Hierarchical Control Strategy for Fuel Cell-Battery Shipboard Power System Utilizing a Modular Control Architecture

Engineering

• Power Engineering 100%
• Control Strategy 100%
• Battery (Electrochemical Energy Engineering) 100%
• Fuel Cell 100%
• Control Architecture 100%
• Energy Management 40%
• Generation System 40%
• Storage System 40%
• Power Storage 40%
• Power Generation 40%
• Power Supply 20%
• Fuel Cell System 20%
• Electric Power Distribution 20%
• Communication Network 20%
• Characteristics 20%
• Research 20%
• Reconfiguration 20%
• Design 20%
• Fuel 20%
• Architecture 20%
• Minimization 20%
• Aging Effect 20%
• Carbon Footprint 20%
• Zeros 20%

INIS

• control 100%
• power systems 100%
• architecture 100%
• fuel cells 100%
• operation 33%
• energy management 33%
• power 33%
• power generation 33%
• storage 33%
• emission 16%
• design 16%
• carbon footprint 16%
• dynamics 16%
• accounting 16%
• distribution 16%
• fuels 16%
• power supplies 16%
• minimization 16%
• simulation 16%
• cargo 16%
• hydrogen 16%
• topology 16%
• devices 16%
• vessels 16%
• seas 16%
• aging 16%

Keyphrases

• Bandwidth Separation 66%
• Power Storage System 66%
• Power System Reconfiguration 33%
• Dynamic Power Sharing 33%
• Low-bandwidth Communication 33%
• Equivalent Consumption Minimization 33%
• DC Shipboard Power System 33%
• Modular Characters 33%