Feasibility study of utilizing mobile communications for Smart Grid applications in urban area

Keyphrases

• High-throughput 100%
• Commercial Networks 100%
• Low Latency 100%
• Global Standards 100%
• Urban Areas 100%
• Mobile Communication 100%
• Smart Grid 100%
• Remote Control 100%
• Resilient 100%
• Bandwidth Availability 100%
• Infrastructure Deployment 100%
• Communication Technologies 100%
• Cellular Technology 100%
• Reliable Communication 100%
• Network Resources 100%
• Energy Companies 100%
• Rapid Deployment 100%
• QoS Requirements 100%
• Cost-effective Solution 100%
• Device Application 100%
• Communication Infrastructure 100%
• Wireless Communication Technology 100%
• Medium Voltage 100%
• Smart Grid Applications 100%
• Seamless Communication 100%
• Smart Grid Functions 100%
• Latency Constraint 100%
• Grid Automation 100%
• Grid Control 100%
• Effective Communication 100%
• Electricity Distribution Network 100%
• Bandwidth Limitation 100%

INIS

• applications 100%
• feasibility studies 100%
• urban areas 100%
• smart grids 100%
• cost 66%
• grids 66%
• lte 66%
• solutions 33%
• comparative evaluations 33%
• control 33%
• resources 33%
• ecosystems 33%
• devices 33%
• energy 33%
• voltage 33%
• distribution 33%
• automation 33%
• availability 33%
• remote control 33%

Computer Science

• Smart Grid Application 100%
• Smart Grid 100%
• Commercial Network 50%
• Distribution Network 50%
• High Throughput 50%
• Rapid Deployment 50%
• Consumer Application 50%
• Quality of Service 50%
• Information Technology 50%
• wireless communication technology 50%
• Network Resource 50%
• Global Standard 50%
• Reliable Communication 50%
• Effective Solution 50%
• Effective Communication 50%
• Commercial Advantage 50%