Deliverables
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1 Project management

2 Challenges, uses cases & tools requirements

3 Planning & optimisation tools

4 Milan Demo: flexibility by 3GDH

5 Ljubljana Demo: MES flexibility for industrial area

6 Paris Demo: flexibility provided by 5GDHC

7 Value creation from system Milanintegration

8 Transferability & replicability

9 Communication, dissemination & exploitation

2 Challenges, uses cases & tools requirements

D2.1 – Identification of technical challenges related to the decarbonization of the energy system
D2.2 – Identification of the market & regulatory challenges for an effective energy sector integration
D2.3 – Specifications of ancillary services and TSO-DSO interaction (Preview*)
D2.4 – Identification of the environmental and social challenges of energy sector integration (Preview*)
D2.5 – High-level Requirements for SENERGY NETS solutions, demonstrators and case studies (Preview*)

3 Planning and optimisation tools

D3.1 – Open-source Energy conversion and storage model library
D3.2 – GIS user interface for fast prototyping of MES
D3.3 – Flexibility functions for the DSO long-term planning tool
D3.4 – DSO Operational planning tools
D3.5 – Solutions for a flexible operation of multi-energy systems
D3.6 – Solutions for optimized flexibility trading and state-of-the-art ancillary service
provision

4 Milan Demo: flexibility by 3GDH

D4.1 – Identification and Design of Use Cases
D4.2 – Experimentation of Use Cases
D4.3 – Learning and conclusions about Milan demo experimentation

5 Ljubljana Demo: MES flexibility for industrial area

D5.1 – Detailed preparation of the demonstration activities in Ljubljana
D5.2 – Report of the demonstration in Ljubljana
D5.3 – Learnings of Multi-Energy-System Flexibility Utilization for Energy Networks and Markets in Slovenia
D5.4 – Simulation of transition from existing to future energy networks in Ljubljana

6 Paris Demo: flexibility provided by 5GDHC

D6.1 – Detail preparation of the demonstration activities in Paris
D6.2 – Report of the demonstration in Paris
D6.3 – Application of a long-term planning method to include flexibility as a lever
D6.4 – Simulation of medium to long-term strategies for the Paris demonstrator
D6.5 – Learnings and conclusions for the Paris demonstrator

7 Value creation from system integration

D7.1 – Scenario framework for value creation analysis
D7.2 – Flexibility concepts and assessment for each use case
D7.3 – Economic, environmental and social value creation assessment and related KPIs
D7.4 – Comprehensive methodology to assess value creation in sector integration based on technological, economic, social and environmental assessment

8 Transferability & replicability

D8.1 – Analysis of flexibility use cases based on the energy system of the hospital of Cordoba
D8.2 – Analysis of flexibility use cases based on the DH plant of CHP plant in Västerås
D8.3 – Replicability potential of flexible MES: method, data analysis and results
D8.4 – Impact of a strong replication of flexible on electricity systems and markets

9 Communication, dissemination & exploitation

D9.1 – Communication and Dissemination Plan (Preview*)
D9.2 – SENERGY NETS Website (Preview*)
D9.3 – Lessons Learnt
D9.4 – Policy Recommendations
D9.5 – Stakeholder Engagement and Dissemination report
D9.6 – Plan for the Exploitation and Dissemination of Results

 

 

*Preview: Version submitted to the European Commission but not validated yet.

 

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