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Solar Greenhouse: A Guide to the Design, Construction, and Use of Solar Greenhouses for North Carolina Homeowners

机译：日光温室：为北卡罗来纳州房主设计，建造和使用太阳能温室的指南

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The theory, design, and construction of the solar greenhouse are covered, including orientation, glazing, insulation, heat storage, summer and winter operation, construction of footings and mass walls, solid walls and clear walls, the roof, framing, openings and finishing. Also discussed are greenhouse economics, gardening tips, and potential problems, including condensation, weathering, inadequate air circulation, summer and winter overheating, and cold night temperatures. A plan is included to help illustrate the concepts discussed. (ERA citation 07:046397)

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作者
Prine, D. W.;
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年度 1984
页码 1-29
总页数 29
原文格式 PDF
正文语种 eng
中图分类工业技术;
关键词
Greenhouses; Air Flow; Ambient Temperature; Construction; Design; Horticulture; Orientation; Roofs; Sensible Heat Storage; Thermal Insulation; Thermal Mass; Vapor Condensation; Walls; Weathering; Windows;

机译：温室;气流;环境温度;建筑;设计;园艺;定向;屋顶;显热储存;保温;热质;蒸汽冷凝;墙壁;风化; Windows;

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专利

1. Comparative studies of patterns of variation of daily temperature differences inside the north wall in Chinese solar greenhouses of three different designs during cold periods [J] . Y.Yang, Y.L. Li, X.Z. Wen Acta Horticulturae . 2018,第1227aPta1期

机译：寒冷时期三种不同设计中北墙中日常温度差异变化模式的比较研究
2. Optimum design and orientation of the greenhouses for maximum capture of solar energy in North Tropical Region [J] . El-Maghlany Wael M., Teamah Mohamed A., Tanaka Hiroshi Energy Conversion & Management . 2015,第NOVa期

机译：优化温室的设计和方向，以最大程度地获取北部热带地区的太阳能
3. The solar greenhouse: a highly insulated greenhouse design with an inflated roof system with PVDF OR ETFE membranes. [J] . Waaijenberg D, Hemming S, Campen J B Acta Horticulturae . 2005,第2期

机译：日光温室：一种高度隔热的温室设计，带有带PVDF或ETFE膜的充气屋顶系统。
4. Length Determination of the Solar Greenhouse North Wall in Lanzhou [C] . Xuting Gao, Huijun Yang, Yong Guan International Symposium on Heating, Ventilation and Air Conditioning . 2017

机译：兰州太阳能温室北墙的长度
5. Solar Energy Development in North Carolina: Analyzing Spatial Patterns and Landscape Characteristics of the Spread of Utility-Scale Solar Facilities [D] . McAllister, Tara. 2021

机译：北卡罗来纳太阳能发展：分析了公用事业级太阳能设施蔓延的空间模式和景观特征
6. Effect of internal surface structure of the north wall on Chinese solar greenhouse thermal microclimate based on computational fluid dynamics [O] . Xingan Liu, He Li, Yiming Li, 2020

机译：基于计算流体动力学的北墙内表面结构对中国太阳能温室热小循环的影响
7. The solar greenhouse : a highly insulated greenhouse design with an inflated roof system with PVDF or ETFE membranes [O] . Waaijenberg D., Hemming S., Campen J.B. 2005

机译：日光温室：高度隔热的温室设计，带有带PVDF或ETFE膜的充气屋顶系统
8. North-Side Solar Greenhouse. Final Report [R] . Witt, C. K. 1984

机译：北侧日光温室。总结报告

Solar Greenhouse: A Guide to the Design, Construction, and Use of Solar Greenhouses for North Carolina Homeowners

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