Power system planning and operation across multiple coincident non-stationary temperature futures

Keyphrases

• Air Temperature 100%
• Exporters 100%
• Power System Operation 100%
• Temperature Futures 100%
• Power System Planning 100%
• Phoenix 50%
• Urban Planning 50%
• Air Conditioning 50%
• Partial Least Squares Structural Equation Modeling (PLS-SEM) 50%
• Population Growth 50%
• Geographic Region 50%
• Electricity Generation 50%
• US Southwest 50%
• Two-region 50%
• Planning Approach 50%
• Modeling Techniques 50%
• Natural Resources 50%
• Social Resources 50%
• Electric 50%
• High Air Temperature 50%
• Heat Wave 50%
• Peak Electricity Demand 50%
• Economic Resources 50%
• Net Energy 50%
• Stakeholder Groups 50%
• Temperature Patterns 50%
• Electrical Performance 50%
• Power Generation Technology 50%
• Generation Resources 50%
• Thermal Power Generation 50%
• Non-stationary Climate 50%
• Power Infrastructure 50%
• Infrastructure Operation 50%
• Power Deficit 50%

Engineering

• Air Temperature 100%
• Power System Operation 100%
• Power System Planning 100%
• Infrastructure 66%
• Power Generation 66%
• Natural Resources 33%
• Electricity Demand 33%
• Electrical Performance 33%
• Urban Planning 33%
• Generation Technology 33%
• Generation Resource 33%
• Air Conditioning 33%
• Stationarity 33%