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为更好的满足现代人对节能环保的要求,减少过热环境对机械设备的影响,有必要对大型整流机冷却节能进行研究,随着经济社会的发展,各种改造技术被应用到大型整流机冷却节能中,在优化了冷却方式的同时,也改善了工作环境。尽管目前拥有多种冷却方式,但实际效果却不是很好,总的来说能耗较高,也不利于工作环境优化。因此,本文将从大型整流机冷却方式入手,重点研究大型整流机冷却节能技术。
In order to meet the modern requirements of energy conservation and environmental protection better and reduce the impact of overheated environment on machinery and equipment, it is necessary to study the cooling and energy saving of large-scale rectifiers. With economic and social development, various transformation technologies are applied to large rectifiers Cooling energy saving, while optimizing the cooling mode, but also improve the working environment. Although there are a variety of cooling methods available, the actual effect is not very good. In general, the energy consumption is high, which is not conducive to the optimization of the working environment. Therefore, this article will start with the large-scale rectifier cooling, focusing on large-scale rectifier cooling energy-saving technologies.