Carbon Accounting and Energy Planning in Glasgow | Graham Pinfield
Carbon accounting
and energy planning in
Glasgow
Graham Pinfield
Glasgow City Council
STEP UP Project
TOPICS
Background (UK, Scotland and Glasgow context)
Why account for CO2?
Glasgow CO2 emissions and targets
Sustainable Energy Action Plans
Learning from STEP UP cities
Challenges and opportunities in carbon and GHG
accounting
Background
UK targets
Scotland targets for CO2, GHG, renewable energy, heat, others
Climate Change Reduction Commitment
CoM cities commitment
Glasgow targets
Carbon accounting
City wide CO2 emissions - DECC
Local authority buildings - CRC
Carbon emissions and relation with other datasets
Fuel poverty
Health
End-user carbon dioxide emissions by
region and sector (2012)
SOURCE: Local authority carbon dioxide emissions estimates 2012 ,
DECC,
Per capita end-user carbon dioxide emissions
by region and sector (2012)
SOURCE: Local authority carbon dioxide emissions estimates 2012 , DECC,
Renewable Electricity Capacity Installed (MW)
Scotland, 2000-2012
SOURCE: 2020 Routemap For Renewable Energy In Scotland – Update 2013
http://www.scotland.gov.uk/Topics/Business-Industry/Energy/RoutemapUpdate2013
Why account for CO2?
EU2020 targets
Energy and Carbon Masterplan
Covenant of Mayors
Resilient, sustainable and smart city
Improve peoples lives
Reduce fuel poverty
Create resilience cities
Develop of low carbon economy
Sustainable Energy Action Plans
8
• Sustainable Energy Action Plan
• 2008 EC formed the Covenant of
Mayors
• Main focus: supporting 20% CO2
emissions reduction by 2020
• SEAP planning guidelines
published in 2010. Updates in 2014
• 4,866 signatory cities
• 2,964 SEAPS currently with CoM
1,494 Accepted
Glasgow
Sustainable Energy Action Plan
Overall Strategy
CO2 target
Vision
Staff capacity
Budget
Financing
Baseline Emissions Inventory
-Inventory year
-Emissions factor (IPCC
or LCA)
-Emissions reporting units
(CO2 or CO2e)
-Energy consumption
-Energy supply
-CO2 emissions
Action Plan
- Key actions by sector
- Energy savings/sector
- CO2 savings/sector
- Stakeholders
- Cost / timeframe
Monitoring Plan
-Review of strategy
-Monitoring emissions
inventory
-Results of emissions
inventory
-Review of Key Actions
-Annual monitoring
Glasgow’s carbon accounting
CITY WIDE
•DECC data
• Energy consumption for LA (city wide)
•CO2 emissions for LA 2012
LOCAL
AUTHORITY
• Energy consumption and CO2 emissions for Council state (GCC and ALEO’S)
•Carbon Management Plan
•Carbon Reduction Commitment 2014
Energy
model
• Buildings only (no Transport sector)
•Residential and Non-Residential 2013
•Gas and electricity consumption (different uses, heating, lighting, cooking)
Glasgow CO2 emissions and energy consumption
Glasgow city wide carbon emissions by
sector 2006 - 2012
2,000
1,800
1,600
1,400
1,200
1,000
800
600
2006 2007 2008 2009 2010 2011 2012
Industry and Commercial Total
(ktCO2/year)
Domestic Total (ktCO2/year)
Transport Total (ktCO2/year)
Glasgow Energy consumption by source
2006 and trends up to 2020
16,500
14,500
12,500
10,500
8,500
6,500
4,500
2,500
GWh
Total (GWh/year)
Gas (GWh/year)
Electricity (GWh/year)
Petroleum (GWh/year)
Log. (Total (GWh/year))
Log. (Gas (GWh/year))
Log. (Electricity (GWh/year))
Log. (Petroleum (GWh/year))
Glasgow Carbon Emissions from 2006
and projections for 2020
5,000
4,500
4,000
3,500
3,000
2,500
2,000
1,500
1,000
500
0
2006 2007 2008 2009 2010 2011 2012 2013 2014 2015 2016 2017 2018 2019 2020
CO2 (kilo tonnes)
Carbon emissions for Glasgow 206 - 2012 and projections for 2020
(a) TOTAL Glasgow City kt CO2/year
