首页> 美国卫生研究院文献>Proceedings of the Japan Academy. Series B Physical and Biological Sciences >Resource use efficiency of closed plant production system with artificial light: Concept estimation and application to plant factory
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Resource use efficiency of closed plant production system with artificial light: Concept estimation and application to plant factory

机译:人工照明的封闭式植物生产系统的资源利用效率:概念估计及在植物工厂中的应用

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摘要

Extensive research has recently been conducted on plant factory with artificial light, which is one type of closed plant production system (CPPS) consisting of a thermally insulated and airtight structure, a multi-tier system with lighting devices, air conditioners and fans, a CO2 supply unit, a nutrient solution supply unit, and an environment control unit. One of the research outcomes is the concept of resource use efficiency (RUE) of CPPS.This paper reviews the characteristics of the CPPS compared with those of the greenhouse, mainly from the viewpoint of RUE, which is defined as the ratio of the amount of the resource fixed or held in plants to the amount of the resource supplied to the CPPS.It is shown that the use efficiencies of water, CO2 and light energy are considerably higher in the CPPS than those in the greenhouse. On the other hand, there is much more room for improving the light and electric energy use efficiencies of CPPS. Challenging issues for CPPS and RUE are also discussed.
机译:最近,对人造光的植物工厂进行了广泛的研究,人造光是一种封闭的植物生产系统(CPPS),由隔热和气密的结构,带有照明设备,空调和风扇的多层系统,二氧化碳构成供应单元,营养液供应单元和环境控制单元。 CPPS的资源利用效率(RUE)的概念是研究的成果之一。本文主要从RUE的角度对CPPS与温室相比的特点进行了综述,定义为CPPS的量比。结果表明,CPPS中水,CO2和光能的使用效率要比温室中的要高得多。另一方面,还有更多的空间可以提高CPPS的光和电能使用效率。还讨论了CPPS和RUE的挑战性问题。

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