Keyphrases
Optimal Cooling Rate
100%
Energy Investment
100%
Cooling Capacity
100%
Optimal Power
100%
Power Capacity
100%
Optimization Model
42%
Greenhouse Gas Emissions
28%
Return on Investment
28%
Operating Cost
28%
Optimization Programming
28%
Analytical Methodology
28%
Investment Options
28%
Cost Savings
14%
Optimization Problem
14%
Programming Languages
14%
Energy Demand
14%
Experimental Case Study
14%
University Campus
14%
Investment Decisions
14%
Investment Cost
14%
Maintenance Budget
14%
Evaluation Parameters
14%
Demand Data
14%
Campus Microgrid
14%
Language Implementation
14%
Investment Problem
14%
Saving-investment
14%
Energy Manager
14%
Engineering
Cooling Capacity
100%
Optimisation Problem
50%
Microgrid
50%
Investment Cost
50%