Accession Number : ADA313846
Title : Controller Design, Analysis, and Prototype for Ship Service Converter Module.
Descriptive Note : Master's thesis,
Corporate Author : NAVAL POSTGRADUATE SCHOOL MONTEREY CA
Personal Author(s) : Salerno, Benjamin D.
PDF Url : ADA313846
Report Date : JUN 1996
Pagination or Media Count : 138
Abstract : The Navy has invested in an effort to update the ship electrical distribution system for new vessels. The new architecture divides the ship into specific zones containing common energy conversion devices. Rather than the traditional AC distribution, DC will be produced at the source (a multiphase alternator connected to a controlled rectifier). An integral part of the proposed DC distribution system is the Ship Service Converter Module (S SCM) which acts as a buffer between a main DC bus and a specific zone in the ship. Currently a research effort is underway to make available two Reduced Scale Advanced Development (RSAD) 100kW SSCMs for testing at the Naval Surface Warfare Center, Annapolis. The Power Laboratory at the Naval Postgraduate School is responsible for delivering two identical prototype controllers based on digital signal processing for the RSAD SSCMs. The focus of this thesis is the design, construction and testing of the prototype controllers. This engineering effort includes the following: the analysis of the performance of various control algorithms through simulation; the refinement of the selected algorithm; the design, assembly, and testing of the controller and its supporting hardware; the development and testing of the software; and the integration and testing of the complete system.
Descriptors : *SHIPS, *ELECTRIC POWER DISTRIBUTION, COMPUTER PROGRAMS, ALGORITHMS, SIGNAL PROCESSING, SIMULATION, DIGITAL SYSTEMS, CONTROL SYSTEMS, THESES, PROTOTYPES, MODULAR CONSTRUCTION, ALTERNATING CURRENT, PHASE, ENERGY CONVERSION, ARCHITECTURE, ANALOG TO DIGITAL CONVERTERS, DIRECT CURRENT, ALTERNATORS, DIGITAL TO ANALOG CONVERTERS, RECTIFIERS.
Subject Categories : Electric Power Production and Distribution
Distribution Statement : APPROVED FOR PUBLIC RELEASE