Integration of Prototype for Hybrid System

The project’s execution phase commenced with our engineering and operations teams collaborating to gain a comprehensive understanding of our client’s objectives and constraints, as well as to familiarize themselves with the MV Mygan, the designated vessel for the system. To kick things off, our team boarded the MV Mygan to conduct a thorough 3D laser scan of the project environment.

Our project team, composed of mechanical, electrical, systems, and installation engineers, collectively delved into the intricacies of the challenge. We identified a core issue that had the potential to impede the project’s success: the connection and the absolute alignment between the vessel’s shaft and the generator-motor.

This marked the beginning of a series of twelve system layout iterations, which were necessary to pinpoint a feasible working solution.

This connection was meticulously simulated in over twelve layout iterations, exploring various positions and locations of the generator-motor. Each iteration was subjected to thorough discussions with all stakeholders, under the guidance of our Project Manager, to ensure alignment among all parties for the successful delivery of the project.

The heart of a successful installation for a unique project like this lies in the quality of engineering and technical drawings. Our deep understanding of how these two disciplines complement one another was instrumental in transforming this laboratory-tested prototype into an operational vessel system.

Once the best viable solution has been identified, this has been discussed and approved with Bureau Veritas

Translated into a step-by-step installation procedure to be followed on site. This meticulous planning was aimed at ensuring that the exceptional work carried out during the design and engineering phase seamlessly transitioned into the installation stage.