Deliverables

WP1:  Scenario definition, system modeling and specifications for DVPP for actual and future power systems

• D1.1 Definition and specification of DVPP
• D1.2 Specifications and requirements for actual and future scenarios
• D1.3 Methodology for role assignment and application to each scenario
• D1.4 Power system modelling, simulation and co-simulation

WP2: Generic design of DVPPs at the device level

• D2.1 Models for dispatchable and non dispatchable RPPs
• D2.2 Objectives and assessment criteria for control design
• D2.3 Controllers for the RPP level (all types of RPPs) validated in simulation
• D2.4 Controller validation for the RPP level of wind and solar PV power plants using a multi-converter PHIL test bench

WP3: System-level ancillary services: centralized control, coordination and interactions, global validation

• D3.1 Report describing the DVPP ancillary service specifications and different control architectures to achieve those

WP4: System-level ancillary services: decentralized control, stability andregulation in case of future systems

• D4.1 Decentralized Controllers for DVPP Ancillary Services
• D4.2 Methodology for stability assessment of future power system
• D4.3 Report on the viability of the proposed DVPP ancillary service solution

WP5: Optimal operation and configuration of DVPP under uncertainty of non-dispatchable RES

• D5.1 Modeling of VPPs for their Optimal operation and configuration
• D5.2 Tool for the Optimal Operation of DVPPs under Uncertainty of Non-dispatchable RES
• D5.3 Tool for Real-Time Portfolio Optimization
• D5.4 Definition of case studies
• D5.5 Viability of DVPPs
• D5.6 Impact of Massive Penetration of DVPPs on System Operation and Ancillary Services
• D5.7 Regulatory Issues of DVPPs

WP7: Dissemination and exploitation

• D7.4 Final brochure on project findings and recommendations
• D7.5 Pedagogical and Dissemination Toolkit