Delta Energy & Environment Ltd Registered in Scotland: No SC259964 Registered Office: Floor F, Argyle House, Edinburgh, EH3 9DR Roll-out of Sustainable Thermal Energy Technologies – Where Does Current Policy Lead Us? Coventry, 13th April 2016 Contact: Lukas Bergmann | lukas.bergmann@delta-ee.com | +44 131 625 3332 Delta-ee’s core expertise Delta-ee helps energy companies, network operators, policy makers and product manufacturers across Europe navigate the transformation to a more distributed, customer centric, service-orientated energy future. Delta-ee provides: Customer insight Technology expertise on the customer side of the meter Policy & regulation analysis Business model innovation Market analysis & scenarios Demand forecasts & profiles Technology assessment Strategy development & business model analysis Customer propositions Selected clients: Experts in Heat & Distributed Energy 2 What Delta-ee offers to clients Research Services Digital & Services Innovation Connected Home Service Customer Data Analytics Energy Services Innovation Consultancy Market analysis and forecasts Strategy Propositions and customer research Technology and product Distributed Generation & Demand Side Flexibility Energy Storage Service Distributed Power Service Demand Response In Europe Heat Microgen Insight Service Heat Pump Research Service Roadmap Service Pathways® Tool Micro-CHP Service All European focus, except Distributed Power Service which is global, and Microgen Insight Service which is UK Experts in Heat & Distributed Energy Policy & regulation Energy Demand forecasts Summits European ‘Connected Homes and Energy’ Energy Services Micro-CHP Heat Pumps & Utilities 3 Agenda ► Current Status – Where are we at, and where are we going? ► What are the options? ► Electrification – How likely is it? ► What about heat networks? ► A future for gas? ► Conclusions ► Questions Experts in Heat & Distributed Energy 4 Current status – Where are we at, and where are we going? UK Heat Demand by fuel (2013, in TWh) Gas Oil Solid Fuel Electricity Heat sold Bioenergy & Waste Source: DECC (2015) – Energy Consumption in the UK Experts in Heat & Distributed Energy UK Heat Demand by end use (2013, in TWh) Water Heating Process Use Residential Space Heating Cooking/Catering Drying/separation Non-Residential Space Heating Source: DECC (2015) – Energy Consumption in the UK 5 What are the options? ? ? + Experts in Heat & Distributed Energy + 6 Electrification – How likely is it? Preparing the networks and the UK’s generation park is going to be a major challenge. Cumulative number of interventions on the LV network over time for each scenario Cumulative number of interventions ~50% HPs ~20% HPs Low Ref High Source: R. Sansom (2015) – Decarbonising Low Grade Heat For A Low Carbon Future Source: Delta-ee, using simulated HP load profiles and the TRANSFORM model Experts in Heat & Distributed Energy 7 Electrification – How likely is it? Is the installer the bottleneck? Maybe, but it is also not a very attractive market for them at the moment, with the main instrument to support its growth being slow to deliver RHI applications, by month technology MCS registered a/w HP installers andand average installations per installer 2,000 1,800 1,000 5 1,600 900 1,400 800 4 1,200 700 1,000 600 3 800 500 600 400 2 400 300 200 200 MCS registered ASHP installers a/w installs per MCS a/w installer 2014 2015 MCS registered a/w installs per MCS a/w installer Air source heat pump Ground source heat pump Biomass systems February Jul-15 January December Jan-15 November Jul-14 October Jan-14 September July June May Jul-13 August Jan-13 April March Jul-12 February January Jan-12 December November Jul-11 October Jan-11 September Jul-10 August June 0 Jan-10 May April 0 100 July 1 0 Jan-16 2016 Solar thermal Source: Delta-ee, based on data from the MCS and the Delta-ee Heat Pump Research Service Source: Delta-ee, based on DECC’s monthly RHI statistics Experts in Heat & Distributed Energy 8 Electrification – How likely is it? Reaching the required uptake rates will require significant policy intervention from 2020 onwards (& the introduction of more stringent new build regulations before that) Critical path for meeting 80% of all residential and commercial properties’ heat demand with heat pumps by 2050 Experts in Heat & Distributed Energy 9 What about heat networks? District Heating is going to be an important vector for decarbonising heat in dense urban areas, but by 2050 will have to rely heavily on HP technologies or carbon neutral fuel to be carbon free Source: Element Energy Experts in Heat & Distributed Energy 10 A future for gas? ? ? + + Two preconditions: Decarbonisation and (much) more efficient use Source: R. Sansom (2015) – Decarbonising Low Grade Heat For A Low Carbon Future Experts in Heat & Distributed Energy 11 Conclusions Electrification scenario poses significant challenges both on system and individual level. We consider such a future rather unlikely or requiring very strong additional measures to be taken. ? ? + + ? ? + + Other options, like heat networks and the decarbonisation of heat are also challenging, but the sum of the combined challenges and the risks of a mixed approach is likely to be lower than if we put all eggs in one basket. No matter how the future will look like, policy interventions will likely have to be stepped up a notch, and new and improved sustainable thermal energy technologies will play a major role. Experience from other European countries shows that a long-term, crossparty and cross-stakeholder consensus on the future of the UK’s energy system and the roles of the main energy vectors within this future would create the much needed stability for investment and innovation that so often still seems to lack today. Experts in Heat & Distributed Energy 12 Questions? ? Experts in Heat & Distributed Energy 13