Study on Cost Performance of Gain and Payback Period in a Plant Factory of Spinach in a Cold District

N. Kikuchi, S. Obara
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Abstract

—Energy supply and demand of a plant factory facility on our campus were investigated for the purpose of energy saving in a cold region plant factory with renewable energy. The average value of the highest temperatures in November to March is 20 degree Celsius or less in Kitami. Therefore, the environment temperature of the plant factory was adjusted to 20 degree Celsius by air cooling with a ventilation fan. In addition, by supplying surplus heat of cogeneration to an external greenhouse, an increase in the harvest volume of spinach was expected. Moreover, a facility consisting of a cold region plant factory and a greenhouse is defined as a "plant cultivation system". When spinach is cultivated in this system, cost performance of gain is 2.57 (price of farm products to production costs) and the payback period is 9.70 years, so a general introduction can be expected.
寒区菠菜植物工厂收益与投资回收期的成本效益研究
-为了在寒冷地区使用可再生能源的植物工厂节能,对我们校园内的植物工厂设施的能源供需进行了调查。11月至次年3月的平均最高气温在20摄氏度以下。因此,植物工厂的环境温度通过通风风扇的风冷调节到20摄氏度。此外,通过向外部温室提供热电联产的余热,菠菜的收获量有望增加。此外,由寒区植物工厂和温室组成的设施被定义为“植物栽培系统”。采用该系统种植菠菜时,收益的性价比为2.57(农产品价格对生产成本),投资回收期为9.70年,可作一般性介绍。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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