UK Firm Finds Local Research Partner to Drive Adoption of OTEC in Brazil
the launch of the OTEC Power Module at the Petrobras geothermal workshop, we are thrilled to explore the potential of working with local partners to lead the charge in renewable energy.“Together, we aim to unlock the vast potential of OTEC, showcasing how the ocean can deliver clean, reliable power solutions while positioning Brazil at the forefront of this transformative innovation,” added Dan Grech, Founder and CEO of Global OTEC
Floating Wind and the Taming of Subsea Spaghetti
. Installation is planned to be carried out by Windstaller Alliance, an alliance between Aker Solutions, DeepOcean and Solstad Offshore.The system itself was developed following the proven success of similar technologies in large installation projects, Aker Solutions’ experience in subsea power solutions for subsea gas compression and more recently for floating offshore wind like Equinor’s Hywind Tampen.While having technology such as transformers subsea comes with cost considerations, he cites the O&G trend to have more infrastructure subsea including projects such as Åsgard
Subsea Digitalization: Remote Control
viability. Also, electrification leads to reduction of surface infrastructure at the host facility, coupled with the reduction of hydraulics eliminating hydraulic power units and large topside reservoir.In the future the integration with autonomous underwater vehicles, subsea wireless and subsea power solutions will support even more reduction of infrastructure topside.“Electrification at a system level will drive simplification of integration with existing infrastructure, moving more to a plug-and-play model for infrastructure led (ILX) resources, for example,” says Macleod.This is especially
Mocean Energy and Proserv Team Up for Low-Carbon Solutions for Subsea Ops
reliable green power – demonstrated through the Renewables for Subsea Power program, and its first commercial product, Blue Star, is ready for deployment.Wave-Powered Subsea Project Completes 12-Month Offshore Test Campaign“Together we will work to create and provide customizable ocean power solutions for subsea control systems that will revolutionize the offshore energy sector and the blue economy, while helping to decarbonize oil and gas production,” said Cameron McNatt, Managing Director at Mocean Energy.“This agreement comes at a pivotal time for the Proserv business as we
New Project Marks Tipping Point for Subsea Electrification
viability. Also, electrification leads to reduction of surface infrastructure at the host facility, coupled with the reduction of hydraulics eliminating hydraulic power units and large topside reservoir.In the future the integration with autonomous underwater vehicles, subsea wireless and subsea power solutions will support even more reduction of infrastructure topside.“Electrification at a system level will drive simplification of integration with existing infrastructure, moving more to a plug-and-play model for infrastructure led (ILX) resources, for example,” says Macleod.This is especially
Aker Solutions to Pilot Subsea Power Distribution System for Floating Wind
our partner’s proven control and connection systems, we aim to solve challenges currently facing the offshore wind sector. We hope this project will result in a field proven system that can benefit the industry for many years to come,” said Jo Kjetil Krabbe, executive vice president of Power Solutions at Aker Solutions.“This pioneering project will contribute to shaping the infrastructure in future large scale floating wind parks. The technology is under development, and the project demonstrates how Norwegian subsea expertise from the oil and gas industry drives innovation forward within
Danfoss to Power US' New Hybrid-electric Research Vessel
Danfoss Power Solutions’ Editron division has been chosen by the Pacific Power Group and Seattle shipbuilder Snow & Company to provide the drivetrain system powering the U.S. Department of Energy’s first hybrid-electric research vessel. Due to enter operation in February 2023, the vessel will be used by PNNL-Sequim.The Pacific Northwest National Laboratory (PNNL) is a research center specializing in research advancing sustainable energy through decarbonization and energy storage. The new research vessel will enable PNNL-Sequim to carry out the testing and research needed to support
Baker Hughes, Mocean Energy, Verlume Ink MOU
environments.Over an initial two-year period, the MoU will see the three parties utilise and share their combined capabilities within the subsea market to enable the deployment of a reliable, uninterrupted power supply located at point of use for cost-effective and market-competitive electrical power solutions. This could be within temporary, permanent or back-up use cases, including for charging systems for underwater vehicles and subsea production control systems.Within the scope of the MoU, Baker Hughes will bring its expertise as a leader in the design and manufacture of subsea production
MTR100: Saildrone takes USVs to the Next Level
.Started in 2014, Saildrone has emerged as a leader in the Unmanned Surface Vessel (USV) space, having received more than $100m in venture capital to date with more than 100 vehicles manufactured and 30 in the water. “Saildrones are wind and solar powered USVs, which are augmented by onboard power solutions,” said Jenkins. Saildrone has three models of vehicles: the Explorer, the Voyager and the Surveyor. The 23-ft. Explorer is wind and solar powered, designed to conduct long endurance (6 to 12 months) in the open ocean in 10,000 to 15,000 miles voyages. Jenkins said this vehicle is well-suited
February 2025
