提高白俄罗斯共和国温室植物效率的主要储备

N. Korolevich, I. Oganezov, Peter Leshchilovsky
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引用次数: 0

摘要

研究的目的是根据白俄罗斯共和国主要温室植物的特点,制定科学的建议,通过减少热量和电力的消耗来提高温室蔬菜的生产效率。研究方法:抽象-逻辑、专著、计算-建构、经济-统计。在明斯克地区明斯克区日达诺维奇农工业综合企业MRU和维捷布斯科能源公司位于维捷布斯克地区奥尔沙区奥列霍夫斯克城村的特普里奇分公司的实验室和实地试验以及经济试验和研究的基础上,确定了降低温室蔬菜成本的主要储备。科学新颖性的要素是根据白俄罗斯共和国温室农业企业的荷兰原则,评估采用节能温室的有效性。提出的解决方案中的主要设备是基于气体活塞装置的热电联产装置。燃气活塞机组的高电气效率,使用冷凝器将废气冷却到50-60°C的温度,使机组的整体效率达到92-94%的水平,这保证了设备运行的高效率,而产热成本明显低于电力系统的关税(20-30%)。广泛使用透光聚碳酸酯蜂窝板,可以观察温室内照明,温度,湿度,结构强度的最佳组合,并使用现代计算机程序,可靠准确地控制复杂的现代系统-窗帘,蒸发加湿和蒸发-可以增加产品的产量高达25%。关键词:蔬菜种植,保护地,分析,区域,市场,技术,生产力,成本,盈利能力。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The main reserves of increasing the efficiency of greenhouse plants of the Republic of Belarus
The purpose of the research is to develop scientifically based proposals to increase the efficiency of the production of greenhouse vegetables by reducing the consumption of heat and electricity, taking into account the characteristics of the main greenhouse plants of the Republic of Belarus. Research methods: abstract-logical, monographic, computational-constructive, economic-statistical. On the basis of laboratory and field tests and economic tests and studies at the Zhdanovichi agro-industrial complex MRU Minsk district of Minsk region and the Teplichny branch of RUE Vitebskenergo in the urban village of Orekhovsk, Orsha district, Vitebsk region, the main reserves for reducing the cost of greenhouse vegetables were identified. Elements of scientific novelty consist in assessing the effectiveness of the introduction of energy-saving greenhouses according to the Dutch principle in greenhouse agricultural enterprises of the Republic of Belarus. The main equipment in the proposed solution is a cogeneration unit based on a gas piston unit. The high electrical ef-ficiency of the gas piston unit, the use of condensers for cooling the exhaust gases to a temperature of 50-60°C allow achiev-ing the overall efficiency of the unit at the level of 92-94%, which guarantees high efficiency of equipment operation with the cost of heat production significantly lower than the tariff in the power system (by 20-30%). The widespread use of light-transmitting polycarbonate honeycomb panels, which allow observing the optimal com-bination of illumination, temperature, humidity, structural strength in greenhouses, and the use of modern computer pro-grams that reliably and accurately control a complex of modern systems – curtain, evaporative humidification and evapora-tion – can allow increasing the yield of products up to 25%. Keywords: vegetable growing, protected ground, analysis, region, market, technology, productivity, costs, profita-bility.
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