
Year
Source: Department o Energy and Climate Change, Redpoint modelling, 2050 Calculator
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Executive summary 11
50. The scenarios modelled in this plan show that
by 2030 new nuclear could contribute 1015 GW,
with up to 20 GW achievable i build rates are
higher; ossil uel generation with CCS couldcontribute as much as 10 GW; and renewable
electricity could deliver anywhere between 35 and
50 GW depending on assumptions about costs
and build rates.
51. By the end o the ourth budget period, our
analysis suggests that emissions rom electricity
generation could be between 75% and 84% lower
than 2009 levels.
Alt, la , ta wat
52. As set out above, the majority o emissions
reductions will come rom action in buildings,
transport, industry and electricity generation.
However, eorts elsewhere will continue to
contribute in the next decade, during the ourth
carbon budget period, and ultimately to meeting
the 2050 target.
53. In 2009, agriculture, orestry and land
management together accounted or around 9%
o UK emissions. The Government is encouraging
practical actions which lead to eciencies such as
improved crop nutrient management and better
breeding and eeding practices, which save both
money and emissions. The Government is also
working to improve its evidence base to better
understand what this sector can easibly deliver
in the uture. The Government will undertake a
review o progress towards reducing greenhousegas emissions rom agriculture in 2012 which will
assess the impact o existing measures and highlight
urther policy options. Next spring an independent
panel will provide advice on the uture direction o
orestry and woodland policy in England.
54. In 2009, emissions rom waste management
represented a little over 3% o the UK total.
The Government is committed to working
towards a zero waste economy, and by 2050
it is estimated that emissions o methane rom
landll (responsible or around 90% o the sectors
emissions) will be substantially below current
levels. The Government is working to improve our
scientic understanding o these emissions so thatthey can be managed better. Our strategy over
the next decade was set out in the Action Plan
which accompanied the Review o Waste Policy in
England, and includes increases to the landll tax.
By the end o 2013 the Government will develop
a comprehensive Waste Prevention Programme,
and work with businesses and other organisations
on a range o measures to drive waste reduction
and re-use.
A plan that adds up55. Part 3 o this report outlines some illustrative
scenarios to demonstrate dierent ways in which
the ourth carbon budget could be met through
dierent combinations o the various ambitions in
the dierent sectors. As the Government develops
its policy ramework urther it will look to meet
the ourth budget in the most cost eective and
sustainable way and keep costs under review,
developing clear impact assessments and consultingpublicly on policies beore it implements them.
A ull list o the Governments energy and climate
change commitments or this Parliament is set out
at Annex C.
56. We will also continue to work on the
international stage to ensure that this is a genuinely
collaborative global eort. Other countries
are already taking actions to decarbonise their
economies and we will continue to push or
ambitious action both in the EU and globally.At the EU level, the UK is pushing or the EU to
show more ambition by moving to a tighter 2020
emissions target, which in turn will drive a more
stringent EU ETS cap. We will review our progress
in 2014. I at that point our domestic commitments
place us on a dierent emissions trajectory than
the ETS trajectory agreed by the EU, we will, as
appropriate, revise up our budget to align it with
the actual EU trajectory.7
Beore seeking Parliamentary approval to amend the level o the ourth carbon budget, the Government will take into account the advice o the
Committee on Climate Change, and any representations made by the other national authorities.
7
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12 Executive summary
Building a coalitionfor change57. To make this transition, industry, theGovernment and the public need to be pulling in
the same direction.
58. For industry, the global low carbon market
is projected to reach 4 trillion by 2015 as
economies around the world invest in low carbon
technology. The innovation challenge or industry
is in business models as well as technologies, with
electric vehicles, renewable electricity and solid
wall insulation requiring upront investment, but
delivering large savings in operating costs.
59. Industry must lead, but the Government
can acilitate. This plan provides more clarity
on the scale o the UK market opportunity and
the pace o transition. In the next decade, the
state will support innovation to ensure that key
technologies can get o the ground. Rather than
pick a winning technology, the Government will
create markets that enable competing low carbon
technologies to win the largest market shareas the pace o change accelerates in the 2020s.
New business models require new institutional
rameworks that underpin long-term investment.
