Multiagent-Based Control for Plug-and-Play Batteries in DC Microgrids with Infrastructure Compensation

Keyphrases

• Adaptive Compensation 50%
• Battery Energy Storage System 50%
• Battery Health 50%
• Battery Load 50%
• Charge-discharge 100%
• Charging Application 50%
• Continuous Variation 50%
• Control Scheme 50%
• Convergence Time 50%
• DC Microgrid 100%
• Demand-side Participation 50%
• Dynamic Switching 50%
• Dynamic Vehicle 50%
• Energy Efficiency Loss 50%
• Enhanced Output 50%
• Heterogeneous Batteries 100%
• Improved Precision 50%
• In-Loop 50%
• Infrastructure Impacts 50%
• Load Demand 100%
• Microgrid 50%
• Multi-agent 50%
• Multi-agent Based 100%
• Operating Conditions 50%
• Output Voltage 100%
• Plug-and-play 100%
• Potential Loss 50%
• Power Consumption Reduction 50%
• Power Control 50%
• Power Efficiency 50%
• Power Flow Balance 50%
• Power Storage 50%
• Principal Effect 50%
• Real-time Compensation 50%
• Smart Grid 50%
• Varying number 50%
• Vehicle-to-grid 50%
• Voltage Balance 50%

Engineering

• Candidate Solution 50%
• Continuous Variation 50%
• Control Scheme 50%
• Convergence Time 50%
• DC Microgrid 100%
• Dynamic Switching 50%
• Efficiency Loss 50%
• Electric Power Utilization 50%
• Metrics 50%
• Microgrid 50%
• Multiagents 100%
• Operational Condition 50%
• Output Voltage 100%
• Potential Loss 50%
• Power Flow 50%
• Power Storage 50%
• Smart Grid 50%
• Storage System 50%
• Vehicle to Grid 50%