Josie Gough
Regional Manager –South West
Innovate UK – Sustainability and Funding Opportunities
Activity Discovery & Research Innovation Commercialisation
TRL Description Basic
principles
observed and
reported
Concept or
application
formulated
Experimental
proof of
concept
Concept or
process
validated in
laboratory
System or
component
validated in
relevant
environment
System model
or
demonstrator
in relevant
environment
System
prototyping
demonstrator
in operational
environment
Actual System
completed
and qualified
test & demo
operational
environment
Actual system
mission
proven in
successful
mission
operationsSource: NASA Technology Readiness Level model
Academia Business
Funding & Support for Business Led Innovation
Challenge
Industrial Strategy
Challenge Fund
Responsive
Sector & Open
Programme
Business Growth Pilots: Innovation Loans & Investment Accelerator
Knowledge Transfer Partnerships
How do we Fund?
Managed Programmes: Procurement, Government, Late-stage (e.g ATI)
Datavis
The mission of Innovate UK is to
accelerate UK economic growth
through funding and connecting
business-led innovation
Industrial Strategy Challenge Fund
Medicines manufacturing technologies
Batteries for clean and flexible energy
storage
Robots for a safer world
Self-driving vehicles
Manufacturing and materials of the future
Satellites and space technology
The next wave of the Challenge Fund
Data to early diagnosis
& precision medicine
Healthy ageing
Next generation services
Audience of the future Quantum technology
Transforming
construction
Transforming food
production
Energy revolution
7
£1.5 million grant funding available for a portfolio of 10-20 Smart
Local Energy System Concepts and Designs
Smart Local
Energy Systems
Concepts and
Designs
Reduce costs
•Investment and operating costs
•Lower consumer bills by 25%
•Infrastructure productivity
•System efficiency
Improve environment
•Carbon Budget 5
•Air Quality
•Built and natural
World-leading
consumer experience
Resilience
•Energy security
•Short and long timescales
•Cybersecurity
•Environmental changes
•Social changes
Test and scale up
•technologies
•business models
•Regulations, codes and
standards
Smart energy industry
growth
•Local & National
•Private investment
•International leadership
Key
outcomes
desired by
early 2020s
These will give an opportunity
to develop and assess radical
concepts and designs for smart
local energy systems holistically,
in terms of their local and
national economic,
environmental and societal
benefits.
The best of these will be invited
to participate in a subsequent
funding competition for detailed
development.
8
Understanding of current and
future energy supply, demand and
storage options in a specific part
of the UK
Analysis of how energy supply and
demand for heat, power and
mobility could be optimised locally
within a national system.
Plans for integrating and testing
existing assets and infrastructure with
new technologies, information,
communication, decision-making,
control systems and user-centric
approaches.
Estimate economic, environmental and
societal costs, benefits, risks
• Energy system costs, efficiency,
flexibility, resilience, productivity,
emissions
• Consumer energy bills,
competitiveness, fuel poverty
• Local and national jobs, economic
impact.
Detailed business and financing plan
• how costs, risks and benefits will be
shared
• changes to codes, standards or
regulations
• evidence of stakeholder support
Evidence for scaling and repeating
the approach across the UK, driving
private finance investment and UK
smart industry growth.
Minimum
outputs required
from concept
and design
projects
by July 2019
9
£40 m collaborative R&D grant funding for Smart Local
Energy System Demonstrators that will deliver
ambitious outcomes by 2022
£40m for 1-3 Smart
Local Energy
Systems
Demonstrators
(e.g. medium-sized
town)
Cheaper, cleaner,
more desirable
energy services for
users
Prosperous and
resilient
communities
Intelligent Scalable
Replicable
Investable
Heat, power and
mobility
Evidence to prove
new business
models, system
impacts
Supply chains,
growth, skills, and
processes
Follow on private
investment to
repeat across the
country
10
A scalable, replicable, practical,
well-structure, and well-
managed world-leading
innovative project that can be
delivered in a specified large UK
location (e.g. a medium-sized
town) and evaluated by 2022
Optimise across diverse energy
supply, infrastructure and
users, intelligently linking
power, mobility, and heat to
reduce costs and emissions,
improve resilience and user
experience, and new services
Build high value local jobs
and enduring national
supply chains (including
designing, financing,
managing, installing,
operating)
Deliver evidence and
economic, environmental
and societal benefits to a
range of stakeholders for
the local area and the UK as
a whole by 2022
Trial and scale up the use of
innovative technologies,
infrastructures, business,
financing, or regulatory models,
codes, or standards, alongside
each other.
