Keyphrases
Spectral Splitting
100%
Concentrated Photovoltaic Thermal
56%
PVT Collector
28%
Photovoltaic Thermal Collector
28%
Thermal Technologies
28%
Thermal Energy Storage
28%
District Heating Network
24%
Heat Transfer Fluid
24%
Project Work
20%
Industrial Waste Heat
19%
UV Exposure
18%
Thermal Receiver
17%
Beam Splitting
17%
Liquid Absorption
16%
Absorptive Filter
16%
Electrical Parts
16%
Electrical Efficiency
16%
Photovoltaic Cells
16%
Fresnel Mirror
16%
Low Temperature
15%
Waste Heat
14%
Chemical Degradation
14%
First-year Experience
14%
CPV-T
14%
Design Basis
14%
Economic Analysis
14%
Optical Modeling
14%
Efficiency Increase
14%
Numerical Model
14%
Quality Assurance
14%
Industry Partners
14%
District Heating
14%
Mid-temperature
14%
Industrial Integration
14%
Mid-temperature Solar Energy
14%
Plate Heat Exchanger
14%
Solar Thermal Collector
14%
Simulation Environment
14%
First-principles
14%
Cooling Method
14%
Hot Fluid
14%
Accelerated Testing
14%
PV-thermal System
14%
Optical Degradation
14%
High Temperature Test
14%
University of New South Wales
14%
Concentrator PV
14%
Initial Selection
14%
Optical Changes
14%
CSIRO
14%
Engineering
Photovoltaics
56%
Thermal Collector
28%
District Heating
28%
Heat Storage
28%
Liquid Absorption
21%
Heat Transfer Fluid
20%
Thermal System
20%
Electrical Part
16%
Electrical Efficiency
16%
Low-Temperature
14%
Solar Thermal Collector
14%
Thermal Stress
14%
Fluid Property
14%
Commercial Building
14%
Chemical Degradation
14%
Industrial Building
14%
Accelerated Test
14%
South Wale
14%
Numerical Model
14%
Term Performance
14%
Hot Fluid
14%
Simulation Environment
14%
Adsorption Chiller
14%
Thermal Solar System
14%
Cooling System
14%
Germany
14%
Photovoltaic Technology
14%
Member Country
14%
Renewables
13%
Research Work
13%
Conversion Efficiency
12%
Solar Energy
11%
Industrial Sector
9%
Hydraulic System
9%
Heat Losses
8%
Electrical Energy
8%
Thermal Energy
8%
Mathematical Description
7%
Negligible Effect
7%
Optical Filter
7%
Main Parameter
7%
Desired Output
7%
Industrial Heat Process
7%
Optimum Temperature
7%
Simulation Time
7%
Irradiance
7%
Parameter Model
7%
Final Result
7%
Initial State
7%
Chiller
7%