Feasibility Study on Small Scale Food Production Using Off-Grid Photovoltaic Water Pumping System in Coastal Dune

K. Tagawa
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Abstract

Approximately 795 million people in the world suffer from malnutrition and most of the population is living in developing countries and in arid region [1]. Small and family farming are main form of food production in the countries and region with high malnutrition rate, but the limited land use and the lack of access to water and energy resources hinder to enhance the supply of nutrient by sustainable food production. Facing these issues, smallscale food production system with consideration of relationship between food, energy and water supply has been attracting a lot of attention in recent years [2,3]. From this background, this study aims to develop the small-scale food production system which is combined photovoltaic (PV) water pumping system with cultivation of vegetable. Specially, groundwater at seashore in coastal dune is considered as new water resource for food production. The results of demonstration test of PV water pumping system and cultivation of vegetable are reported in this paper. Material and Method
沿海沙丘离网光伏抽水系统小规模粮食生产可行性研究
世界上大约有7.95亿人营养不良,其中大多数人生活在发展中国家和干旱地区。在营养不良率高的国家和地区,小型和家庭农业是粮食生产的主要形式,但有限的土地利用和缺乏水和能源资源阻碍了通过可持续粮食生产来增加营养的供应。面对这些问题,考虑粮食、能源和水供应关系的小规模粮食生产系统近年来备受关注[2,3]。在此背景下,本研究旨在开发光伏水泵系统与蔬菜种植相结合的小规模粮食生产系统。特别是沿海沙丘的海滨地下水被认为是一种新的粮食生产水资源。本文报道了光伏水泵系统在蔬菜栽培中的示范试验结果。材料与方法
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