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温室节能的设计与运行研究 被引量:1

Theory for Energy-saving Design and Operation of Greenhouse
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摘要 随着最近几年经济与科技的长足进步,我国在温室系统建设上投入的人力、物力、财力也越来越大,支持温室系统运行的设施设备也融入了更多的高科技元素。在温室系统设计向着更深方向发展的同时,温室系统的应用也走向了更广阔的市场,为更多的国家和地区所应用。温室系统已初步形成从设计施工、设施配备到安装调试等一系列的产业链条,走向了全行业产业化的道路。温室节能技术作为温室系统产业链上不可或缺的一环,已成为现代园林园艺设备研究的主要方向之一。以温室采暖系统作为设计基石,在确保温室系统能够稳定高效运行的背景下,对温室采暖方式种类与特点进行总结概括。基于此,对温室节能进行合理的设计,目的是使得温室生产达到高产、低耗的效果。对温室采暖节能系统运行做了有效的评价。 As the economy development and the progress of science and technology in recent years, human, material and financial resources for the construction of greenhouse system are growing in China, and facilities become more and more advanced. Greenhouse system design, construction, installation and facilities are gradually forming the industrial chain, so the industry scale is forming gradually, greenhouse energy conservation technologies have gradually become the main research direction of gardening research. The heating system of greenhouse is the cornerstone design to ensure stable and efficient operation under the background. Types and characteristics of heating means of greenhouse are summarized. The reasonable design of greenhouse energy efficiency will achieve high yield and low consumption for greenhouse production. The energy - saving heating system of greenhouse is evaluated effectively.
作者 傅晓耕
出处 《建筑节能》 CAS 2017年第9期118-120,125,共4页 BUILDING ENERGY EFFICIENCY
关键词 温室节能 热水采暖 热风式采暖 电加温 greenhouse energy efficiency hot water heating hot air heating electric heating
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