Editions
25
Annual editions since 2000
Where grid integration meets
engineering practice
The RE:ENERGY Power Systems Integration Week is one of the leading international technical conferences on the grid integration of renewable energy systems.
Since 2000, the workshop brings together grid operators, power system engineers, researchers, and energy policy experts. The focus: the engineering and operational challenges of integrating high shares of variable renewables — from grid stability and forecasting to flexibility solutions.
Attendees
400+
Participants per year from 30+ countries
Return rate
86%
of attendees return the following year
A conference built for dialogue,
not presentations
Most conferences are passive. The RE:ENERGY Power Systems Integration Week is not. The format is designed to create real exchange: structured discussion sessions, direct access to speakers, and a focused international audience that returns year after year — because the conversations here don’t happen anywhere else.
Discussion format
Sessions are structured for debate, not monologue
Multi-track program
Parallel tracks let you focus on what matters most
Structured networking
Dedicated time to connect with the right people
International audience
300–400 experts from 30+ countries per edition
Who attends the workshop
The workshop brings together three professional communities united by one challenge: making the energy transition work at grid level.
Where research meets real-world application
The workshop is one of the few venues where peer-reviewed research is directly confronted with operational reality. Present your findings to an audience that includes both the engineers implementing solutions and the researchers challenging your assumptions. Papers are published in the IET Digital Library and indexed in IEEE Xplore, Ei Compendex, and Scopus.
Stay ahead of what the grid demands next
The energy transition is moving faster than most technical standards can keep up with. The workshop gives industry professionals direct access to the latest findings, emerging grid challenges, and the international community solving them – including the researchers and engineers who will shape your next project.
Technical depth for better decisions
Sound energy policy requires understanding the engineering constraints behind it. The workshop provides regulators, consultants, and associations with direct access to the technical community – not filtered through position papers, but in open discussion with the engineers and researchers defining the state of the art.
think deeper
Eight topic areas. One shared challenge.
The workshop covers the full technical scope of renewable energy grid integration – from power systems engineering to market design. The following topic areas guide the programme structure and call for papers submissions.
The programme reflects what the industry needs
The workshop programme is shaped by an International Advisory Committee of 50+ experts from grid operators, manufacturers, research institutions, and universities across 20+ countries — ensuring the topic structure reflects where the field actually stands.
Scientific review by field practitioners
Every submitted abstract is reviewed by Advisory Committee members during the Call for Papers process. They assess technical quality, programme relevance, and originality — the same experts who define the topic structure also evaluate what gets accepted.
Where papers are published
Accepted papers are published through the IET Digital Library and indexed in IEEE Xplore, Ei Compendex, and Scopus — permanently archived and citable as part of the scientific record on renewable energy grid integration.
Questions that matter
After more than a decade of running technical conferences, we know what the field wants to know before committing.
The Experts Behind the Program
The RE:ENERGY Power Systems Integration Week brings together researchers, engineers, and industry practitioners who are actively shaping grid integration. Each speaker contributes original work — peer-reviewed, practice-tested, and directly relevant to the challenges the sector faces today.
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Carmen Cardozo
RTE, France
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Alejandro Duque Gomez
Hitachi Energy Power Consulting, Sweden
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Javier Jiménez-Ruiz
University of Castilla-La Mancha, Spain
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Seyedehniloofar Kamalhosseini
Friedrich-Alexander-Universität Erlangen-Nürnberg – FAU | Siemens, Germany
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Kazuhiko Ogimoto
The University of Tokyo, Japan
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Hideaki Ohtake
National Institute of Advanced Industrial Science and Technology – AIST, Japan
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Christian Schöll
TransnetBW, Germany
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Harith Udawatte
Monash University, Australia
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Henrik Wagner
TU Braunschweig – elenia, Germany
