Naval Engineers Journal · 1996 · 70 citations · 5 references
EngineeringMarine EngineeringSystems EngineeringNaval ArchitecturePropulsionShip PropulsionMarine Electric PropulsionMarine Power GenerationPower System DesignPower SystemsPropulsion System IntegrationShipboard Electrical Power GenerationElectrical Power SystemsHigh PerformanceIntegrated Power SystemsInterface StandardsMass Customization CapabilitiesShip Service Power SystemsShipboard Electrical Power SystemsShipboard Power Systems
For the past four years, the Advanced Surface Machinery Programs has been developing the Integrated Power System to cut ship acquisition and life‑cycle costs while meeting all performance requirements, supplying power for a wide range of ship types through a modular architecture. This paper aims to describe the fundamental IPS architecture, detail the evolving family of modules and interface standards, and outline a mass‑customization design process to meet customer performance requirements affordably. The authors present the IPS architecture, the family of modules and interface standards, and a mass‑customization design process for creating affordable configurations.
ABSTRACT For the past four years, Advanced Surface Machinery Programs (SEA 03R2) has been developing the Integrated Power System (IPS) to reduce ship acquisition and life cycle costs while still meeting all ship performance requirements. IPS provides electrical power to ship service loads and electric propulsion for a wide range of ship applications including surface combatants, aircraft carriers, amphibious ships, auxiliary ships, sealift and high value commercial ships. IPS consists of an architecture and a family of modules from which affordable and high performance configurations can be developed for the full range of ship applications. Two years ago, the initial IPS concepts were presented at ASNE Day 1994. Since then, much has been learned through the Reduced Scale Advanced Development (RSAD) and Full Scale Advanced Development (FSAD) programs. This paper describes the fundamental IPS architecture, details the evolving “family of modules” and their interface standards, and outlines the “Mass Customization” based design process for achieving customer performance requirements with an affordable IPS configuration.
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Engineering, Industrial Engineering, Manufacturing Engineering +12