

A fundamental challenge in designing power transmission systems is optimizing the cables so that they can reliably deliver the required steady-state current while remaining at, or preferably below, the maximum permissible operating temperature. We support work process with globally distributed teams and ensure IPR safety, allow sharing 3D models with eBrowser and on tablets with eGo and directly use the results of the design phase for the eShare information management portal.The design and testing of high-voltage cables for terrestrial and submarine applications is paramount to Prysmian's business model. Specification-driven modeling of pipes and cable trays ensures that the correct materials, sizes, and components are used during modeling. The complete integration with CADMATIC Hull ensures that both hull and outfitting designers work in the same environment and can directly solve mutual questions, such as penetrations. The advanced 3D viewing techniques and model database structure keep the design model extremely light and user friendly, even in the biggest and most complicated vessels or offshore models. We also have various interfaces for special software packages, such as stress analysis or import-export 3D and 2D interfaces. The core system for outfitting design is 3D Outfitting and Piping Design, but it also includes electrical design, air duct spools and HVAC, piping supports, steel outfitting, and weld management.
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