摘要
针对藏区高寒缺氧、昼夜温差大、交通不便的特点,新鲜果蔬的供应问题成为一个关注的焦点。基于充分利用风能、太阳能的理念,设计一种风光互补的新型智能温室大棚,白天利用风光发电系统发电,夜间利用智能温度控制系统调节以改变温棚夜间适应植物生长的环境温度。研究结果表明,该智能温室大棚保温效果好,产量显著提高,极大改善了当地果蔬短缺的情况,提高了牧民的生活质量。
In view of the characteristics of high cold and hypoxia,large temperature difference between day and night,and inconvenient transportation in Tibetan areas,the supply of fresh fruits and vegetables has become the focus of attention.Based on the concept of making full use of wind and solar energy,a new type of intelligent greenhouse with wind and solar complementarity is designed,which uses the wind and solar power generation system to generate electricity during the day and utilize the intelligent temperature control system to adjust at night so as to change the ambient temperature of the greenhouse to adapt to plant growth at night.The results show that the intelligent greenhouse has good thermal insulation effect and significantly increased yield,which greatly improves the shortage of local fruits and vegetables and improves the quality of life of herders.
作者
蔡楦
周姣姣
申健
付胡鑫
黄莺
张铭雨
盛富城
白军
Cai Xuan;Zhou Jiaojiao;Shen Jian;Fu Huxin;Huang Ying;Zhang Mingyu;Sheng Fucheng;Bai Jun(College of Water Conservancy and Civil Engineering,Xizang Agriculture&Animal Husbandry University,Nyingchi 860000,China)
出处
《西藏科技》
2024年第3期13-17,28,共6页
Xizang Science And Technology
基金
2023年西藏农牧学院大学生创新创业训练计划项目(国家级)。
关键词
风光互补
温室大棚
双碳
节能减排
低碳环保
Wind and solar complementation
Greenhouses
Double carbon
Energy conservation and emission reduction
Low carbon and environmental protection