FLASC

FLASC will be participating in the Green Business Mission to Japan in February 2025!

As part of this mission, we’ll be exhibiting and engaging at the Decarbonization Expo 2025, one of Japan’s largest green technology events, with nearly 70,000 professional visitors and 1,500 exhibitors.
More details can be found here:
https://www.decarbonization-expo.jp/hub/en-gb/about/dcm.html

FLASC joins the mission to explore offshore wind market opportunities in Japan and to connect with potenrial partners for feasibility studies and joint projects.

Are you attending too, or do you have recommendations on key players we should connect with? Let’s chat!

About the Show - DECARBONISATION EXPO An exhibition gathering decarbonisation solutions such as Corporate PPA, Renewable Energy, Technology for Energy Management, Net Zero Energy Building, Next-Gen Ventilation, etc. Those who are in charge of corporate management, executive board, corporate planning, factory/building management, etc. wi...

It is our pleasure to announce that the 9th Offshore Energy and Storage Symposium shall be held at the beautiful city of Bari, Italy between 16 – 18 July 2025. Thanks to Politecnico di Bari for hosting this event.

The call for abstracts is now open.
Topics shall include Offshore Renewable Energy Generation, Energy Storage, Integration of Storage in Electricity Networks, Decarbonisation of Maritime Transport, Multi-use of Offshore Spaces, Offshore Energy Systems Policy and Energy System Economics

Deadline for Abstract Submission: January 24th 2025
More details available from the event website:

Offshore Energy and Storage 2025 Offshore Energy, Offshore Energy Storage, Offshore Wind, Offshore Solar, Wave Energy, Tidal Energy, Offshore Policy, Renewable Energy

Enjoy reading the new article: "Subsea Long-Duration Energy Storage for Integration with Offshore Wind Farms" by Charise Cutajar, Tonio Sant, Luke Aquilina, Daniel Buhagiar and Daniel Baldacchino.

The study delves into the operation and thermal performance of a subsea system catered for integration with offshore wind farms. Numerical simulations have predicted that operating the system in open-cycle configuration can boost the energy storage density by up to 8 times with respect to an equivalent HPES unit operating in closed-cycle mode.

Further details can be found in the published article: https://www.mdpi.com/1996-1073/17/24/6405

The collaborative research between the University of Malta and FLASC B.V. forms part of Project SAICOPES and is funded by Xjenza Malta under the FUSION R&I Research Excellence Program; Project Reference: REP-2023-004.