Rolls Royce future shore control centre

Summary

The Rolls-Royce OX concept envisions a future of remote-controlled, unmanned vessels operating with unprecedented efficiency and resilience. Through a dynamic control room, operators monitor global shipping traffic, manage vessel diagnostics, and troubleshoot issues remotely. The system integrates real-time tracking, satellite positioning, and advanced collaboration tools for problem-solving. Operators can perform routine inspections, manage local port operations, and collaborate seamlessly for efficient decision-making. This innovative approach sets a new standard in marine operations, enhancing operational flexibility and reliability in the face of unexpected challenges.

Takeaways

• 😀 The Rolls-Royce OX Concept represents the future of unmanned, remote-controlled maritime operations.
• 😀 Control rooms serve as the nerve center for remote vessel operations, offering real-time global shipping traffic monitoring.
• 😀 Operators manage vessels from onshore workstations, using advanced systems like dynamic positioning, GPS, and diagnostics.
• 😀 Remote diagnostics and suggested actions ensure smooth vessel operations, even when issues arise (e.g., GPS connection loss).
• 😀 Drones are deployed for vessel inspections, including antenna replacements and camera controls for routine checks.
• 😀 The system ensures the integrity of navigation data through verification steps and status updates.
• 😀 The OX Concept includes local port operation management, where vessels are transferred to local VTS (Vessel Traffic Service) for final handover.
• 😀 A flexible collaboration table is available for operators to conduct in-depth situation analyses and problem-solving in real-time.
• 😀 Experts are available on demand to assist in diagnosing and resolving technical issues, such as propulsion motor failures.
• 😀 The OX Concept emphasizes operational efficiency, resilience against unexpected challenges, and teamwork for effective decision-making.
• 😀 Rolls-Royce's OX Concept demonstrates the next generation of marine operations, enhancing safety, efficiency, and environmental responsibility in shipping.

Q & A

What is the Rolls-Royce OX concept, and how does it function?

The Rolls-Royce OX concept is a system designed for remote marine operations, where vessels can be monitored and controlled from an onshore control room. It provides a real-time global shipping overview and allows operators to remotely monitor and manage vessels, diagnostics, and traffic within a specific zone.

What is the role of the control room in the OX concept?

The control room serves as the nerve center for remote operations. It provides a global wall for real-time shipping traffic overview and enables operators to monitor vessels, assess diagnostic information, and suggest courses of action. It helps in managing the entire situation and communication with local authorities.

How are vessels monitored in the Rolls-Royce OX concept?

Vessels are monitored via remote links from onshore workstations. The system provides a dynamic positioning report, GPS tracking, and other real-time diagnostic data to assess the vessel’s status, identify issues, and suggest corrective actions.

What type of issues can be diagnosed in the system?

The system can diagnose a range of issues including GPS connection failures, diagnostic command failures, equipment malfunction (e.g., antennas), and fluctuations in propulsion motor efficiency. The system provides suggested actions for operators to resolve these issues.

What is the role of drones in the OX concept?

Drones are used for vessel inspection and maintenance tasks. Operators can deploy drones to inspect specific parts of the vessel, such as antennas, and perform necessary actions, like replacing faulty equipment or scheduling maintenance during port stops.

How does the OX system facilitate teamwork and collaboration?

The OX concept includes a collaboration table, which is a shared, flexible platform that allows team members to work together in real-time. It is used for situation analysis, problem-solving, and decision-making, where operators, specialists, and engineers can collaborate on resolving issues, such as propulsion motor failures.

What is the purpose of the 'local wall' in the OX concept?

The local wall is a tool that provides operators with a localized view of vessel traffic and port operations in their zone. It allows for the tracking, scheduling, and management of vessels within the area, ensuring that operations are efficiently controlled and coordinated.

How does the system address propulsion motor failure scenarios?

In the case of a suspected propulsion motor failure, operators can analyze the situation and decide whether to continue sailing with both motors or shut down one shaft line. The system also allows for bypassing feedback sensor issues by switching to model-based open-loop feedback, ensuring the vessel can continue its voyage.

What role do experts play in the OX concept?

Experts are available on demand to assist operators in analyzing problems and providing solutions. They can be called upon to provide insights, analyze data, and support decision-making in complex or unexpected situations, improving the operational efficiency of the system.

What advantages does the OX concept offer in terms of operational flexibility?

The OX concept provides unprecedented flexibility in marine operations by allowing remote monitoring, quick decision-making, and efficient collaboration across teams. The system is resilient to unexpected situations and provides operators with the tools to adapt to changing conditions effectively.