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Keyphrases
Ultra-low Grade
100%
Sustainable Power Generation
100%
Scheme Research
100%
Competitive Funding
100%
Zeotropic Working Fluid
100%
Organic Rankine Cycle
100%
Power Generation Potential
100%
Self-financing
100%
Faculty Development
100%
Development Schemes
100%
Funding Mechanisms
100%
Low-grade Waste Heat
100%
Vapor Compression Cycle
100%
Decision Analysis
100%
Zeotropic Mixture
50%
Air Conditioning
25%
Waste Heat
25%
Hot Zone
12%
Energy-exergy-economic Analysis
12%
Pareto Front Solutions
12%
Programming Model
12%
Heat Transfer
12%
Heat Networks
12%
Humid Region
12%
Dual-stage
12%
Evaporator
12%
Comprehensive Performance
12%
Linear Programming
12%
Non-isothermal
12%
Total Energy
12%
Technique for Order Preference by Similarity to Ideal Solution (TOPSIS)
12%
Decision-making Method
12%
Exergy Loss
12%
Waste Heat Temperature
12%
High Power Conversion Efficiency
12%
Temperature Glide
12%
Refrigeration
12%
Working Fluid Pair
12%
Thermal Performance
12%
Hong Kong
12%
Temperature Range
12%
Desuperheating
12%
Heat Exchanger
12%
Customization
12%
Pure Refrigerant
12%
Performance Indicators
12%
System Performance
12%
Condenser
12%
Unique Characteristics
12%
Thermodynamic Performance
12%
External Heat Source
12%
Heat Addition
12%
Single-stage
12%
System Losses
12%
Carbon Footprint
12%
Cycle Configuration
12%
LINMAP
12%
Thermodynamic Response
12%
Environmental Analysis
12%
ORC Cycle
12%
Working Fluid
12%
Thermal Efficiency
12%
Constant Pressure
12%
Shannon Entropy
12%
Electricity Generation
12%
Optimized Composition
12%
Thermal Matching
12%
Non-dominated Sorting Genetic Algorithm (NSGA-II)
12%
Multi-objective Optimization Algorithm
12%
Engineering
Organic Rankine Cycle
100%
Renewable Energy
100%
Power Generation
100%
Vapor Compression
100%
Integrated System
37%
Thermodynamics
25%
Condenser
12%
Shannon Entropy
12%
Electricity Generation
12%
Actuator
12%
Conversion Efficiency
12%
Thermal Performance
12%
Irreversibility
12%
Evaporator
12%
Linear Program
12%
Heat Addition
12%
Air Conditioning
12%
Multiobjective Optimization
12%
Thermodynamic Efficiency
12%
Optimization Approach
12%
Temperature Range
12%
Performance Indicator
12%
Heat Source
12%
Isothermal
12%
Pareto Front
12%
Desired Property
12%
Customisation
12%
Carbon Footprint
12%
Non-Dominated Sorting Genetic Algorithm II
12%
Exergy Loss
12%
Systems Performance
12%
Pure Refrigerant
12%
Capture System
12%
Exchanger
12%
Heat Exchange
12%
Air Conditioning System
12%
Physics
Organic Rankine Cycle
100%
Compression Cycle
100%
Working Fluid
100%
Renewable Energy
100%
Thermodynamics
25%
Exergy
25%
Protective Atmosphere
12%
Heat Source
12%
Multiobjective Optimization
12%
Actuator
12%
Entropy
12%
Thermodynamic Efficiency
12%
Heat Exchanger
12%
Genetic Algorithm
12%