the role of autonomous systems in offshore wind

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The Role of Autonomous Systems in Offshore Wind Construction and Maintenance Advanced Energy Conference, New York, NY 28 MARCH 2018 / MIKE PASSARETTI – ULC ROBOTICS

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Page 1: The Role of Autonomous Systems in Offshore Wind

The Role of Autonomous Systems in Offshore Wind Construction and Maintenance

A d v a n c e d E n e r g y C o n f e r e n c e , N e w Y o r k , N Y

28 MARCH 2018 / MIKE PASSARETTI – ULC ROBOTICS

Page 2: The Role of Autonomous Systems in Offshore Wind

CISBOT ROBOTIC PIPELINE REHABILITATION

ULC Robotics partners with industrial and utility companies to develop robotic systems, inspection technology, unmanned systems and sensors that enables remote inspection and remote operations in real-world applications.

Page 3: The Role of Autonomous Systems in Offshore Wind

AIR GAP INSPECTOR

LIVE GAS MAIN INSPECTION

ROBOTIC ROADWORKS

Page 4: The Role of Autonomous Systems in Offshore Wind

UNMANNED AERIAL INSPECTION

Page 5: The Role of Autonomous Systems in Offshore Wind

Unmanned Vehicles Overview

• Unmanned systems are safer and more economical to operate

• Whether remotely operated or full-blown autonomy, there are many benefits.

• The core goal is to reduce the need to put people in harms way

• Reduce costs, increase availability of high quality data

Aerial

Surface

Sub-surface

Page 6: The Role of Autonomous Systems in Offshore Wind

Submersibles

▪ Underwater Operations – Structures

▪ Pre-Construction Survey

▪ Monitor & Support Construction Activities

▪ Monitor Diver Safety As They Work

▪ Inspect Foundations

▪ Benefits –

▪ Highly Maneuverable

▪ Perform Inspections Faster

▪ High Quality Data

▪ Subject Matter Experts Can View Data from Anywhere

Page 7: The Role of Autonomous Systems in Offshore Wind

Submersibles

▪ Underwater Operations – Cable Inspection

▪ Monitor Cable Position

▪ Inspect Seabed for Debris

▪ Varies robotic arms and tools are available

▪ New tools can be developed

▪ Benefits –

▪ Highly Maneuverable

▪ Perform Inspections Faster

▪ High Quality Data

Page 8: The Role of Autonomous Systems in Offshore Wind

Surface Vessels

▪ Surface Operations

▪ Support Construction, O&M

▪ Deploy Sensors For Surveys

▪ Carry Equipment & Other Cargo from Shore

▪ Provide Landing Docking or Landing Zone

▪ Benefits –

▪ Virtually no limit on amount of cargo

▪ Efficiently Operate for Extended Periods of Time

Page 9: The Role of Autonomous Systems in Offshore Wind

Unmanned Aircraft

▪ Fixed wing, multirotor or hybrid systems:

▪ Pre-construction Surveys

▪ Inspection of Structures

▪ Turbine blade defects

▪ Platform For Advanced Capabilities

▪ NDT Testing of Blades/Structures

▪ Installing Sensors

▪ Benefits –

▪ Rapid Deployment

▪ Safely access very hard to reach areas

▪ Opens up pathway for new inspection methods

Page 10: The Role of Autonomous Systems in Offshore Wind

Unmanned Aircraft

▪ Heavy Lift Capable Systems Are Emerging

▪ Cargo Transport

▪ Construction Support

▪ Unique Payload Systems That Spray Liquids

▪ Cleaning

▪ De-icing

▪ Benefits –

▪ Similar to Small Unmanned Aircraft

▪ Greater lift capacities will open up many new operations

Page 11: The Role of Autonomous Systems in Offshore Wind

Thank you

Mike Passaretti

Program Manager, Aerial Services

ULC Robotics Inc., Hauppauge, NY 11788

[email protected]