Güvenli, Temiz ve Verimli Enerji...uzmanlık sağlayacak bir platformun yaratılması hedeflenmektedir Ortaklık yapısında: • Araştırma kuruluşları • Akademi • Sosyal

Ufuk2020 Programı Green Deal (Yeşil Mutabakat) Çağrısı

Güvenli, Temiz ve Verimli Enerji

Çağrı YILDIRIM

Ufuk2020 Enerji Alanı Ulusal İrtibat Noktası

14/07/2020

Area 1: Increasing Climate Ambition: Cross sectoral challenges

2

Towards Climate-Neutral and Socially Innovative Cities

Şehirlerin «İklim Aksiyon Planları» ve «Sosyal İnovasyon Aksiyon Planları» geliştirmeleri ve uygulamalarına yönelik teknik, idari, finansal ve sosya ekonomik uzmanlık sağlayacak bir platformun yaratılması hedeflenmektedir

Ortaklık yapısında:

• Araştırma kuruluşları

• Akademi

• Sosyal girişimciler

• Finansçılar

48-60 Ay

Activity 4: Bütçenin %60

20 -30 Büyük Uygulama Sahaları

• Yatırımcılar• Hayırseverler• NGOs• Ulusal ve yerel

yönetimler• Vatandaşlar

Towards Climate-Neutral and Socially Innovative Cities

Develop: science-based indicators for assessing cities’ climate neutral action plans

(emissions reduction); innovative urban greening assessment methodologies for

planning & monitoring emissions reduction; inter-operable and comparable cities

evidence repositories

Identifying regulatory, institutional, governance, financing, public acceptance, and other barriers preventing progress towards climate neutrality

Sharing of experience and good practices between cities

3

Activity 1: Climate action plans and Green Deal innovation

Activity 2 : Investment project preparation and finance

Identify strategies and financing solutions for cities to reach climate neutrality

Build on existing practices developed by global, European and national initiatives and programmes

4

Towards Climate-Neutral and Socially Innovative Cities

Activity 2: Investment project preparation and finance:

Support cities and local communities in testing

solutions

Combine existing results of European R&I with

social innovation

Citizens engagement activities

5

Towards Climate-Neutral and Socially Innovative Cities

Activity 3: Social innovation and citizens’ engagement

Open call(s): to support large scale pilots for the deployment in leadcities

Replicability via at least 2 follower cities (smaller than 50 000inhabitants)

20 to 30 large scale pilots

6

Activity 4: Research and Innovation for climate-neutral transformation of cities

Towards Climate-Neutral and Socially Innovative Cities

Expected Impacts

Establish a European level structure offering support to and promotion ofsystemic transformation of cities towards climate neutrality

Empower cities and local communities through social innovation

Put in place measures allowing climate neutrality by 2030 for the participatingleading cities and districts;

Put in place measures towards climate neutrality by 2030 in European cities that will demonstrate visible substantial reduction of greenhouse gas emissions and air pollution

Improved share of sustainable and active transport modes

Area 2: Clean, affordable and secure energy

8

Demonstration of innovative critical technologies to enable future large-scale deployment of offshore renewable

energy technologies

Yenilikçi çözümlerin geliştirilerek;

-Açık deniz yenilenebilir enerji teknolojilerinin enerji sistem entegrasyonunun sağlanması

- Fosil tabanlı enerji üretimine bağımlılığın azaltılması

Rüzgar Güneş Dalga Enerjisi Gelgit Enerjisi (tidal)

Teknolojiler TRL 7 Seviyesine getirilmesi beklenmektedir

Enerji Sistemlerinin Entegrasyonu

Demonstration of innovative critical technologies to enable future large-scale deployment

of offshore renewable energy technologies

• Offshore renewable energy power generating systems: innovative large scale integrated systems,

floaters and substructures, mooring and anchoring systems

• Grid infrastructure: innovative Direct Current (DC), AC/DC hybrid technologies and systems as a

supporting step towards large offshore HVDC grids (e.g.multi-vendor Multi-Terminal HVDC (MT

HVDC) systems, grid forming converter, HVDC diode rectifiers, Modula Multilevel Converters

(MMC), DC Circuit Breaker (DCCB); DC/DC converter and DC/power hub) and their control and

management system; for floating renewable energy technologies: innovative dynamic inter-

device/inter-array cables and connections to converter stations at sea or offshore hubs.

• Power to X/storage systems: innovative offshore storage and/or power to X systems to maximise

the use of offshore resources and increase the system resilience

9

Demonstration of innovative critical technologies to enable future large-scale

deployment of offshore renewable energy technologies

• Industrial design and manufacturing processes, circularity, scalability, installation methods,

transport, operation &maintenance, supply chains and the related digital infrastructures.

• Regulatory, market and financial challenges

• Marine spatial planning issues as well as currently known barriers such as costs, public

acceptance and vulnerability to changing climate conditions in offshore areas, and considering

needs, values and expectations of society through close and continuous discussion with

stakeholders

• Projects are requested to demonstrate the technologies at sea while respecting existing

environmental regulatory framework

• Present an environmental monitoring plan to be implemented during the demonsration activities

10

Go/No Go Moment

Expected Impacts:

The project should clearly demonstrate all potential impacts on the future roll-out of large-scale deployment of offshore renewable energy,

The project should demonstrate how it contributes to the SustainableDevelopment Goals of the United Nations (SDG 7 & SDG 9).

