Using campus energy system data to save energy and provide students with real-world learning experiences

Keyphrases

• Energy Saving 100%
• Learning Experience 100%
• Energy System Data 100%
• Real-time Learning 100%
• Thermodynamic System 100%
• Campus Buildings 66%
• Informatics 33%
• Significant Energy 33%
• Going beyond 33%
• Design Alternatives 33%
• Potential Gains 33%
• Mechanical Engineering 33%
• Control Logic 33%
• Computer Science 33%
• Graduate Level 33%
• System Fault 33%
• Global Energy 33%
• Educational Strategies 33%
• Student Projects 33%
• Engineering Challenges 33%
• Multiple Datasets 33%
• Undergraduate Degree 33%
• HVAC Operation 33%
• System Usage 33%
• Few Resources 33%
• Real System 33%
• HVAC System 33%
• Building Science 33%
• Interdisciplinary Problem Solving 33%
• Power Solution 33%
• Energy-related Operations 33%
• Energy Saving Opportunities 33%
• Peak Electricity Demand 33%
• Energy Efficiency Opportunities 33%
• Alternative Power 33%
• Energy Retrofit 33%
• Textbook Problem 33%
• Usage Data 33%
• HVAC Energy 33%
• HVAC Control 33%
• Lab Model 33%
• Large Building 33%
• Fault Efficiency 33%
• Energy Load Profile 33%
• Homework Problems 33%
• Energy Usage 33%
• Building Complex 33%
• Operational Challenges 33%
• Zero-cost 33%

Engineering

• Energy Conservation 100%
• Energy Systems 100%
• Thermodynamic System 75%
• Energy Efficiency 50%
• Engineering 50%
• Retrofit 25%
• Design Alternative 25%
• Mechanical Engineering 25%
• Potential Benefit 25%
• Control Logic 25%
• Electricity Demand 25%
• Building Physics 25%
• Energy Usage 25%
• Focused Program 25%
• Real System 25%
• Deep Understanding 25%
• Load Profile 25%
• Schematic Diagram 25%