That is the purpose behind both the Green Deal
and Electricity Market Reorm. As we make the
transition, the state will need to solve co-ordination
problems and ensure that the system as a whole
coheres or example, to understand wheninrastructure decisions are required relating to
the electricity grid, the gas network and charging
points or electric cars.
60. The plans or new electricity inrastructure
and changes in the way in which we travel and
heat our homes will require public support. While
public opinion is in avour o tackling climate
change, there is little agreement over how to go
about it. This plan shows that the UK can move
to a sustainable low carbon economy withoutsacricing living standards, but by investing in new
cars, power stations and buildings. However, it will
require the public to accept new inrastructure
and changes to the way in which we heat homes,
and to be prepared to invest in energy eciency
that will save money over time. As part o this
Carbon Plan, the Government is launching a
new 2050 Calculator, to enable a more inormed
debate about UK energy choices and develop
a national consensus on how we move to a low
carbon economy. The Government will also use
this plan to build more consensus globally on how
moving to a low carbon transition is a practical and
achievable goal.
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13
Part 1: The Governments
approach to energy and climatechange
Introduction1.1 The UK, in common with other countries,
aces two great risks over the coming decades:
First, i we are not able to constrain globalgreenhouse gas emissions, the world aces the
prospect o dangerous climate change, whichwill have unprecedented impacts on global
security and prosperity.
Second, the UK aces challenges to its energysecurity as our current generation o powerstations closes and we must ensure supplies
o energy which are resilient to volatile ossil
uel prices.
Th that lmat ha
1.2 Climate change is one o the greatest threats
acing the world today. There is an overwhelmingscientic consensus that climate change is
happening, and that it is primarily the result o
human activity. There is now almost 40% more
carbon dioxide in the atmosphere than there
was beore the industrial revolution, the highest
level seen in at least the last 800,000 years. As
a consequence, global average temperatures
continue to rise. 200009 was the warmest
decade on record, and 2010 matched 2005 and
1998 as the equal warmest year.8
1.3 The UK accounts or less than 1.5% o global
greenhouse gas emissions,9 so we have a clear
national interest in ensuring that the world tackles
climate change together. Climate change is a
global problem, and it requires a global solution.
Thereore the UKs international approach
ocuses on:
encouraging the European Union todemonstrate leadership on climate change;
infuencing global political and economicconditions to secure action rom other
countries to limit greenhouse gas emissions;
helping developing countries to build the climateresilience o their economies and move towards
low carbon growth in the uture; and
working or a comprehensive global climatechange agreement.
1.4 At the same time as mitigating climate change,
the Government is committed to ensuring that the
UK is resilient to the eects o a changing climate.
The Climate Change Risk Assessment to be
published next year will provide an assessment o
climate change risks and opportunities or the UK.
The assessment will underpin the development
o a National Adaptation Programme establishing
priorities or UK adaptation policy over the next
ve years.
8For urther inormation on climate science see: Royal Society (2010) Climate Change: A summary o the science. Available at:
http://royalsociety.org/climate-change-summary-o-science/9
Climate Analysis Indicators Tool. Available at: http://cait.wri.org/
http://royalsociety.org/climate-change-summary-of-science/http://cait.wri.org/http://cait.wri.org/http://royalsociety.org/climate-change-summary-of-science/ -
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14 Part 1: The Governments approach to energy and climate change
Mata t
1.5 We ace three challenges to our energy
security. First, by 2020, the UK could be importing
nearly 50% o its oil and 55% or more o its gas.
At a time o rising global demand, and continued
geopolitical instability, the risk o high and
volatile energy prices, and physical disruptions
will remain. Second, we will lose a th o our
electricity generating capacity due to the closure
o coal and nuclear plants over the coming
decade. Third, in the long term, while dependence
on imported energy is expected to all, we will ace
a new challenge in balancing more intermittent
supply o energy rom renewables with morevariable electricity demand rom electric cars,
or electric heating. Our system will need to be
resilient to mid-winter peaks in heating demand
due to cold weather, and troughs in supply due to
low wind speeds.
1.6 To meet our energy security needs, gas and
oil will continue to play a valuable role as we
make the transition to a low carbon economy.
Gas will be needed over the coming decades
both or heating and or electricity generation.Even in 2050, gas will contribute to electricity
supply in the orm o power stations tted with
carbon capture and storage (CCS) technology or
as back-up to intermittent renewable generation.
