decarbonisation and energy efficiency...decarbonisation in horizon 2020 climate action as “key...

Decarbonisation and

Energy Efficiency

Stefan Fischer NCP +41 31 380 6010 stefan.fischer@euresearch.ch

Bern, 05.09.2019

Judith Zbinden NCP +41 31 380 6016 judith.zbinden@euresearch.ch

Decarbonisation

Quiz question:

How much CO2 is produced when burning one litre of petrol?

123 g

713 g

2.33 kg

2.64 kg

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Decarbonisation

Quiz question:

How much CO2 is produced when burning one litre of petrol?

123 g

713 g

2.33 kg

2.64 kg

2 C8H18 + 25 O2 → 18 H2O + 16 CO2

3

Road to a Climate Neutral Economy

Embracing clean, safe and connected

mobility

Full decarbonising –Europe’s energy

supply Putting industrial

modernisation at the centre of a fully circular

economy

Maximising benefits from energy efficiency

Developing smart network infrastructure and interconnections

Reaping the full benefits of bioeconomy and creating

essential carbon sinks

Tackling remaining CO₂ emissions with carbon capture

and storage

Source: https://ec.europa.eu/clima/sites/clima/files/docs/pages/vision_1_emissions_en.pdf

Road to a Climate Neutral Economy

Embracing clean, safe and connected

mobility

Full decarbonising –Europe’s energy

supply Putting industrial

modernisation at the centre of a fully circular

economy

Maximising benefits from energy efficiency

Developing smart network infrastructure and interconnections

Reaping the full benefits of bioeconomy and creating

essential carbon sinks

Tackling remaining CO₂ emissions with carbon capture

and storage

DT-FOF-09-2020: Holistic energy-efficient factory

management

Source: https://ec.europa.eu/clima/sites/clima/files/docs/pages/vision_1_emissions_en.pdf

The ten key actions of the integrated SET-Plan

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No 1 in Renewables

1. Develop performant renewable technologies integrated in the energy system

2. Reduce the cost of key renewable technologies

Consumers in the Energy System

3. Create new technologies and services for consumers

4. Increase the resilience and security of the energy system

Efficient Energy Systems

5. Develop energy efficient materials and technologies for buildings

6. Improve energy efficiency for industry

Sustainable Transport 7. Become competitive in the global battery sector (e-mobility)

8. Strengthen market take-up of renewable fuels

Carbon Capture, Utilisation and Storage

9. Drive ambition in carbon capture and storage/use deployment

Nuclear Safety 10. Increase safety in the use of nuclear energy

Beyond Technical Innovation

Decarbonisation requires deep economic and societal transformations:

R&I in business models

Climate policy

Public administration

Standardisation

Consumer behaviour …

Example:

LC-SC3-EC-4-2020: Socio-economic research: non-energy impacts and behavioural insights on energy efficiency interventions, CSA

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Decarbonisation in Horizon 2020

Climate action as “key Horizon 2020 objective”: ≥ 35% of entire budget of Horizon 2020 to address

Climate action.

3500 million EUR for focus area Climate.

Focus areas “Climate: Building a low-carbon,

climate resilient future (LC)” with 100 topics in

2020.

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Decarbonisation in Horizon 2020

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Societal Challenges (SC)

Climate/Environment (SC5)

Inclusive Societies (SC6)

Energy (SC3)

Transport (SC4)

Health (SC1)

Food (SC2)

Security (SC7)

Excellent Science

Marie Skłodowska-Curie Actions (MSCA)

Research Infrastructures

Future and Emerging Technologies (FET)

European Research Council (ERC)

Industrial Leadership

Leadership in Enabling and Industrial Technologies: • NMBP: Nanotechnology Advanced Materials Biotechnology Manufacturing & Processing

• ICT • Space

Access to risk Finance

Innovation in SME

Spreading Excellence and Widening Participation

Science with and for Society

European Institute of innovation and Technology (EIT)

Euratom

Joint Research Centre (JRC)

Materials

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Production

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Food

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Agriculture

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Road Transport

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Air Traffic

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Water Transport

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Earth Observation

Climate

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Buildings in Energy Transition (B4E)

Optimizing energy in buildings and creating new value streams

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Digitalisation of building energy, in connection with the energy system and the grid

En-efficient and renewable-intensive buildings renovation

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IoT, Big Data, Artificial

Intelligence, Blockchain

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Biofuels

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Biofuels

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Fuels from Sunlight, Concentrated Solar

Power (CSP)

• Power • Fuels • Desalination

Fuels from Sunlight, Concentrated Solar Power (CSP)

and/or

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Photovoltaics

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Floating Wind Farms, Offshore Wind

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Geographical Islands

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Energy Islands

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Energy Islands

Batteries

Target energy storage cost:

0.05 EUR/kWh/cycle by 2030

Cost target: 90-100 EUR/kWh

Targets cell-level energy density: 750 Wh/l -1200 Wh/l, 350 Wh/kg – 400 Wh/kg

Energy Efficiency Financing

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Rebound Effect

Behaviour

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Events

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Upcoming Events

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How to write a competitive proposal for Horizon 2020 by Sean Mc Carthy 12 November 2019, Bern

Horizon 2020 Proposal Writing Training by Euresearch 19 and 26 November 2019, Bern

Links

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Links

Funding and Tenders Portal

Reference Documents and Work Programmes

Our Vision for A Clean Planet for All

SET-Plan 10 Key Actions

Cordis Data Base of funded projects

Spreadsheet with list of all Horizon 2020 topics

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Questions?

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