Final Conclusions

Key Messages

Published November 2022

Work Package 7. Main author – RISE Research Institutes of Sweden

Final Results of the ANM4L project

Published November 2022

Work package 8. Main author – RISE Reseach Institutes of Sweden

Scientific Publications

Active Network Management for all - ANM4L: a collaborative research project
White paper

This paper presents an overview of the objectives and conceptual approach of the research and development activities in the ANM4L project.

Published November 2020

Available: doi.org/10.13140/RG.2.2.27423.79525

 

Active Network Management solutions and their financial implications on distribution grid development
Conference paper

This paper was presented at the 2022 CIGRE Session, and provides insights regarding the financial implications of non-conventional grid development solutions, which are intended to provide agile, flexible and supportive solutions and thereby enable a sustainable development of the power system.

Published August 2022

Available: e-CIGRE

 

Alternative Network Development– Need for Flexible Solutions for Operation and Planning of Distribution and Transmission Grids
Conference paper

This paper was presented at the 2020 CIGRE Canada Colloquium, and provides insights into grid development trends, the flexibility needs found in the distribution grids, and how these needs can be supported through Active Network Management solutions.

Published October 2020

Available: e-CIGRE

 

Optimal Control Actions in an Electrical Grid with Variable Renewable Energy Sources: Evaluation of the ANM4L Control Algorithms
Master Thesis

This master thesis performed by Erik Boman at Lund University, had the focus to make a comparison of control actions acquired from the GAMS optimization program and the control actions from the algorithms developed in the ANM4L project.

Published May 2021

Available: Lund University

 

Local voltage control in distribution networks using PI control of active and reactive power
Journal paper

This paper was presented at the XXII Power Systems Computation Conference PSCC in Porto, where a decentralized voltage control method is proposed, combining three strategies: support with reactive power, single-sided set point tracking of the upper voltage limit, and limitation using delta control.

The paper is published in the journal Electric Power Systems Research, Volume 212, November 2022, as part of a special issue on PSCC 2022.

Published July 2022

Available: Electric Power Systems Research PSCC

 

Congestion Management in Distribution Systems with Large Presence of Renewable Energy Sources
Conference paper

This paper was presented at the 2022 CIGRE Session, and propose a centralised near-real time control algorithm for combined congestion management and reactive power control in distribution networks.

Published August 2022

Available: e-CIGRE

 

Energy Storage for Voltage Control in LV Grids
Master Thesis

This master thesis performed by Ida Samnegård at Lund University, addresses overvoltage issues in low voltage grids caused by large solar power production. The suggested method uses PI controllers with BESS to absorb active power thereby limiting the voltage rise.

Published February 2021

Available: Lund University

 

Active distribution networks and their impact on the transmission system
Master Thesis

This master thesis performed by Ludvig Andersson at Chalmers University of Technology, adress how local active power control in distribution networks affects the voltage stability of the transmission system in case of contingencies.

Published April 2022

Available: Chalmers

 

Public Deliverables

Deliverable 1.1: Overview of need-owners and their needs

Published January 2020

Work Package 1. Main author – RISE Research Institutes of Sweden

Deliverable 1.3: Report on framework of the project and Transferable best practices

Published June 2020 

Work package 1. Main author – E.ON Energidistribution AB

Deliverable 2.1: Specification of interoperable APIs for the planning tool

Published January 2020 

Work package 2. Main author – RWTH Aachen University

Deliverable 3.1: ANM Control Algorithm for Active & Reactive Power

Published May 2021

Work package 3. Main author – Lund University

Deliverable 4.1: Value of Flexibility for Utilities

Published September 2020 

Work package 4. Main author – RISE Research Institutes of Sweden

Deliverable 4.2: Characterisation of flexibility resources

Published June 2021 

Work package 4. Main author – RISE Research Institutes of Sweden

Deliverable 4.3: ANM Solutions - Regulatory review and implications

Published December 2021

Work package 4. Main author – RISE Research Institutes of Sweden

Deliverable 5.4: ANM partial demonstration in Hungary

Published November 2022

Work package 5. Main author – Eon Észak-dunántúli Áramhálózati Zrt

Deliverable 6.2: Technical replication analysis for a full rollout of the ANM4L solution

Published November 2022

Work package 6. Main author – RWTH Aachen University

Deliverable 6.3/5.5: Recommendations on technical requirements of ANM systems

Published November 2022

Work package 5&6. Main author – E.ON Energidistribution AB

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