Increasing incentives for investment and economies of scale in offshore bringingdown costs and create new business models and services.

The project should demonstrate how it contributes to the different EU policies like the SET-plan, the European Green Deal, Clean Planet for All and the New Circular Economy Strategy

New Circular Economy Strategy

Area 2: Clean, affordable and secure energy

12

Develop and demonstrate a 100 MW electrolyser upscaling the link between renewables and commercial/industrial

applications

100 MW’lık elektrolizör uygulaması

State of the Art: Daha büyük modüllerin geliştirilmesi

Geliştirilen modüllerin 100 MW’lık elektrolizör sistemine entegrasyonu

Yakıt Pilleri ve Hidrojen Ortak Girişimi (FCH JU)• Demo4Grid (4 MW)• Driving CleanEnergy Forward (20 MW)

Develop and demonstrate a 100 MW electrolyser

13

Main Activity

• Development, installation and

operation of a 100 MW

electrolyser

• Demonstrate the increased

usage and economic impact

of RES mix

• Operation of an electrolyser

system in real life conditions

industrial or port environment

Other Activities

• Demonstration of the future

economic viability

• Reduced footpringt / address

potential health and safety

• Evaluation of the environmental

performance of system

• Evaluation of ecological and

societal benefits

• Combination with other EU or national financing instruments

• Financing plan

Knowledge Sharing Activity:

• 3 Workshops / 2 of them in

Europe

• Contribute to addressing

common challenges,

information and dissemination

with other relevant projects

funded by EC

Technological impacts

• Establish a European industry capable of developing novel hundreds of MW electrolysers using a European value chain,

• Reduce the plant’s footprint by 30% thanks to the larger modules

Operational and environmental impacts

• Demonstrating feasible operation of 100 MW-scale electrolysis and the use of the produced hydrogen

• Assessment of feasibility to connect the electrolyser to a production site of renewable sources of energy such as offshore/onshore wind, or solar plants

Cost competitiveness impacts:

• Demonstrate a compelling economic and environmental case, including boundary conditions, for key applications such as transport, energy storage, raw material (hydrogen and oxygen) or heat and power production

14

Expected Impacts

Energy and resource efficient buildings

15

Building and renovating in an energy and resource efficient way

Mevcut binaları sıfır emisyon / sıfır kirlilik olarak tasarlanması veya uyarlanması

Pozitif enerji binalara dönüşümün sağlanması

Enerji Verimli Bina Yenileme

Enerji Verimli Bina Tasarımı

HVAC çözümler

En az 2 uygulama sahasının olması (ikametli ve ikametsiz, yeni ve/veya yenilenmiş)

Teknolojiler TRL 7/8 Seviyesine getirilmesi beklenmektedir

Yenilenebilir Enerji Teknolojilerinin Entegrasyonu

Enerji Depolama Sistemleri

Akıllı Bina Hizmetleri Tüketici Farkındalığı Arttırma Faaliyetleri

Building and renovating in an energy and resource efficient way

Energy and resource efficient, seamless industrial

construction/renovation workflows

Recycling/reuse of construction materials or reduction of them

Demonstrating high replicability, reduced maintenance costs and long term performance

Ensuring the fire and seismic safety of the building

Minimizing disruption for building occupants

Delivering post-construction/renovation monitoring of both operational energy

performance

Sustainable and highly energy efficient building designs

Digital and EGNSS based methods of design and constructio, smart

monitoring and tracking of building and renovation process

Innovative and more energy efficient Building Integrated

Photovoltaics (BIPV) converting the building envelope into

electricity producing surfaces

Sustainable, innovative zero-emission and more cost and energy efficienct, RES power generation in the buildings

Power generation systems (BAPV where BIPV is not an option)

HVAC solutions (reversible heat pumps with refrigerants)

16

Scalability design of green, positive energy neighbourhoods

Highly energy-efficient building operation and long term performance with the help of digital

technologies

Optimal dynamic matching of on-site renewable energy generation and building consumption;

integrated demand-response

Smart home services, advanced automated controls

Integration between building energy management sysstems/building automotion

control systems, renewable electricity, storage, grid and urban service facilities

Potential for local flexibility to be aggragated and bundled; possibility to trade

Citizen awareness raising activities

Green neighbourhood «libing labs» to facilitate:

Social innovation

Promote education

Training for sustainability

Coordination on standards and

regulatory aspects to ensure operational

efficiency of buildings and HVAC technologies

17

Energy storage systems with bidirectional charging functionalities

The validation of the market and consumer uptake potential should be carried out in the forms of living labs

Innovation clusters will be set up

Building and renovating in an energy and resource efficient way

Expected Impacts:

Primary energy savings triggered by the project

Investments in sustainable energy triggered by the project

Reduction of greenhouse gas emissions towards zero (in tCO2-eq/year)

Reduction of air pollutants towards zero (in kg/year) for the total life-cycle compared

Demonstration of high potential for replicability using new or existing innovation clusters incorporating the whole value chain

Teşekkürler

E-posta:[email protected]