RESILIENT

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Resilient (Resilient Energy System Infrastructure Layouts for Industry, E-Fuels and Network Transitions)

About

The energy transition faces many uncertainties, yet planning tools are often deterministic. Our proposal aims to develop the first truly multi-vector energy infrastructure planning tool that represents this uncertain environment at regional, national, and European levels.

We will build on the widely used, open-source sector-coupled energy planning tool PyPSA-Eur, by adding stochastic optimization capabilities and a deeper representation of industry transformation, e-fuel conversion, biomass, and carbon capture infrastructure.

Our analysis will consider uncertainties such as fuel and technology costs, hydrogen availability, network expansion delays for electricity, hydrogen, and carbon dioxide, value chain restructuring in industry, imports of e-fuels and secondary materials, renewables build-out, and social acceptance. Additionally, we will explore novel computational techniques to efficiently address stochastic problems.

For this project, we have assembled a team of leading academic researchers and industry need-owners at the forefront of energy system modeling. We will demonstrate our tool’s capabilities through case studies on resilient infrastructure planning in France, Germany, Sweden, and Finland.

To maximize impact, we will organize workshops and training events involving a broader circle of need-owners and stakeholders, ensuring the wide adoption of project results.

pypsa-eur

project-structure

Deliverables

D1.1: Project website
D1.2: Project data management plan
D2.1: Intermediate release of SMS++ and PyPSA integration
D2.3: Intermediate releases of PyPSA-Eur
D3.2: Interim release of PyPSA-Eur with improved biomass and carbon management representation
D*: Introducing OpenStreetMap high-voltage grid to PyPSA-Eur

Completed workshops and training events

Workshop with North Rhine-Westphalia industry stakeholders
Organised by IN4climate.NRW, 08 October 2024

Energy modelling training workshop with PyPSA & PyPSA-Eur
Organised by TransnetBW and TUB, 27-28 January 2025

Research papers

Millinger et al. Diversity of biomass usage pathways to achieve emissions targets in the European energy system, Nature Energy, 2025

Millinger et al. Biomass exclusion must be weighed against benefits of carbon supply in European energy system, Policy brief in Nature Energy, 2025

Hazem et al. PyPSA-Earth sector-coupled: A global open-source multi-energy system model showcased for hydrogen applications in countries of the Global South, Applied Energy, 2025

Xiong et al. Modelling the high-voltage grid using open data for Europe and beyond, Nature Scientific Data (accepted), 2025

Brown, Neumann & Riepin Price formation without fuel costs—the interaction of elastic demand with storage bidding, arXiv preprint (in review), 2024

Zachmann, Meißner & Riepin Mitigating Ukraine’s Looming Electricity Crisis, SSRN preprint (in review), 2024

Research talks, media and public outreach

CETpartnership TRI1 2022 Project Leaders meeting
Online, 20 October 2023
RESILIENT project overview

RESILIENT Kick-off meeting
Berlin, 22 February 2024
Methanol for hard-to-electrify sectors

Insight Harvesting Workshop of the CETPartnership projects
Online, 16 October 2024
Building Resilient Energy Infrastructure: Hydrogen, Import, and Carbon Management Strategies

CETPartnership workshop on flexibility in integrated industrial energy systems
Online, 6 November 2024
Energy flexibility from industrial process heating - Relevance, system impacts and ways forward

Energy resilience symposium
IER, Stuttgart, 11-12 November 2024
Resilient strategies for the European energy system. A case study on 2030 EU policy targets

Partners

project-partners

Impressum

Dr. Fabian Neumann
Dr. Iegor Riepin
Bobby Xiong
Prof. Dr. Tom Brown
Technische Universität Berlin Fachgebiet Digitaler Wandel in Energiesystemen
Institut für Energietechnik
Fakultät III
Einsteinufer 25 (TA 8)
10587 Berlin