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- Light environment control for reducing energy loss and . . .
Thus, increasing the energy utilization of artificial light sources can significantly increases crop yield and reduces costs Plant factory can enable continuous annual crop production through high-precision environmental control in the facility and fewer constraints imposed by natural conditions
- Some recent developments in controlled-environment . . .
Greenhouse horticulture and vertical farming (also known as plant factories) are both part of Controlled Environment Agriculture (CEA) Compared to field production, CEA allows for more control over the growth environment, often resulting in higher yields and better product quality
- Intelligent Environmental Control in Plant Factories . . .
Manipulating the concentration of CO 2 in the growing environment boosts plant uptake of carbon and enhances plant growth rates and biomass production, hence increasing yields (Holley et al 2022)
- Advances in greenhouse automation and controlled environment . . .
Protected cultivations have changed from simple covered greenhouse structures to high-tech plant factories that optimize the productivity of the plants and human labour
- Plant Factory System Construction: Cultivation Environment . . .
Unlike the systems used in stan-dard high yield plant factories, this system was designed to determine optimal environmental parameters Criteria such as air composition, nutrient solution concentration, and lighting conditions were measured and optimized for numerous plant breeds
- Controlled Environment Agriculture and the Future of Crop . . .
As a result, they can achieve higher yields, consistent quality, and reduce resource consumption compared to traditional agriculture The core principle of a CEA system is the precise control of environmental variables to optimize plant growth and yield
- Plant Production in Controlled Environments - ResearchGate
In order to increase crop yield, quality, and productivity, controlled environment agriculture (CEA) can play an important role as an alternative and supplemental production system to
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