IGREENGrid Workshop Madrid, December 3 rd 2014

Transcription

1 IGREENGrid Workshop Madrid, December 3 rd 2014

2 SuSTAINABLE Cost-efficient ways to make the European economy more climate-friendly and energy efficient New operation paradigm for distribution systems

3 SuSTAINABLE Concept and Objectives SuSTAINABLE project will develop and demonstrate a new operation paradigm Enabling a large-scale deployment of variable distributed generation, in particular renewable energy Leveraging information from SM and predictions to manage distribution systems in a more efficient and cost-effective way Improving the flexibility and reliability of the system DATA TOOLS INFORMATION

4 SuSTAINABLE Overview Coordinator: EDP Distribuição Consortium: 8 partners from 5 different EU countries Duration: 3 years (Jan/2013 Dec/2015) Budget: 6 Million Euros (Funding 4 Million Euros) Concept: develop a new operation paradigm for distribution systems Smart Grid Project Family: aligned with European R&D initiatives, projects and goals Validation: INESC Lab, SENSE Lab, NTUA Lab, HEDNO Site Demonstration: InovGrid site

5 SuSTAINABLE Footprint SuSTAINABLE Overview 8 Partners + 10 Advisory Board Members EDP INESC Porto EFACEC REN (*) University of Manchester SiNGULAR - UBI (*) Demonstration site EnergyVille (*) EDSO4SG (*) Universidad Comillas igreengrid - Iberdrola (*) Proof of Concept sites TUB Tennet (*) Vattenfall (*) Bacher Energy (*) ETH Zurich (*) CEZ (*) HEDNO ICCS/NTUA (*) Advisory Board Member 9 EU Member states involved 1 Project Management WP 8 Objectives driven WPs Proof of Concept and Demonstration coordinated by DSOs (EDP+HEDNO) 1 main Demonstration site using the existing project InovGrid Portugal A dedicated WP to ensure broad results dissemination

6 The Team! António Aires Messias João Peças Lopes Nikos Hatziargyriou Pedro Matos Jovica Milanovic Kai Strunz Gonçalo Lacerda André Madureira Luís Seca Andreas Raab Rafael Cossent Aris Dimeas Vera Nunes Nuno Silva Susete Albuquerque Kostas Kaousias Philip Kiese Rui Oliveira João Nunes Ricardo Prata Pablo Frías Pedro Daniel Marisia Giorgi Rui Gonçalves André Neves

7 WP1 Leader: EDPD WP9 Leader: EDPD SuSTAINABLE Work Package Structure Project Structure includes 9 Work Packages (WP) - R&D will be the object of 5 WPs - Validation will be made in 2 WPs using already existing test sites WP2 Leader: EFACEC WP3 Leader: INESCP WP4 Leader: UNIMAN WP5 Leader: ICCS WP6 Leader: EDPD WP7 Leader: Comillas WP8 Leader: TUB

8 SuSTAINABLE High Level Calendar year 1 year 1 year I II III Reference Architecture Specifications Validation Use Cases R&D Development New tools design Planning On-site Validation Regulatory Analysis Replication Plan Dissemination Activities + Project Management Description - Definition of a common architecture - Agreement on interface requirements - Development of the different functional modules - Initial validation of developed tools / algorithms - Proof of concept validation - Demonstration in the InovGrid site - Regulatory and CBA Work Packages

9 SuSTAINABLE Reference Architecture DSO as Distribution System Optimizer, Neutral Market Facilitator, Data Manager,...

10 SuSTAINABLE Functionalities Load and Renewable Energy Forecast at MV level Predictable Using load time series data from DTC, EB and weather forecasts Grid Monitoring and State Estimation at MV level Observable Gather all synchronized information available from different sources: AMI, DTC, PMU Voltage Control at MV and LV Controllable Sending set-points to DER located at the LV in order to control feed-in power and avoid curtailment OPF will produce set of control actions for day ahead and will adjust them in the intra-day

11 SuSTAINABLE Market Approach Technical Virtual Power Plant (TVPP)

12 SuSTAINABLE Validation Sites City of Évora Proof of Concept

13 SuSTAINABLE Integration in the Family of Projects Scalability Replicability Knowledge - Sharing GRID+ SuSTAINABLE SINGULAR 2012 igreengrid

14 SuSTAINABLE Wrap Up Maximize the integration of DER in the distribution grids Leveraging information from SM and assessing short-term predictions through strong R&D development Emerging new active players and new interactions asking for new market architectures, roles functionalities and new regulatory schemes Project developed in cooperation with several member states entities bringing their visions and contexts into the project Manage distribution systems in a more efficient and cost-effective way

15 Thank You!