Submission details
Electrical Power System availability, security and scalability are more than ever at the forefront of operational considerations for offshore wind farms.
Flexible electrical power solutions, which are structured and repeatable, ensure system availability and scalability. This structured architecture is the building blocks of successful offshore wind power systems.
This presentation shall cover the formation of offshore electrical backbone for a floating wind farm, facilitating preinstallation of the key subsea equipment prior to the arrival and connection of Floating Wind Turbines. The network shall allow “Plug and play” facility through subsea HV Electrical wet connections and equally important disconnect feature to enable efficient Inter-Array cable replacement while maintain power from the field.
What will the attendees get from the presentation?
An overview of technology status for subsea electrical equipment to be used in offshore floating wind farms, along with features and benefits of a plug and play architecture.
Mike is passionate about the application of existing and new technologies to solve todays and tomorrow’s energy challenges as they arise.
Previous posts within Baker Hughes include several leadership roles in Engineering Operations and New Product Development portfolio management.
Mike has over 30 years’ experience in the energy sector ranging from downhole logging, completion and well monitoring technologies, subsea production systems, fibre optic measurement technologies and production evaluation activities.
At Grieghallen in Bergen, Norway 11 – 13 June