Provide evidence for scaling
and repeating the approach
across the UK to a range of
stakeholders, driving private
finance investment and
sustainable industry growth.
Leverage existing resources
(financial, assets, data,
consumers, consents, etc.),
align with local and national
strategies, and adopt best
practices to reduce delivery
risks
Create, protect, manage, an
capture and exploit value
from data and intellectual
property.
We are looking to fund 1-3 demonstrators to
deliver the following outputs by 2022
11
For example including…
• energy network companies
• energy suppliers, big and small
• technology developers, including smart appliance manufacturers,
• smart system developers
• digital systems developers, including data analytics and AI
• design and consumer interface specialists
• engineering service and integration businesses
• exceptional leaders and communicators who can inform and inspire consumers
and private investors
We welcome innovative and ambitious partnerships
12
How to get involved
• Look out for further announcements on the Prospering from the
Energy Revolution Challenge from UK Research and Innovation
https://tinyurl.com/energysystemdemos
https://tinyurl.com/energysystemdesigns
13
ISCF – Wave 3 developing challenge proposal
“Growing Cities Sustainably”
• This proposal is at industry consultation phase and being socialised for comment
during June 2018.
The issue: Cities are complex systems largely run as a collection of functional silos.
Outcomes: To seek the development of functional, sustainable and cohesive
communities, agile enough to embrace the opportunities of new technologies but
which don’t increase the pressure on local environment, infrastructure and services.
Activities
• Dynamic and accessible visualisations of scenarios and options
• Integrate city data at scale programmes
• Engagement with enabling technology capability including AI
• Enhance the capabilities of city authorities by adding innovation capacity and
supporting leadership development
ISCF – Wave 3 developing challenge proposal
“Growing Cities Sustainably”
Outputs
1) Establish a Core Information Management Hub- For Data Analytics and Management/
visualisation
- Standard adoption and development
2) 3-5 City Demonstrators- Demonstrate how new products and services get developed
inspired by the data insight
- demonstrate the effectiveness of new methods of procurement and solving Cities’ biggest
challenges
- New approaches to community master planning
3) Guidance and mechanisms to promote and support effective city leadership around data
management and use
4) Collaborative R&D Programme which encourages innovations in planning utilising data
analytics and AI capabilities.
New
innovation
finance
Innovation loans
For late stage R&D
Between £100k and £1m
2 year pilot period
Interest fixed
Micro, small or medium sized businesses
Low cost, patient, flexible
The Refreshed Open Competition
Your proposal must:
• Demonstrate a clearly cutting-edge, game-
changing or disruptive innovative concept or
idea designed for commercialisation (ideally
as soon as possible following completion)
• Aim to lead to new products, processes or
services (or novel use of existing ones) that are
deemed to be significantly ahead of anything
similar in the field
• Be in line with the overview, terms and
conditions outlined in the competition brief
available on the .gov.uk website
• Project duration between 6-18 months and
total project costs between £25K-£500K; these
can be either a single or collaborative
application
• Project duration between 19-36 months and
total project costs between £25K-£2M; these
must be collaborative
Knowledge Transfer
Partnerships
How do we Connect?
