Optimized day-ahead pricing for smart grids with device-specific scheduling flexibility

Keyphrases

• Device-independent 100%
• Smart Grid 100%
• Day-ahead Price 100%
• Scheduling Flexibility 100%
• Electricity Supplier 100%
• Provider Cost 66%
• Numerical Simulation 33%
• Feedback Loop 33%
• Time-dependent Pricing 33%
• User Behavior 33%
• Peak Load 33%
• Between-person 33%
• Cost Minimization 33%
• Cost Structure 33%
• Two-way Communication 33%
• Control Feedback 33%
• Consumer Devices 33%
• Electricity Generator 33%
• Willingness to Shift 33%
• Consumer Willingness 33%
• Dynamically Adjust 33%
• Power Grid 33%
• Pricing Algorithm 33%
• Device Usage 33%
• User Reactions 33%
• Relieving Stress 33%
• User Device 33%
• Price-based 33%

Engineering

• Smart Grid 100%
• Real Data 50%
• Minimization Problem 50%
• Individual User 50%
• Peak Hour 50%
• Peak Load 50%
• Feedback Loop 50%
• Consumer Willingness 50%
• Power Grid 50%
• Stress Relief 50%
• Consumer Device 50%
• Peak Period 50%
• Computer Simulation 50%

Computer Science

• Smart Grid 100%
• Interactive Communication 50%
• Minimization Problem 50%
• Individual User 50%
• User Behavior 50%
• Numerical Simulation 50%
• Consumer Device 50%
• Feedback Control Loop 50%
• Computational Simulation 50%