Greater Manchester Sustainable Urban Development Plan (SUD) Mark Atherton – Director of Environment

Strategies & Policies Embedded into GM Strategies: Greater Manchester Strategy (2009) Climate Change Strategy (2012) Greater Manchester Strategy Refresh (2014) Greater Manchester Spatial Framework (2016) Climate Change & Low Emissions Implementation Plan (2016)

GM’s Climate Strategy: Themes Energy Buildings Transport Sustainable Consumption & Production Natural Capital Skills and Growth Climate Resilience }Cross cutting Implementation Plan outlines actions to meet GM’s 48% carbon target reduction by 2020 `Business as Usual’ not enough for 2050 Significantly scale up our energy efficiency activities and smart energy infrastructure © 2016 Energy Technologies Institute LLP

Current GM Energy Use Wide variation in energy use across GM districts Homes in GM account for 37% of total energy demand 77% of domestic demand is heating and hot water 5% of postcodes in GM ‘off-gas’ Some districts such as Trafford, Stockport and Tameside have proportionally higher levels of inefficient housing

GM Low Carbon Potential The majority of GM renewable generation is from Landfill, sewage and AD gas (74%). Wide variation in installed small scale renewables (<5MW) across districts 140MW of installed renewable electricity capacity. 29MW of installed renewable heat capacity Technical potential for c9% of elec demand from renewable energy Technical potential for c68% of heat demand from renewable energy © 2016 Energy Technologies Institute LLP

GM Energy Generation Potential Significant technical potential in GM for future energy demand met by: Heat networks Solar technologies (heat and power) Heat pumps Biofuel Other technologies (wind, hydro, geothermal) could have role but lesser technical potential in GM. Limitations to role of renewable electricity in decarbonisation within GM particularly onshore wind in current policy environment Important to recognise economic barriers to realising technical potential Increasing decentralised generation will create challenges for networks Number of potential game changers including hydrogen and storage but significant uncertainty © 2016 Energy Technologies Institute LLP

CCLES Implementation Plan Actions (1) Delivery of a large-scale demonstrator of smart heat systems within Greater Manchester (M3) e.g. research, piloting and demonstration of technologies or the integration or management of smart system and heat technologies Delivery of a programme of identified local energy efficient heat networks and plan for their longer term integration (M7) e.g. through the innovative integration of technologies with/within proposed heat networks funded through the Low Carbon Investment Fund Development of alternatives to existing energy systems, including hydrogen and other storage initiatives (M12) e.g. through demonstration of new low carbon technologies and their integration into the existing energy system. Work with commercial building owners and major occupiers to increase commercial building retrofit (M14) e.g. through improving transparency of real time energy performance Identification and delivery of mechanisms to improve poorly performing building stock with low carbon development, particularly where this can also address ill health, poverty and productivity challenges (M16) e.g. innovative design and delivery of programmes to enhance the energy efficiency and resilience on buildings

CCLES Implementation Plan Actions (2) Support businesses, organisations and people to be more energy efficient…..by developing complimentary services with the existing offer (M22) e.g. support services and advice to organisations and business on smart energy innovation and/or energy efficiency which provide additionality to existing programmes Exploitation and promotion of the cutting edge research developed by our universities, harnessing the innovations that arise from it, including implementing eco-innovation projects (E24), e.g. through laboratory scale testing of new technologies to support product testing and innovation Deliver new infrastructure to cut emissions (M28) e.g. piloting and demonstration of innovation to energy distribution networks Stimulate the uptake of Ultra Low Emission Vehicles (ULEV) (M30) e.g. through enhancing demonstration or innovation to GMs EV charging infrastructure or innovation in technology or delivery mechanisms Demonstrate the potential of alternative fuel transport (M31) and reducing emissions from heavy goods vehicles (M33) e.g. by demonstrating new technology or delivery systems which will lead to reduced carbon and other emission to support improved air quality

SUD Programme - Systemic Approach

Coordination and Monitoring

Energy management system Future Possibilities for Delivery SPV/ESCO Balancing service to National Grid and/or Local DNO Energy management system Tier-1 aggregator Grid Aggregation from HPs　in GMCA Aggregation from HPs Ⅰ Ⅱ Controlling signals Local council Local council (?) Local power retailer Aggregation from multiple sources Power supply Ⅲ Owner Owner Social housing Social housing Private housing Private housing subscriber subscriber HP HP School HP HP HP HP Office Tenant Tenant Tenant Tenant Owner Generator (Renewable) University Ⅰ’ EV & battery storage VI Ⅴ Ⅳ Supply heat and electricity Ⅱ’ ＶＰＰ Local renewable energy(heat and electricity ) generation

Isles of Scilly Project (2017-2019)

GM Low Carbon Investment Fund GM Sustainable Urban Development Fund £21m fund available for low carbon/energy innovation projects in GM Up to 50% of project costs Grant funding For further details please contact: Angela.weate@greatermanchester-ca.gov.uk Tel: 07973 957563 GM Low Carbon Investment Fund £15m fund available for low carbon or renewable energy projects in GM Up to 50% of project costs or 20% of total fund value (£3m max) Loan or equity available, with a tenor of up to c.15 years For further details please contact: Alex Gilbert, Amber Infrastructure Alex.gilbert@amberinfrastructure.com Tel: 020 7939 0550 We currently have two funds available to support all of this activity: Sustainable Urban Development Fund (21m grant fund) Low Carbon Investment Fund (£15m loan/equity fund) Where-ever possible, we will ensure that this funding is used to support the local supply chain and sector.