Call for Papers

The official Call for Papers has been closed!

  • You can still submit a late abstract. Just contact us by email:
  • All authors will be informed about the acceptance of their contributions.
  • In-person participation in Helsinki is mandatory for speakers and poster presenters presenting their work.
  • Speakers will pay a REDUCED workshop fee as long as they register until 13 August 2024.
  • The full, camera-ready papers has to be submitted online by 02 September 2024 at the latest.
  • As the conference language is English, all abstracts and papers have to be written in English.
  • All participants are responsible for paying their own travel and hotel expenses.
  • Abstracts, papers and presentation slides must be submitted online. Do not fax, mail or email your abstract or paper as it will not be considered.
  • More questions? Please check out FAQs for more information.

The papers presented at the 23rd Wind & Solar Integration Workshop 2024 will be published on the IET Digital Library and IEEE Explore, and submitted for indexing in IET Inspec, Ei Compendex and Scopus.


Topics of the Workshop

Due to the current rapid development in this field, the topic of hydrogen will be be more strongly represented at the Wind & Solar Integration Workshop. For this reason, some hydrogen topics are proposed again for the Call for Papers 2024.

If not mentioned explicitly, the following list always refers to both Wind and Solar/PV experiences.

Project Experience with Grid Integration of Wind Power / PV / Batteries

Grid Forming Aspects and Experience

Power System Studies

Distribution Grid Issues

Transmission Grid / Power System Issues

Power Quality Issues

Grid Code Issues and Future Aspects

Wind / Solar Power & Battery Modelling Issues

Power System Balancing Issues

Power System Stability and Frequency-Domain Modeling

Ancillary Services


Smart Grid / IT Innovations

Energy Market and Regulatory Issues

AI and Machine Learning for Grid Integration

Decarbonization of Energy Sectors

Hybrid Power Systems

Hybrid Power Plants

Battery Aspects (operation, modelling)

Sector Coupling Based on Wind / PV incl. Hydrogen

Fuel Cell Modelling / Fuel Cell Systems Modelling

Electrolyzer Modelling

Hydrogen Systems Modelling

Renewable Hydrogen Technologies and Applications

Decarbonizing the industrial processes

Energy system management with Hydrogen