24
Energy in Cardiff: Technology and Innovation in the Public Estate areth Harcombe nergy and Sustainability Manager

Technology and Innovation in the Public Estate

Embed Size (px)

Citation preview

Page 1: Technology and Innovation in the Public Estate

Energy in Cardiff:Technology and Innovation in the

Public Estate

Gareth HarcombeEnergy and Sustainability Manager

Page 2: Technology and Innovation in the Public Estate

• Cardiff’s Energy Challenges• Progress to date• Ambitions for the future

• The Innovation Story• How and why• Benefits and barriers• What next?

OUTLINE:

Page 3: Technology and Innovation in the Public Estate

Fastest growing UK city –30,000 new homes, 40,000 jobs

Carbon reduction targets - local, national and international

Liveable City ambitions and Future Generations Act

Affordability and security of supply- fuel poverty- local business and inward investment- transportation

£10m annual energy bill for Council buildings

Cardiff’s Energy Challenge

Page 4: Technology and Innovation in the Public Estate

Installed energy efficiency measures in 50 schools and Council buildings

Installed energy efficiency measures in nearly 2000 homes (ARBED/ECO)

Bill Validation and Automatic Meter Reading Incl “Carbon Culture”

Behaviour change strategies (inc remote management)

Re:Fit Cymru - £2m 16/17

Cyd Cymru Energy Switching Scheme

Energy Management and Retrofit

Page 5: Technology and Innovation in the Public Estate

Radyr Weir Hydro - 0.4MW

Roof Mounted Solar (Estate)- 0.74 MW

Roof Mounted Solar (Residential) -100 schemes

Viridor Energy From Waste - 30MW (+20MW heat?)

Celda AD plant (Under const.) – 1.5MW (+1MW heat?)

Landfill Gas 4MW

Misc biomass/Ground Source/Air Source/Solar HW

RENEWABLES @ 36MW

Page 6: Technology and Innovation in the Public Estate

 6% reduction in carbon emissions in Council Estate 15/16  16% of Cardiff’s per-head electricity consumption from local renewable sources, (4th highest urban area in England & Wales (Green Alliance City League Table 2015))  35% decrease in per capita carbon emissions 2005/2014(DEIS/DECC Carbon Dioxide Emissions statistics for 2016). 2020 EU Covenant of Mayors target met (reduce per capita CO2 emissions by 26% by 2020)

OUTCOMES:

Page 7: Technology and Innovation in the Public Estate

Left to do?

Page 8: Technology and Innovation in the Public Estate

Left to do?

Page 9: Technology and Innovation in the Public Estate

Left to do?

Page 10: Technology and Innovation in the Public Estate
Page 11: Technology and Innovation in the Public Estate

Energy Innovation – Why bother?Austerity

Mainstream funding = requires “invest to save” business cases

Carbon Reduction targets remain

Working collaboratively to solve unanswered questions

Engaging with local academia, R&D and entrepreneurship

Councils can offer:• A host of problems to be solved• Large estates to enable prototyping and demonstration• Market exposure and promotion• Strict compliance frameworks!

Page 12: Technology and Innovation in the Public Estate

Support, Funding and De-risking

Energy Innovation – How?

Aspiration/problem

Partner conversation

Project development

Consortium building

Funding opportunity

PROJECT BID£€

Grant funding to support a “leap of faith”

Page 14: Technology and Innovation in the Public Estate

Heritage Retrofit SBRIThe “problem”• More than 30% of buildings in Wales are over 100 years old• Mainstream retrofit sometimes conflicts with heritage protection£500k to run an SBRI Competition for new solutions• 30 applicants, 6 feasibility projects, 3 demonstrators

Q-Bot Limited Underfloor Insulation Robot

Okotech Ltd Heatboss® wireless zoned heating control solution.

Vivus LimeQuick drying lime render and insulation panels

Page 15: Technology and Innovation in the Public Estate

Wasted expenditure

Unrealised energy

Failure Demand

Portable Renewables SBRIThe “problem”• Vacant and underused land• Not enough renewable generation in cities• Can energy be a temporary “meanwhile” use?

£1m to run an SBRI Competition• 35 applicants, 4 feasibility projects, 2 demonstrators

Solar ROLLARAY with storage

Trailblazer Flexible solar sheets with storage

Page 17: Technology and Innovation in the Public Estate

GROUNDWATER HEAT PROJECT

• Grangetown Nursery School Heat pump• Sensors and impact monitoring in 60 boreholes• 3D city scale geological mapping and heat model

Page 18: Technology and Innovation in the Public Estate

Hydrogen Enabled Local Energy

Page 19: Technology and Innovation in the Public Estate

EU FP7 PERFORMERPortable, Exhaustive, reliable, Flexible and Optimized appRoach to Monitoring and Evaluation of building eneRgy performance

• Understand why building actual energy performance is different to building predicted energy performance

• Look to reduce this gap by better management of the buildings HVAC systems through ICT controls

Page 20: Technology and Innovation in the Public Estate

EU FP7 WISDOMWater analytics and Intelligent Sensing for Demand Optimised Management

Demand Management

(Behaviour Change)

Page 21: Technology and Innovation in the Public Estate

Outcomes• 9 live projects• £2.2m external funding and 30 partners• 9 first-of-a-kind technologies/processes being

demonstrated in Cardiff’s estate

• Progress in austerity• Carbon reduction and energy savings• Economic development and SME support

Page 22: Technology and Innovation in the Public Estate

But…

• Dependent on external funding• Fiercely competitive• Opportunistic• Difficulty to be strategic• LA’s not “on the circuit”• Funding rules sometimes prohibitive• EU funding future

Page 23: Technology and Innovation in the Public Estate

Next Steps:• A more strategic approach?

• A network of potential collaborators?

• Broad target areas:• Heat• System integration• Smart energy management• Smart cities

• Moving from demonstration to market (the “valley of death”)?

• Keeping the conversation live?

Page 24: Technology and Innovation in the Public Estate

THANK YOU

Gareth HarcombeEnergy and Sustainability Manager