Stabilizer Commissioning
Stabilizer Commissioning
Stabilizer Commissioning is the process of setting up, testing and customizing the control algorithms and operational parameters for proper system performance. This marks the final step in the installation of a new build or retrofit stabilizer project and is the point at which the vessel transitions from installation to verified operational readiness.
While our team is highly involved in the installation of each new Quantum System, the timeframe for commissioning is controlled by the shipyard, overseeing the build or refit. Once Stabilizer Commissioning has been scheduled and all prerequisites have been confirmed, the shipyard will notify our Commissioning Department with the exact dates including a sea trial schedule is typically provided. Early coordination is essential to avoid delays, as commissioning must follow the completion of electrical, hydraulic, and control system integrations by the yard.
Final commissioning ensures that all components are integrated, configured and operating properly. Furthermore, our engineers ensure that all algorithms and parameters are programmed and set up to maximizing roll reduction and match the vessel performance requirements. Every yacht, commercial or military vessel is unique in design, specifications and requirements, so is the commissioning process is executed accordingly. From the bridge controls, to the power unit, hull unit and stabilizer fins or rotors, our Commissioning Department is also responsible for training the crew members on proper operating procedures and maintenance protocols.
During the sea trial, the control algorithms are fine-tuned, testing for zero speed™ and underway performance in real sea conditions and the system communication between all components is confirmed.
Our Commissioning Department has some of the most competent engineers and technicians with years of experience in various disciplines, giving them the expertise to configure and activate these customized systems perfectly.
Understanding not only how the different components integrate, such as the controls, power units, hull units, requires knowledge of hydraulics, electrical engineering, mechanical engineering and control technology. This impressive Commissioning Team, carries a lot of responsibility to ultimately deliver a high performance stabilizer system that exceeds the shipyard and owner expectations.
