Resources

AGISTIN

Public Deliverables

D2.1 Energy storage integration requirements, incentives and constraints: EU-wide analyses

This deliverable provides a comprehensive overview of energy storage integration requirements, incentives, and constraints within the European Union.

 

D4.1 Use case identification and test infrastructure set-up

The purpose of this document is to provide a reference point for the different laboratory test cases to be evaluated in WP4, WP5 and WP6 as part of the AGISTIN project.

 

 

Milestone MS2.1

SoA of Connection Network Codes.

 

 

Milestone MS2..2

Innovative Energy Storage Integration requirements, incentives and constraints.

 

 

D3.1: Topologies for
common AGI of identified
combinations

This document provides a general overview of some requirements to be considered when planning an advanced grid interface (AGI).

 

D7.2: Mid-term Communication, Dissemination and Exploitation Plan

This document provides an update on the communication, dissemination and exploitation activities and plan. 

D1.3 First year risk management plan

The Risk Management Plan for the AGISTIN project outlines a comprehensive strategy to identify, assess, and mitigate potential challenges throughout the project’s lifecycle.

 

D1.1 Project method and activity plan

This deliverable provides a preliminary version of the detailed management plan of the AGISTIN project.

 

D1.2 data management plan

This deliverable describes the identified data categories used within the AGISTIN project by the different project partners as well as ethical aspects and data handling requirements.

 

D7.1 First Communication,
Dissemination And Exploitation
Plan Including Project Identity
And Website Report

This deliverable presents a detailed Communication and Dissemination Master Plan and Plan of Exploitation to maximise the impact of the project results for its entire duration and beyond its lifetime.

D2.2: LCA methodology for
storage integrated in AGI

This deliverable provides a framework for practitioners to conduct the Life Cycle Assessment (LCA) of energy storage technologies integrated with Advanced Grid Interfaces (AGIs).

 

Ms3.2 General generic model template available for benchmark simulations

The repository contains open-source MATLAB/Simulink simulation models which can be used for individual parameterization and simulations. The models serve as a base for users to simulate AGIs.

The repository will be updated continuously during the project and enriched with component models developed in AGISTIN. Furthermore, the models will also be available for previous versions of MATLAB at least 2022a.

PRoject Papers and Posters

Improved Integration of Electrolyzers by Grid-forming Battery Systems in Weak Grids

Poster presented at the 2nd Workshop on Integration of Local Energy Systems, 17th November 2023, Hamburg. 

 

The Influence of Grid Forming Loads on Transient Stability

 

Paper presented at the 22st Wind & Solar Integration Workshop and published in the workshop’s proceedings.

 

Utilising the potential of demand side flexibility of an energy community for increasing the hosting capacity of distribution grids

Poster presented at CIRED 2024

 

Dynamic Ancillary Services From Grid Codes to Transfer Function Based Converter Control

Paper authors: Verena HäberleLinbin HuangXiuqiang HeEduardo Prieto-AraujoFlorian Dörfler

 

MIMO Grid Impedance Identification of Three-Phase Power Systems PArametric vs Nonparametric Approaches

Paper Authors: Verena HäberleLinbin HuangXiuqiang HeEduardo Prieto-AraujoRoy S. SmithFlorian Dörfler

 

Optimal Dynamic Ancillary Services Provision
Based on Local Power Grid Perception

Paper authors: Verena Häberle, Xiuqiang He, Linbin Huang, Eduardo Prieto-Araujo, Florian Dörfler

Beyond blueprints: EPRI’s vision and strategies of the hybrid energy future in 2024

Paper Authors: Daniel V.Pombo; Paolo Pezinni (EPRI Europe/EPRI)

Analysing Grid-Forming Inverter Controls: A Study on Feedformward Loop and Damping Characteristics 

Paper Authors: Peter Unruh, Ron Brandl, Marco Jung (Fraunhofer IWES)

Multi-physics operation and sizing optimisation in Pyomo: Application to large irrigation systems

Paper Authors: Sergi Costa-Dilmé, Juan Carlos Olives-Camps, Paula Muñoz-Peña, Pau Garcia-Motilla, Eduardo Prieto-Araujo, Oriol Gomis Bellmunt.

Redesign of Large-Scale Irrigation Systems for Flexible Energy Storage

Paper Authors: Sergi Costa-Dilmé, Juan Carlos Olives-Camps, Paula Muñoz-Peña, Pau Garcia-Motilla, Oriol Gomis Bellmunt, Eduardo Prieto-Araujo.

Communication Materials

Brand visual identity

Project roll up

Project Poster

Brochure

Public Presentation

Project video

Demo Fact Sheet – Large pumping loads

Demo Fact Sheet – Green H2 production

D2.1 Video

 

D3.1 Video

 

D4.1 Video

D2.2 Video