IoT-Based Supervisory Control of an Asymmetrical Nine-Phase Integrated on-Board EV Battery Charger

Computer Science

• Charging System 50%
• Control 100%
• Hardware 50%
• Induction Phase 50%
• Information and Communication Technologies 50%
• Internet 50%
• Internet of Things 100%
• Market Penetration 50%
• Reconfiguration 50%
• Roles 50%
• Smartphone Application 50%
• Sustainable Transportation 50%
• Topology 50%
• Transitions 50%
• User Experience 50%
• Wireless Communication 50%

INIS

• applications 20%
• availability 20%
• battery chargers 100%
• constraints 20%
• control 100%
• cost 20%
• electric-powered vehicles 100%
• grids 20%
• induction 20%
• information 20%
• internet 100%
• market 20%
• motors 20%
• operation 20%
• optimization 20%
• power factor 20%
• production 20%
• propulsion 40%
• sensors 20%
• size 20%
• topology 20%
• torque 20%
• vehicles 80%
• weight 20%

Engineering

• Battery Charger 100%
• Charging Process 80%
• Charging Time 20%
• Constraints 20%
• Electric Vehicle 100%
• Hardware Reconfiguration 20%
• Information and Communication Technologies 20%
• Integration 20%
• Internet of Things 100%
• On-Board Charger 20%
• Phase Induction Motor 20%
• Power Factor 20%
• Production 20%
• Prototype 20%
• Smartphone Application 20%
• Supervisory Control 100%
• User Experience 20%
• Vehicle Sensor 20%
• Wireless Communication 20%
• Zeros 20%