Our energy strategy seeks to underpin secure
and diverse energy supplies, both domestically
and internationally. This involves encouraging
investment in oil and gas production; promoting
reliable supply through more ecient markets
and strengthened bilateral trading relations;
and enhancing price stability through improved
transparency and dialogue.
Our principles1.7 The Government is determined that we
should address the twin challenges o tackling
climate change and maintaining our energy security
in a way that minimises costs and maximisesbenets to our economy.
1.8 To achieve this, we will ollow a clear set o
principles:
We should always aim or the most costeective means to achieve our aims. Thisnecessitates using less energy across the
economy. And it requires using the mostcost eective technologies to drive urther
eciencies and meet remaining demand.
A diverse portolio o technologies,competing against each other or marketshare, can drive innovation and costreduction. While our principle is to choose themost cost eective mix o technologies in any
sector, the reality is that we do not yet know
how these technologies will develop, how their
costs will change, or what other technologiesmay yet emerge. In transport this could mean
electric, plug-in hybrid or hydrogen cars, or
the use o biouels. In heating this could mean
building-level technologies such as air- and
ground-source heat pumps or network-level
options such as district heating. For that reason,
the Government aims to encourage a portolio
o technologies and create competitive market
conditions in which the most cost eective
succeed over time.
Clear long-term signals about the regulatoryramework can support cost reduction.There is a role or the Government in providing
clear, unambiguous signals to the market and
a stable long-term regulatory ramework to
create the conditions or the investment that is
undamental to economic growth and the move
to a low carbon economy.
The Government should help to tacklemarket ailures and unblock barriers toinvestment to encourage growth in newertechnologies. While competition between
technologies and businesses is the best way to
ensure that we nd the most cost eective mix,
there is a role or the Government in identiying
where it can constructively enable the market,
particularly where technology deployment relies
on the creation o new inrastructure.
Costs must be distributed airly. TheGovernment will continue to ocus on thedistributional impacts o the low carbon
transition. We are supporting consumers by
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Part 1: The Governments approach to energy and climate change 15
providing subsidised insulation, delivered by
energy companies, to the most vulnerable
households, as well as bill rebates to more
than 600,000 vulnerable pensioners. TheGovernment also recognises the challenges
conronting energy-intensive industries,
including the diculties some ace in remaining
internationally competitive while driving down
domestic emissions. We are taking active
steps to support these industries through the
transition, recognising the uture role these
sectors will play in delivering economic growth.
1.9 Reducing emissions will have wider impacts.
Creating a low carbon and resource ecienteconomy means making major structural changes
to the way in which we work and live, including
how we source, manage and use our energy.
The Government is committed to identiying a
sustainable route or making that transition by
balancing greenhouse gas benets, cost, energy
security and impacts on the natural environment.
By adopting these principles, we seek to maximise
the potential economic benets to the UK rom
making the transition to a low carbon economy,
as well as to minimise adverse impacts or the
environment and public.10 Doing this in the most
cost eective way will help to enable us to:
use our resources more efciently. Managingenergy and resource demand reduces costs
to businesses and consumers, releasing
spending power that can increase growth and
productivity elsewhere. Lower demand or
energy reduces risks to the security o our
energy supplies;
reduce our exposure to ossil uel pricevolatility. According to the Oce or BudgetResponsibility, a temporary 20% increase in
the oil price (adjusted to remove infation)
would lead to a loss o potential output in the
UK o over 0.3% in the ollowing year;11 and
create long-term comparative advantages.Being an early mover in technologies such
as renewables and CCS could give the UK a
long-term comparative advantage in growing
global markets or these technologies.
The vision for 20501.10 These principles will underpin our vision
or a long-term transition to a low carbon
economy. By 2050 we will have transormed
our buildings, transport and industry, the way in
which we generate electricity and our agriculture
and orestry.
1.11 Low carbon buildings: Heating and powering
buildings produced 38% o the UKs emissionsin 2009. Those emissions are a result o burning
ossil uels to heat buildings, and generating the
electricity that powers our lighting and appliances.
Buildings will need to be much better insulated and
make use o Smart Meters and heating controls,
and more ecient lighting and appliances, to
reduce their demand or energy. At the same
time, we will move away rom the use o ossil
uels or heating and hot water and towards low
carbon alternatives such as heat pumps or heatingnetworks. By 2050, emissions rom heating and
powering our buildings will be virtually zero.