Thematic Focus
Knowledge Transfer Advisors
Local Presence
Global Connections
EEN – part of Innovate UK’s Connect Strategy
Finding Partners for international and domestic collaboration in R&D and Tech Transfer
Supporting applicants to, and beneficiaries of, Innovate UK and EU funding schemes
Working with business for the commercialisation of their technologies
innovate2succeed – intensive innovation coaching for business
Up to 7 days intensive coaching support – expert modules include:
• Business and Innovation strategy
• Bid writing
• Commercialisation strategies
• Intellectual Property management
• Lean process development
• Access to Finance and Funding
We can’t stop
thinking about
the future
Empowering innovative
UK businesses today to
lead the global growth
industries of tomorrow.

Josie Gough Innovate UK Sustainability and Funding Opportunities low carbon innovation in the built environment 14th june 2018

  • 1.
    Josie Gough Regional Manager–South West Innovate UK – Sustainability and Funding Opportunities
  • 2.
    Activity Discovery &Research Innovation Commercialisation TRL Description Basic principles observed and reported Concept or application formulated Experimental proof of concept Concept or process validated in laboratory System or component validated in relevant environment System model or demonstrator in relevant environment System prototyping demonstrator in operational environment Actual System completed and qualified test & demo operational environment Actual system mission proven in successful mission operationsSource: NASA Technology Readiness Level model Academia Business Funding & Support for Business Led Innovation
  • 3.
    Challenge Industrial Strategy Challenge Fund Responsive Sector& Open Programme Business Growth Pilots: Innovation Loans & Investment Accelerator Knowledge Transfer Partnerships How do we Fund? Managed Programmes: Procurement, Government, Late-stage (e.g ATI)
  • 4.
    Datavis The mission ofInnovate UK is to accelerate UK economic growth through funding and connecting business-led innovation
  • 5.
    Industrial Strategy ChallengeFund Medicines manufacturing technologies Batteries for clean and flexible energy storage Robots for a safer world Self-driving vehicles Manufacturing and materials of the future Satellites and space technology
  • 6.
    The next waveof the Challenge Fund Data to early diagnosis & precision medicine Healthy ageing Next generation services Audience of the future Quantum technology Transforming construction Transforming food production Energy revolution
  • 7.
    7 £1.5 million grantfunding available for a portfolio of 10-20 Smart Local Energy System Concepts and Designs Smart Local Energy Systems Concepts and Designs Reduce costs •Investment and operating costs •Lower consumer bills by 25% •Infrastructure productivity •System efficiency Improve environment •Carbon Budget 5 •Air Quality •Built and natural World-leading consumer experience Resilience •Energy security •Short and long timescales •Cybersecurity •Environmental changes •Social changes Test and scale up •technologies •business models •Regulations, codes and standards Smart energy industry growth •Local & National •Private investment •International leadership Key outcomes desired by early 2020s These will give an opportunity to develop and assess radical concepts and designs for smart local energy systems holistically, in terms of their local and national economic, environmental and societal benefits. The best of these will be invited to participate in a subsequent funding competition for detailed development.
  • 8.
    8 Understanding of currentand future energy supply, demand and storage options in a specific part of the UK Analysis of how energy supply and demand for heat, power and mobility could be optimised locally within a national system. Plans for integrating and testing existing assets and infrastructure with new technologies, information, communication, decision-making, control systems and user-centric approaches. Estimate economic, environmental and societal costs, benefits, risks • Energy system costs, efficiency, flexibility, resilience, productivity, emissions • Consumer energy bills, competitiveness, fuel poverty • Local and national jobs, economic impact. Detailed business and financing plan • how costs, risks and benefits will be shared • changes to codes, standards or regulations • evidence of stakeholder support Evidence for scaling and repeating the approach across the UK, driving private finance investment and UK smart industry growth. Minimum outputs required from concept and design projects by July 2019
  • 9.
    9 £40 m collaborativeR&D grant funding for Smart Local Energy System Demonstrators that will deliver ambitious outcomes by 2022 £40m for 1-3 Smart Local Energy Systems Demonstrators (e.g. medium-sized town) Cheaper, cleaner, more desirable energy services for users Prosperous and resilient communities Intelligent Scalable Replicable Investable Heat, power and mobility Evidence to prove new business models, system impacts Supply chains, growth, skills, and processes Follow on private investment to repeat across the country
  • 10.