(b1) SEAP target kt CO2/year
(b2) SEAP target kt CO2/year
(c1 ) BAU ktCO2/year
(c2) BAU ktCO2/year
Population ('000s, mid-year estimate)
Log. ((a) TOTAL Glasgow City kt CO2/year)
Carbon accounting in STEP UP
cities
Riga
• Top down
approach
• Technical
Plan
• SEAP 2014
Ghent
• Bottom up
approach
• Grass root
Plan
• Climate
Action Plan
(SEAP 2014)
Gothenburg
• Mixed
approach
• Local
authority
driven
• In process of
developing
SEAP
Glasgow
- Mixed approach
- Developing the
Energy and Carbon
Masterplan (SEAP
2014)
Challenges and opportunities
CHALLENGES for CO2
accounting
UK Energy market: privatise energy,
limited availability of consumption data.
Reliance in DECC data.
Challenges in building sector (domestic
and non-domestic)
Challenges in transport sector (privatised)
OPPORTUNITIES
Developing an energy model (buildings)
Develop an updated Baseline Emissions Inventory
Creation of ESCO’s and local energy companies
Cross sector opportunities
Area based approach
Work in partnership with other Local Authorities
Glasgow Clyde and Valley
Scottish Cities Alliance
More holistic approach when accounting CO2:
Account Green House Gases (GHG)
Improve methodology using Life Cycle Assessment
(LCA)
“End on a quote”
Graham Pinfield:
graham.pinfield@glasgow.gov.uk
Glasgow City Council
http://www.stepupsmartcities.eu
www.glasgow.gov.uk
Editor's Notes
Comparison from Scotland vs. UK
Key factors:
Decarbonisation of electricity supply in meeting CO2 targets
Increase of wind energy as source from 2002 to 2012; solar PV and other renewable technologies.
Energy from waste
Signatory cities commit to producing a SEAP outlining how they are going to meet a 20% or higher CO2 reduction target. Not just about action on carbon intensive sectors but is also about additional steps such as adaptation of admin structures, training of staff, stakeholder engagement and so on.
Presentation done already by GP
Sign up to P), develop the action plan and submit the action plan and then submit the Implementation report 9after 4 years). In GCC we have taken opportunity of STEP UP to do a gap and issue analysis of existing SEAP as a type of implemtation report which will be incorporated into new SEAP.
BEI helps identify sectors which consume the most energy and pollute the most so that we can concentrate action. BEI has to cover buildings, transport, industry, waste and local energy generation. BEI looks at direct emissions from fuel combustion – CO2, N2O etc. But also other emissions such as methane from waste or farming. Other indirect emissions from production of energy that is consumed within the area.
Glasgow consumed approx. 12,500 GWh of energy in 2011, based in DECC data. The major sources of energy used in Glasgow were Gas (45%); Petroleum products (26%); and Electricity (25%).
About 72% of Glasgow’s total energy-use is attributable to two sectors - the Industrial & Commercial sector (38%) and Residential sector (34%) whilst road transport accounts for 24% of energy use.
Within these energy-intensive sectors energy-use in buildings accounts for approx. 70% of all energy consumed. The principal sources of energy consumed in buildings are Gas (65%) and Electricity (35%). 92% of all energy consumed from petrol is used in road transport.
There is very little renewable energy produced or consumed directly within Glasgow however the current SEAP shows that Glasgow produced 2,385 MWh (843MWh and 1,542 MWh District Heating) in 2006. This is relatively low (0.017%) compared with the total energy consumption for 2006 (13,642 GWh).