1.12 Low carbon transport: Transport is a majorcontributor to the UKs energy demand and
greenhouse gas emissions, creating 24% o the
UK total in 2009. Most o those emissions come
rom the oil-based uels we rely upon or road
transport. A step-change is needed to move away
rom ossil uels and towards ultra-low carbon
alternatives such as battery electric or uel cellvehicles. New technologies will have implications
or energy security, with increased demands likely
to be placed on the grid by ultra-low emission
vehicles (such as electric cars), as well as presenting
new opportunities or vehicles to help balance
variations in demand or electricity over time and
reducing our exposure to volatile oil prices.
10 In summer 2012 the Government will launch a research programme on sustainable pathways to 2050 which will consider the cumulativeimpacts o and interactions between dierent low carbon technologies. See Annex B or urther details on the wider environmentalimpacts o reducing emissions and meeting carbon budgets.
11 OBR (2010)Assessment o the Eect o Oil Price Fluctuations on the Public Finances . Available at:http://budgetresponsibility.independent.gov.uk/wordpress/docs/assessment_oilprice_publicnances.pd
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16 Part 1: The Governments approach to energy and climate change
1.13 Low carbon industry: Industry currentlyaccounts or nearly one quarter o UK emissions,
generated by burning ossil uels or heat and by
the chemical reactions involved in some industrialprocesses. Production o goods rom paper to
steel will need to become more energy ecient
and switch over to low carbon uel sources.
1.14 Low carbon power generation: Thepower sector currently accounts or 27% o UK
emissions. As heating, transport and industry
become increasingly electried, the amount o
electricity we need to generate is very likely to
increase rom today, and it will need to be almost
entirely carbon-ree. By 2050, the three sourceso UK electricity are likely to be renewables (in
particular onshore and oshore wind arms); coal,
biomass or gas-red power stations tted with
CCS technology; and nuclear power.12 The grid
will need to be larger, stronger and smarter to
refect the quantity, geography and intermittency
o power generation. We will also need to ensure
the security o the ossil uel resources required to
make the low carbon transition.
1.15 Low greenhouse gas agriculture andorestry: Emissions rom agriculture, land use andorestry mostly in the orm o nitrous oxide and
methane made up around 9% o total emissions
in 2009, but will account or an increasingly large
share o overall UK greenhouse gas emissions as
other sectors decarbonise over the next three
decades. In order to meet our 2050 target, the
agricultural sector will need to contribute to
reducing emissions by adopting more ecient
practices. We will also ensure the development oa sustainable and expanding orestry sector.
2050 futures1.16 While our vision or 2050 is clear, there are
huge uncertainties when looking 40 years aheadas to exactly how that vision will be achieved. Our
approach has been to try to explore a range o
plausible scenarios or what the UK might look
like in 2050 and to seek to draw lessons rom
the similarities and dierences between those
scenarios. In line with our principle o seeking the
most cost eective technology mix, our starting
point or this has been to take the outputs o the
core run o the cost-optimising model, MARKAL,
which was produced as part o the Department o
Energy and Climate Changes analysis to supportthe setting o the ourth carbon budget.13
1.17 On the supply side, the core MARKAL run
produces a balanced generation mix, with 33 gigawatts
(GW) o nuclear, 45 GW o renewables and 28
GW o ossil uel with CCS power capacity by
2050. On the demand side, the model run drives
a sharp reduction in per capita energy demand;
in this run, everybody in the UK would use hal as
much energy in 2050 as they do today, due to the
adoption o more energy ecient technologies,with heat pumps, district heating, battery electric
and uel cell vehicles.
1.18 This is only a starting point. Attempting to
pick a single pathway to 2050 by relying on a single
model is neither possible nor a helpul guide in the
ace o great uncertainty. But it does give insight
into the most cost eective way to achieve the
low carbon transition, illustrating the technologies
likely to contribute to reducing emissions, and the
most cost eective timing or their deployment.
