IEA Wind TCP

About the Danish EUDP Task 41 project – Supporting IEA Task 41

The project aims at building up a stakeholder network of relevant Danish players within the area of DW technology and organize and strengthen the Danish influence and participation in IEA collaborations, both bringing the long experience of Danish actors into play and learning from others around the world. By supporting the work of the IEA Wind TCP Task through various publications, data sets collections, and reports, this project will achieve and consolidate the Danish knowledge and experience within this area, increasing thus furthermore the competitiveness of wind and accelerating the replacement of fossil-based fuels.

DTU Wind Energy will contribute to the IEA Wind TCP Task 41 through communication, exchanging information, sharing results, and carrying out concrete analyzes and investigations in the shape of reports and publications.

https://windenergy.dtu.dk/english/research/research-projects/iea-wind-tcp-task-41

Deliverables

IEA Task 41 D.4.1 – Distributed wind aspects relevant for Danish stakeholders

IEA Task 41 D.3.1. – Control strategies of wind turbines in future distribution systems

IEA Task 41 D.1.2 – Justification for changes to standards regarding distributed wind

IEA Task 41 Report with recommendations on potential standards changes for DW. 

IEA Task 41 Report with guidelines for best practices – DW distributed object catalogues.

IEA Task 41 Report review of mini-grid modelling tools and approaches.

IEA Task 41 Report on the adopted metadata and taxonomies specific for DW.

IEA Task 41 Report on suggested improvements for time series simulation tools when working with DW.

IEA Task 41 Design guide for high renewable contribution isolated power systems systems.

IEA Task 41 report of the State of the industry report for isolated microgrid.

IEA Task 41 Recommendations on potential standards changes for distributed wind

Publications

Loss Minimization in Distribution network using wind power plant reactive power support

Multi-voltage level active distribution network with large share of weather-dependent generation

Open Source distribution network features and challenges

Minimize distribution network losses using wind power – paper presented in CIRED 2021, conference

Reactive power support from converter connected renewables in active distribution network (PEDG paper)

Presentations

Can renewable energy sources support future active distribution networks?

DTU 7k Bus Active Distribution Network

Effects of Weather-dependent Uncertainty in Distribution Grids with Large Share of Wind Power Plants

Hybrid wind power plants – research at DTU Wind

Towards updating the standards for small wind turbines via IEA Task 41

WRA in the small wind regime

Small Wind Conf _22Sept 2021

IEA Wind Task DTU inputs – February meeting

Events – Stakeholders Workshops

• 1st stakeholder workshop

  IEA Wind Task 41 Workshop – Distributed Wind Standards

  IEA Wind TCP Task 41 – Danish EUDP project

  Report_outcomes from 1st Distributed wind stakeholders workshop

  Distributed Wind – DataCatalogue

  Distributed Wind integration to the power system

• 2nd stakeholder workshop

  2nd Danish Distributed Wind Stakeholders Workshop

  Report outcomes from 2nd Distributed wind stakeholders’ workshop

  Project ideas

• 3rd stakeholder workshop

  IEA Wind Task 41 Distributed Wind Workshop – Challenges and Opportunities for Distributed Wind Integration

  IEA Wind Task 41 Distributed Wind Workshop – Danish Test and Resource Centre for Small Wind Turbines

  IEA Wind Task 41 Distributed Wind Workshop – EUDP

  IEA Wind Task 41 Distributed Wind Workshop – Persistent issues for DK small/distributed wind
  Report outcomes from 3rd Distributed wind stakeholders’ workshop

  IEA Wind Task 41 – Social acceptance foci by DTU