Principles of Solar Engineering

1. Introduction to Solar Energy Conversion. 2. Fundamentals of Solar Radiation. 3. Solar Thermal Collectors. 4. Energy Storage and Transport. 5. Solar Heating Systems and Industrial Process Heat. 6. Solar Cooling and Dehumidification. 7. Passive Solar Heating, Cooling, and Daylighting. 8. Solar Thermal Power. 9. Photovoltaics. 10. Solar Photochemical Applications. 11. Solar Desalination.

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• Processos de transmissão de calor
• Ambiente
• Energia
• Tecnologia das fontes de energia renovável e alternativa
• Aquecimento, iluminação e ventilação
• Engenharia mecânica
• Matemática aplicada

Solar Energy Conversion;Global Energy;Solar Energy;Energy Storage;Solar Systems;Solar Radiation;Energy Transport;Thermal Radiation;Terrestrial Solar Radiation;Solar Radiation Mapping;Solar Thermal Collectors;Flat-Plate Collectors;Tubular Solar Energy Collectors;Parabolic Trough Concentrator;Compound-Curvature Solar Concentrators;Fresnel Reflectors;Fresnel Lenses;Thermal Energy Storage;Thermal Energy Transport;Hot-Water Loads in Buildings;Solar Heating Systems;TRNSYS Computer Simulation Program;Solar Industrial Process Heat;SIPH Systems;Solar Cooling;Solar Space Cooling and Refrigeration;Solar Desiccant Dehumidification;Daylighting;Passive Space Heating Systems;Passive Space Cooling Systems;Solar Thermal Power;Thermodynamic Power Cycles;Design of Parabolic Trough-Based Power Plants;PTC Solar Thermal Power Plants;Parabolic Dish Systems;Stirling Cycle;Central Receiver Tower Systems;CRS Design;Solar Distillation Nonconvecting Solar Ponds;Photovoltaics;Solar Reactors;Flat Plate Collector;Solar Collector;Solar Thermal;Te;Incident Angle Modifier;Parabolic Trough;Heat Transfer Coefficient;Energy Balance;Heat Exchanger;Cooling Loads;PSCs;Flat Plate Reactor;Liquid Desiccant;Acceptance Angle;Solar Desalination;CPC Collector;Passive Solar;IRENA;PV Cell;Solar Cells;Energy Density;Reaction Rate Constant