It shows that achieving a cost-optimal transition
overall oten necessitates deploying technologies
in the medium term that may not yet be statically
cost eective against the carbon price.14
12 The UK Government works in partnership with the Devolved Administrations in Northern Ireland, Scotland and Wales to deliver thetargets set by the Climate Change Act 2008. While the administrations have a shared goal o reducing the impacts o climate change,policies on how to achieve this vary across the administrations the Scottish Government, or example, is opposed to the developmento new nuclear power stations in Scotland. It believes that renewables, ossil uels with CCS and energy eciency represent the best long-term solution to Scotlands energy security. This document ocuses largely on UK Government policy on climate change, with DevolvedAdministration views set out in Working with the EU and Devolved Administrations on page 99.
13 HMG (2011) Fourth Carbon Budget Level: Impact Assessment (fnal). MARKAL is discussed urther at Annex A.14 The cost eectiveness o measures is aected by the scale and timing o their deployment. Static cost eectiveness does not account or
changes to a measures cost eectiveness due to variations in the scale and timing o its deployment.
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8/2/2019 3702 the Carbon Plan Delivering Our Low Carbon Future
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Part 1: The Governments approach to energy and climate change 17
1.19 Alongside this core MARKAL run the
Government has developed three urther utures
that attempt to stress test the results o the core
run by recognising that there will be changes thatwe cannot predict in the development, cost and
public acceptability o dierent technologies in
every sector o the economy.
Figure 1: 2050 utures
Higher
renewables;
more energy
efciencySt
tch
an
ge
e
chnolog
ep-changein
beh
a
Step-changeinCC
S
andst
technology,inpowerand
,reneindustryapp
licationsorage
ycosts
wab
le
Higher CCS;vio
ur
more
bioenergyCoreMARKAL
ame-ch
anging er
yco
st
ough
inpow
Nog
technolo
g
eakthr
br
Higher nuclear;
less energy
efciency
1.20 Future Higher renewables, more energyefciency assumes a major reduction in the costo renewable generation alongside innovations that
acilitate a large expansion in electricity storage
capacity. This helps to manage the challenges
o those renewables that are intermittent. It is
consistent with a world where high ossil uel prices
or global political commitment to tackling climate
change drives major investment and innovation
in renewables.
1.21 As a consequence, the power generation mix
includes deployment o wind, solar, marine and
other renewable technologies, as well as back-up
gas generation. This uture also assumes a major
reduction in per capita energy demand driven by
people embracing low carbon behaviour changes
and smart new technologies such as heating
controls, and recognising the nancial benets o
taking up energy eciency opportunities. We
electriy the majority o our demand or heat,
industry and transport using ground- and air-
source heat pumps in buildings and electried
industrial processes, and we travel in ultra-lowemissions vehicles.
1.22 Future Higher CCS, more bioenergyassumes the successul deployment o CCS
technology at commercial scale and its use in
power generation and industry, supported by
signicant natural gas imports, driven by changes
such as a reduction in ossil uel prices as a result o
large-scale exploitation o shale gas reserves. It also
assumes low and plentiul sustainable bioenergy
resources (see box 2).
1.23 In this uture, signicant amounts o
relatively low cost, sustainable biomass result in
CCS also being used with biomass (BE-CCS) to
generate negative emissions.15 Negative emissions
production is a game-changer in that it could oset
the continued burning o ossil uels elsewhere
in the energy system. In this scenario, BE-CCS
creates around 50 million tonnes carbon dioxide
equivalent (MtCO2e) o negative emissions
equivalent to almost 10% o todays total whichcreates headroom or some ossil uel use.
As a result, this pathway has less electrication
o heat and transport, with more heat demand
met through network-level heating systems such
as district heating or combined heat and power.
In transport, more demand is met through
sustainable biouels use in cars and buses, while
strong eort is made to improve the eciency o
UK land management. No unabated gas generation
is needed to balance the system in this uture.
1.24 Future Higher nuclear, less energyefciency is a uture that is more cautious aboutinnovation in newer technologies. CCS does
not become commercially viable. Innovation in
oshore wind and solar does not produce major
cost reductions. Lack o innovation in solid wall
insulation results in low public acceptability o
energy eciency measures.
15 In the 2050 modelling, biomass uel sources are typically assumed to be zero carbon because the CO2
released with their combustionis equal to the amount sequestered through the process o growing the biomass. Capture o this CO
2through use o CCS technology
(BE-CCS) removes it rom the system altogether by pumping it underground thereby creating negative emissions.
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