    10 A scalable, replicable,practical, well-structure, and well- managed world-leading innovative project that can be delivered in a specified large UK location (e.g. a medium-sized town) and evaluated by 2022 Optimise across diverse energy supply, infrastructure and users, intelligently linking power, mobility, and heat to reduce costs and emissions, improve resilience and user experience, and new services Build high value local jobs and enduring national supply chains (including designing, financing, managing, installing, operating) Deliver evidence and economic, environmental and societal benefits to a range of stakeholders for the local area and the UK as a whole by 2022 Trial and scale up the use of innovative technologies, infrastructures, business, financing, or regulatory models, codes, or standards, alongside each other. Provide evidence for scaling and repeating the approach across the UK to a range of stakeholders, driving private finance investment and sustainable industry growth. Leverage existing resources (financial, assets, data, consumers, consents, etc.), align with local and national strategies, and adopt best practices to reduce delivery risks Create, protect, manage, an capture and exploit value from data and intellectual property. We are looking to fund 1-3 demonstrators to deliver the following outputs by 2022
  • 11.
    11 For example including… •energy network companies • energy suppliers, big and small • technology developers, including smart appliance manufacturers, • smart system developers • digital systems developers, including data analytics and AI • design and consumer interface specialists • engineering service and integration businesses • exceptional leaders and communicators who can inform and inspire consumers and private investors We welcome innovative and ambitious partnerships
  • 12.
    12 How to getinvolved • Look out for further announcements on the Prospering from the Energy Revolution Challenge from UK Research and Innovation https://tinyurl.com/energysystemdemos https://tinyurl.com/energysystemdesigns
  • 13.
  • 14.
    ISCF – Wave3 developing challenge proposal “Growing Cities Sustainably” • This proposal is at industry consultation phase and being socialised for comment during June 2018. The issue: Cities are complex systems largely run as a collection of functional silos. Outcomes: To seek the development of functional, sustainable and cohesive communities, agile enough to embrace the opportunities of new technologies but which don’t increase the pressure on local environment, infrastructure and services. Activities • Dynamic and accessible visualisations of scenarios and options • Integrate city data at scale programmes • Engagement with enabling technology capability including AI • Enhance the capabilities of city authorities by adding innovation capacity and supporting leadership development
  • 15.
    ISCF – Wave3 developing challenge proposal “Growing Cities Sustainably” Outputs 1) Establish a Core Information Management Hub- For Data Analytics and Management/ visualisation - Standard adoption and development 2) 3-5 City Demonstrators- Demonstrate how new products and services get developed inspired by the data insight - demonstrate the effectiveness of new methods of procurement and solving Cities’ biggest challenges - New approaches to community master planning 3) Guidance and mechanisms to promote and support effective city leadership around data management and use 4) Collaborative R&D Programme which encourages innovations in planning utilising data analytics and AI capabilities.
  • 16.
  • 17.
    Innovation loans For latestage R&D Between £100k and £1m 2 year pilot period Interest fixed Micro, small or medium sized businesses Low cost, patient, flexible
  • 18.
    The Refreshed OpenCompetition Your proposal must: • Demonstrate a clearly cutting-edge, game- changing or disruptive innovative concept or idea designed for commercialisation (ideally as soon as possible following completion) • Aim to lead to new products, processes or services (or novel use of existing ones) that are deemed to be significantly ahead of anything similar in the field • Be in line with the overview, terms and conditions outlined in the competition brief available on the .gov.uk website • Project duration between 6-18 months and total project costs between £25K-£500K; these can be either a single or collaborative application • Project duration between 19-36 months and total project costs between £25K-£2M; these must be collaborative
  • 19.
  • 20.
    How do weConnect? Thematic Focus Knowledge Transfer Advisors Local Presence Global Connections
  • 21.
