MPC-based optimal scheduling of grid-connected low energy buildings with thermal energy storages

Keyphrases

• Optimal Scheduling 100%
• Grid-connected 100%
• Thermal Energy Storage 100%
• Model Predictive Control 100%
• Low Energy Building 100%
• Building Energy Systems 100%
• Electricity Pricing 100%
• Distributed Power Generation 100%
• Hong Kong 50%
• Sensitivity Analysis 50%
• Energy Demand 50%
• Operation Cost 50%
• Building Energy Efficiency 50%
• Primary Energy Consumption 50%
• Photovoltaic System 50%
• Energy Supply 50%
• Energy-related Operations 50%
• Carbon Dioxide Emissions 50%
• Water Storage Tank 50%
• Energy Consumption Cost 50%
• Energy Systems 50%
• Nearly Zero Energy Buildings (nZEB) 50%
• Zero Energy Building 50%
• Combined Power System 50%
• Nonlinear Programming Algorithm 50%
• Integrated Cooling System 50%
• Chilled Water Storage 50%
• Selling 50%

Engineering

• Low Energy Building 100%
• Predictive Control Model 100%
• Energy Systems 100%
• Heat Storage 100%
• Distributed Power Generation 66%
• Major Problem 33%
• Zero-Energy Building 33%
• Chilled Water 33%
• Scheduling Strategy 33%
• Reference Building 33%
• Power and Cooling System 33%
• Energy Efficiency 33%
• Photovoltaic System 33%
• Storage Tank 33%
• Primary Energy Consumption 33%