The Eyeball ROV: An Underwater Remotely Operated Vehicle ...
Autonomous and remotely operated ships...DNV GL © 2016 24 October 2017 SAFER, SMARTER, GREENER...
Transcript of Autonomous and remotely operated ships...DNV GL © 2016 24 October 2017 SAFER, SMARTER, GREENER...
DNV GL © 2016 24 October 2017 SAFER, SMARTER, GREENERDNV GL © 2016
Øystein Engelhardtsen
24 October 2017
MARITIME
Autonomous and remotely operated ships
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Tekna – Havneteknisk gruppe og Marinteknisk Selskap
Fremtidens skip og fortøyningssystmer
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Agenda
1. What is it?
2. How it may look like
3. Current projects
4. The class perspective
5. Is it legal?
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“Autonomous Ships” – what does it encompass?
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Level of
Autonomy
Level of unmanned operation
Traditional Ship
Unmanned, pure
remote control
Unmanned, fully
autonomous
Operator’s
assistance
Partly or
periodically
unattended
Unmanned,
Remote/
Autonomous
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How it may look like
A scenario from the AAWA project
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Operation scenario
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Connectivity
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Voyage planning
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Remote supervisory control
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Remote supervisory control
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Monitoring autonomous operation
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Monitoring autonomous control
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Autonomous evade
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Autonomous evade
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Autonomous re-plan
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Autonomous re-plan
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Autonomous – requiring remote assistance
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Autonomous – requiring remote assistance
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Monitoring autonomous operation
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Operation will vary depending on the ship
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Projects
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The SIMAROS project Safe Implementation of Autonomous and Remote Operation of Ships
▪ Unmanned offshore vessel
– Technology development
– Development of risk assessment tools and
standards
– Ambition: Enable national regulations and
class to allow for commercial unmanned
operation
– Building planned 2018
▪ Partners:
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The AAWA projectAdvanced Autonomous Waterborne Applications
▪ Areas of focus:
– Technology
– Safety and security
– Societal & legal acceptance
– Economy and business models
▪ DNV GL focus:
– Class requirements and assurance of
safety and performance
▪ Partners:
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The Autosea project
▪ Areas of focus:
– Sensor fusion
– Collision avoidance
– System architecture
▪ DNV GL focus:
– Competence on core
technologies
▪ Partners:
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AUTOSEA
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External project: Autonomous ferry Trondheim
– Project scope:
– Worlds first autonomous passenger-
and bicycle ferry
– Crossing the channel in Trondheim
– Driven by student projects
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AUTOSEA
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External project: Yara Birkeland
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120 TEU container ship
• Short sea transport (>30 nm)
• Electric propulsion
• Launched 2018
• Unmanned 2019
Key facts (to date)
• LOA: 80m
• Beam: 15m
• Draught: 5m
• Service speed: 6 knots
• Max speed: 10 knots
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The class perspective:How to ensure safe implementations?
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Areas where DNV GL will have requirements
▪ Sensor capabilities
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Areas where DNV GL will have requirements
▪ Sensor capabilities
▪ Decision algorithms
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From the ReVolt Movie - https://youtu.be/rhYaNHx5D00
DNV GL © 2016 24 October 2017
Areas where DNV GL will have requirements
▪ Sensor capabilities
▪ Decision algorithms
▪ Ship-shore communication
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DNV GL © 2016 24 October 2017
Areas where DNV GL will have requirements
▪ Sensor capabilities
▪ Decision algorithms
▪ Ship-shore communication
▪ Machinery design & maintenance
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Areas where DNV GL will have requirements
▪ Sensor capabilities
▪ Decision algorithms
▪ Ship-shore communication
▪ Machinery design & maintenance
▪ On-shore control centre
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DNV GL © 2016 24 October 2017
Areas where DNV GL will have requirements
▪ Sensor capabilities
▪ Decision algorithms
▪ Ship-shore communication
▪ Machinery design & maintenance
▪ On-shore control centre
▪ Cyber security
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Is it legal?
▪ Short answer: No
▪ IMO Conventions: STCW, SOLAS, COLREGS, MARPOL, …
– Written for manned operation
– References to operator/captain/officer
– Topic on the agenda at IMO (MSC98/20/2 and MSC98/20/13)
– Process will take time
▪ Flag-states can, however:
– Provide exemptions within national waters
– Make bi-lateral agreements with other states
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SAFER, SMARTER, GREENER
www.dnvgl.com
Thank you for your attention!
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Øystein Engelhardtsen
+47 92810676