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Keywords

• Agri 4.0
• Agri-PV
• agricultural robots
• Agriculture
• agrivoltaic
• agrivoltaic system
• agrivoltaics
• agrophotovoltaic
• Amorphous Silicon
• arid region
• battery-based farm machinery
• benefit-cost ratio
• biodynamic agriculture
• building-integrated photovoltaics
• Crop performance
• DIgSILENT
• distributed generation
• distribution network
• dual-land use
• energy innovation
• extraterrestrial solar irradiation
• food-energy nexus
• fuses coordination
• global, beam and diffuse solar components
• Greenhouses
• ground-reflected solar radiation
• History of engineering & technology
• horizontal, tilted and oriented solar irradiation
• land equivalent ratio
• land productivity
• link budget
• localization
• LoRa
• microgrid
• mobile irrigation system
• multi-purpose farming robots
• n/a
• nexus approach
• node sensitivity
• organic agriculture
• Organic Photovoltaics
• photovoltaic
• photovoltaics
• plant heat stress
• product quality
• protection device
• PV heat conversion
• range
• Rural development
• semi-transparent photovoltaic panels
• shading
• smart pesticide sprayers
• smart water sprinklers
• SNR
• solar energy
• solar micro-grid
• solar photovoltaic energy
• solar photovoltaics
• solar sharing
• solar-powered irrigation
• spreading factor
• Sustainable Agriculture
• sustainable greenhouse
• sustainable integration
• techno-economic impact
• technology adoption
• Technology, engineering, agriculture
• Technology: general issues
• thermal analysis
• tomato
• transpiration
• water–food–energy nexus
• yields

Links

DOI: 10.3390/books978-3-0365-3289-9

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