    EEN – partof Innovate UK’s Connect Strategy Finding Partners for international and domestic collaboration in R&D and Tech Transfer Supporting applicants to, and beneficiaries of, Innovate UK and EU funding schemes Working with business for the commercialisation of their technologies
  • 22.
    innovate2succeed – intensiveinnovation coaching for business Up to 7 days intensive coaching support – expert modules include: • Business and Innovation strategy • Bid writing • Commercialisation strategies • Intellectual Property management • Lean process development • Access to Finance and Funding
  • 23.
    We can’t stop thinkingabout the future Empowering innovative UK businesses today to lead the global growth industries of tomorrow.

Editor's Notes

  • #2 Sustainable development is at the heart of Innovate UK’s strategy and purpose. At Innovate UK we think about the future and what a future economy will look like. A sustainable economy is one that delivers growth while operating within safe environmental limits and providing social value.
  • #4 Talk here about the Responsive programme as it’s not covered anywhere else
  • #6 6 challenges have already been announced, shown on this slide, and £1 billion so far being committed over the next 4 years to support these areas. These were chosen after a large engagement programme with academics and researchers, finding out which areas needed support, and which in particular had the opportunity to drive productivity and growth for our economy. Each of these challenge areas is an excellent opportunity for business to build the UK’s industries of the future. This is a huge opportunity for UK business to step up and lead the way globally.
  • #7  In November 2016 the Industrial Strategy White Paper announced £725m for a second wave of challenges: Prospering from the energy revolution Transforming construction Transforming food production Data and early diagnosis in precision medicine Healthy ageing Audience of the future And two Pioneer Challenges to build industry engagement: Next generation services Quantum technologies
  • #8 Project rules Projects can last a maximum of 6 months. All projects must start by January 2019, and end by July 2019 You could get funding for your eligible project costs of up to 70% if you are a micro or small business, up to 60% if you are a medium-sized business, or up to 50% if you are a large business. Research organisations undertaking non-economic activity will be funded as 80% of full economic costs (for universities as set out by Je-S), or 100% of eligible costs for other research organisations Total project costs can be between £100,000 and £200,000. The RTOs and public sector organisations collaborating as part of a consortium may share up to 30% of the total grant between them (including as sub-contractors).
  • #10 Project rules Total project costs can be between £26 million and £160 million. We are looking for project partners to match between 1:1 and 3:1 the grant requested from us. Projects requesting more than £13 million in grant funding must contact us by 18th June Projects should last 24-36 months, and include annual funding stage gates All projects must start by January 2019, and end by March 2022, including evaluation Projects should plan to collect 9-12 months operating data on including a range of conditions e.g. summer and winter.
  • #17 We need to continue to innovate ourselves as an innovation agency in order to best support UK businesses. We are investigating the use of new innovation finance such as loans where this is helpful to companies looking to scale Innovate UK’s work in this area is even riskier than many financial institutions supporting businesses – we provide support earlier in innovation stage than others. This may not be early in the life of a business, but it is early in terms of the stage of innovation they and their technologies and processes are at. It is our intention to announce an innovation loan pilot programme later this year – to support businesses in growing and scaling, rather than specifically supporting businesses’ ideas projects But we are clear that sometimes only a grant will do – our grants are not going anywhere.
  • #18 Innovation loans are for businesses that want to scale up and grow through innovation, developing new or improved products, processes or services. Experimental development = commercially usable pilots / prototypes, experimental production & testing 100% of eligible costs Fixed currently 3.7%
  • #19 We are evolving and simplifying our foundation/sector funding to better suit business needs by being more open. This will create more opportunities to apply, moving to more flexibility on scope, greater flexibility on the grant requested, making larger grants available for single company applicants, and making our funding available to companies when it best suits their business cycles. The new-style Open R&D competitions will start after the current Open competition closes on 9 May. We will run two rounds of the new competitions and then review and refine eligibility if necessary. The intention is to continue to run Open R&D competitions as a rolling programme.