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Changes for page eDREAM

Last modified by Emily West on 2022/07/04 14:25
From version 3.1
edited by Emily West
on 2021/12/07 15:27
Change comment: There is no comment for this version
To version 2.1
edited by Emily West
on 2021/12/07 15:25
Change comment: There is no comment for this version

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2 -|**Entry No**|AUTH 13
3 -|**Strategic area(s)**|Finance and Blockchain
4 -|**Name of partner**|AUTH
5 -|**Resource / link**|**enabling new Demand Response Advanced, Market oriented and secure technologies, solutions and business models (eDREAM) https:~/~/edream-h2020.eu**
6 -|**Location, Description of intervention/project**|Italy, Greece, UK
7 -|**Geographical scale of the project**|Micro-grid, Lab, DERS, Asset Management and DR network planning
8 -|**Background information**|The eDREAM project developed new solutions for DSOs, as well as improving decision-making  of  aggregators  and  energy  retailers  using  a  new  decentralized  and  community-driven energy ecosystem by fully integrating the micro-grid and VPPs (Virtual Power Plants) to local power disruption network.
9 -|**Objectives defined**|(((
1 +|Entry No|AUTH 13
2 +|Strategic area(s)|Finance and Blockchain
3 +|Name of partner|AUTH
4 +|Resource / link|**enabling new Demand Response Advanced, Market oriented and secure technologies, solutions and business models (eDREAM) https:~/~/edream-h2020.eu**
5 +|Location, Description of intervention/project|Italy, Greece, UK
6 +|Geographical scale of the project|Micro-grid, Lab, DERS, Asset Management and DR network planning
7 +|Background information|The eDREAM project developed new solutions for DSOs, as well as improving decision-making  of  aggregators  and  energy  retailers  using  a  new  decentralized  and  community-driven energy ecosystem by fully integrating the micro-grid and VPPs (Virtual Power Plants) to local power disruption network.
8 +|Objectives defined|(((
10 10  DSOs: Reduction of overload, New energy services business models, Improved power losses prediction, Enhanced control of the power grid operation.
11 11  
12 12  Aggregators: Supply-demand matching and decentralized coodinated control, VPP flexibility profiling and customer segmentation, Increased forecast capability.
... ... @@ -13,7 +13,7 @@
13 13  
14 14  Prosumers: Direct energy trading in a blockchain-based decentralized marketplace, Financial revenues from energy generating and demand response.
15 15  )))
16 -|**Metrics used**|(((
15 +|Metrics used|(((
17 17  * Demand Response in electricity, power, economy and social impact;
18 18  * Power Supply and Distribution System Evaluation Metrics;
19 19  * Flexibility and Balancing System Evaluation Metrics;
... ... @@ -22,10 +22,10 @@
22 22  * Emissions Evaluation Metrics;
23 23  * Digitalization Evaluation Metrics.
24 24  )))
25 -|**Diversity dimension and findings**|N/A
26 -|**Result summary**|(((
24 +|Diversity dimension and findings|N/A
25 +|Result summary|(((
27 27  * Local flexibility marketplaces, tailored specifically to DSOs and aggregators stakeholders.
28 28  * Local peer to peer energy marketplaces tailored to prosumers and aggregators.
29 29  * VPP optimization framework through dynamic coalitions, tailored to aggregators.
30 30  )))
31 -|**Input for DivAirCity and action items**|Blockchain technology implemented in peer-to-peer energy trading and Marketplace design
30 +|Input for DivAirCity and action items|Blockchain technology implemented in peer-to-peer energy trading and Marketplace design