BOWE2H Closing Event | IKEM Annual Conference 2024

Transnational Energy Cooperation in the Baltic Sea Region

In times of climate change and conflict, offshore wind and green hydrogen will be major accelerators for the energy transition in the Baltic Sea region, fostering deeper interconnection and collaboration along the way. This two-part event addressed the results, stakes and context of the BOWE2H project in the morning, and explored multi-level regional policy and practice perspectives on regional offshore wind and hydrogen development in the afternoon.

By facilitating interdisciplinary dialogue and transnational collaboration between multi-level policymakers, industry leaders, innovators and researchers, the program engaged the speakers with the expert audience through Q&A’s, panel discussion and quizzes with a view to identify innovative solutions to enhance energy cooperation and accelerate the transition to a low-carbon future in the Baltic Sea Region.

PART I: BOWE2H Closing Event (10:00 – 16:00)

Roadmap towards transnational offshore wind and hydrogen development in the Baltic Sea

Pictures by Yehuda Swed/SeeSaw-Foto.

PART II: IKEM Annual Conference (17:00 – 22:00)

Multi-level policy and practice to boost Baltic offshore wind and green hydrogen development

Building on the input from the first part, the IKEM Annual Conference explored policy and practice examples around offshore wind and green hydrogen in the Baltic Sea region from different countries. Speakers provided a deeper understanding of the national targets and strategies in place and discussed how transnational collaboration can help to achieve these targets, and more.

Presentations:

Contact

Press contact

Dennis Nill

Dennis Nill

dennis.nill@ikem.de
+49 30 408 1870-17

IKEM – Institute for Climate Protection, Energy and Mobility e.V.

Join us at
IKEM and EUETH will be hosting a series of side events at this year’s climate negotiations to discuss the energy-climate-defense nexus, the reconstruction of Ukraine’s energy system, and nature-based solutions for climate mitigation.