FDA method for cable monitoring and fault localization

Next step toward application as a product

In November 2024, we launched a collaborative project between Bynoc GmbH, Seaway7, and the Schering Institute at Leibniz University Hannover.

The aim of the project is to optimize the existing FDA process, develop a device for locating cable faults, and bring it to series production. The FDA device is scheduled to be launched on the market in 2027.

The cooperation team is well positioned. It consists of partners from industry and academia.

Bynoc GmbH specializes in the development of high-voltage cables and has extensive knowledge in cable monitoring and fault location for various cable types. Bynoc consists of highly qualified engineers and specialists with many years of experience in the field of high-voltage and power cables. With its knowledge of the latest technologies and best practices in the industry, Bynoc will coordinate the activities of this cooperation to develop customized solutions for various business areas and customers.

Seaway7, a global pioneer in submarine cable installation, specializes in the development, installation, repair, and maintenance of submarine cables and submarine cable networks. Seaway7 recognizes the urgent need for accurate, efficient, and compact solutions for monitoring, detecting, and locating faults in submarine cables and is proud to actively contribute to the advancement of this field. As part of this commitment, Hamid Sharifpanah, Head of Electrical Engineering at Seaway7, will lead the company’s efforts in this project. His work will form the basis of his Ph.D. research, which focuses on innovative approaches to detecting and locating faults in submarine cables. We wish Hamid Sharifpanah every success in his academic and professional endeavors and look forward to the results of this collaboration.

The Schering Institute at Leibniz University Hannover has many years of in-depth experience in the monitoring and diagnosis of high-voltage equipment. In addition, the Schering Institute has developed various frequency analysis-based methods for monitoring cables and transformers. Prof. Peter Werle will contribute this valuable knowledge to the collaboration. Christian Kohlsaat will lead the university activities within the framework of the cooperation and further develop the FDA method. As part of his doctoral thesis, he will build a prototype of the FDA terminal device. We wish Christian Kohlsaat every success and enjoyment in tackling the scientific challenges.