Energy flexibility characteristics of centralized hot water system in university dormitories

Keyphrases

• Hot Water System 100%
• University Dormitory 100%
• Energy Flexibility 100%
• Flexibility Characteristics 100%
• Storage Capacity 50%
• Storage Efficiency 50%
• Available Storage 50%
• Renewable Energy 25%
• Outdoor Temperature 25%
• Recovery Time 25%
• Regional Integrated Energy System 25%
• Simulation Method 12%
• Energy Supply 12%
• Evenly Distributed 12%
• Energy Demand 12%
• Carbon Neutrality 12%
• Optimal Operation 12%
• Large-scale Application 12%
• Capacity Efficiency 12%
• Penetration Rate 12%
• Water Use 12%
• Building Sector 12%
• Maximum Penetration 12%
• Real-time Monitoring Data 12%
• Data-driven Simulation 12%
• High Available 12%
• Daily Water Consumption 12%
• Optimal Dispatching 12%

Engineering

• Hot Water System 100%
• Energy Flexibility 100%
• Storage Capacity 50%
• Renewable Energy 25%
• Outdoor Temperature 25%
• Recovery Time 25%
• Integrated Energy System 25%
• Simulation Method 12%
• Influencing Factor 12%
• Monitoring Data 12%
• Mean Value 12%
• Building Sector 12%
• Rate of Penetration 12%

Agricultural and Biological Sciences

• Spring 100%
• Annuals 25%
• Water Consumption 25%