喷雾通风冷却塔在循环冷却水系统中的应用

文章以高效低耗为原则，改善了相关制冷设备，新的设备将适用循环冷却水系统的需要。     

喷雾通风冷却塔在循环冷却水系统中的应用

叙述了煤气压缩机的循环冷却水系统里改用喷雾通风冷却,可以收到良好的效果：降温冷却效果好、节能效果显著、操作维护可靠方便。     

火力发电厂空调冷却水系统分析

通过对8个火力发电厂进行调研，收集了有关集控室空调冷却水的设计方案、水质资料及运行情况，分析结果表明，火力发电厂空调冷却水系统均满足生产及工艺要求。     

煤矸石净水剂在榆林市园林中水循环系统中应用

在介绍榆林市园林中水利用现状的基础上,分析了中水利用方面存在的问题,并结合煤矸石净水剂在园林绿地中水循环系统中的应用情况,指出采用该净水剂不仅解决了煤矸石的环境污染问题,而且缓解了淡水资源缺乏的问题。     

高压细水雾灭火系统在地铁设备用房的应用

揭示地铁的火灾危险性,提出地铁设备用房设置自动灭火系统时需解决的关键问题,阐述高压细水雾系统的灭火机理与工作原理,分析高压细水雾系统具有的可靠持续性、环保节能性和电气安全性等优点,介绍了地铁设备用房设置高压细水雾灭火系统的案例。     

变频技术在中央空调水循环系统改造中的应用

结合中央空调水泵一年四季在工频状态下全速运行,造成能量浪费的现象,分析了原系统存在的问题,阐述了中 .央空调变频节能原理,并对原系统进行了节能改造,实际表明,改造后系统节电率显著提高,达到了预期效果.     

冷却循环系统在大体积混凝土中的应用

介绍了控制大体积混凝土内、外温差工程实例,通过该成功案例说明在大体积混凝土中运用冷却循环系统控制内、外温差的新型方法 ---冷却盾环系统。     

冷却系统在工业生产厂房中的应用

介绍了工业生产厂房中冷却塔的原理及常用的冷却塔形式,根据被冷却对象的不同,列出了工业生产厂房中常用的冷却系统,并针对冷却系统中常见的运行问题给出了解决措施,旨在提高冷却系统的运行效率。     

Empirical investigation of the cooling performance of a new designed Trombe wall in combination with solar chimney and water spraying system

This paper presents an experimental study of a new designed Trombe wall in combination with solar chimney and water spraying system in a test room under Yazd(Iran) desert climate.The Trombe wall area is 50% of that of the southern wall of the building that occupies less space and reduces the implementation costs. The new design of the channel has caused the absorber to receive the solar radiation from three directions. Based on the results, the optimum mass flow rate and the nozzle diameter of the water spraying system has been obtained 10 l/h and 30 μm, respectively. The results indicate that the water spraying system decreases indoor temperature and increases indoor relative humidity by about 8 ℃ and 17%, respectively. The most effect of outdoor relative humidity variation is on indoor relative humidity, rather than indoor temperature. When outdoor temperature increases, both indoor relative humidity and the difference between indoor and outdoor relative humidity decreases. The results also showed that theTrombe wall; Solar chimney; Water spraying system(2) Prediction of energy performance of residential buildings:A genetic programming approach, P67-74, by Mauro Castelli,Leonardo Trujillo, Leonardo Vanneschi, Ale觢 Popovic Abstract: Energy consumption has long been emphasized as an important policy issue in today's economies. In particular, the energy efficiency of residential buildings is considered a top priority of a country's energy policy. The paper proposes a genetic programming-based framework for estimating the energy performance of residential buildings. The objective is to build a model able to predict the heating load and the cooling load of residential buildings. An accurate prediction of these parameters facilitates a better control of energy consumption and, moreover, it helps choosing the energy supplier that better fits the energy needs,which is considered an important issue in the deregulated energy market. The proposed framework blends a recently developed version of genetic programming with a local search method and linear scaling. The resulting system enables us to build a model that produces an accurate estimation of both considered parameters. Extensive simulations on 768 diverse residential buildings confirm the suitability of the proposed method in predicting heating load and cooling load. In particular, the proposed method is more accurate than the existing state-of-the-art techniques.     

混水装置在低温热水地面辐射供暖中的应用

通过对市政供热管网与室内系统连接的三种方式的分析,得出采用混水装置能够使系统安全、舒适运行,解决了低温热水地面辐射供暖供回水温度要求的问题,为人们提供了更舒适的生活环境。     

循环管冷却水降温法在大体积混凝土中的应用

结合具体工程实例,针对某工程顶板超大超厚大体积混凝土采用冷却水循环的应用,分析了冷却水循环管系统的设计、安装及运行中注意的事项,并介绍了在外部采取的保温养护措施,实践证明,在顶板大体积混凝土中应用水管冷却进行温控和防裂是行之有效的。     

细水雾灭火系统在图书馆的应用研究

图书馆内保存有大量的珍贵资料和书籍,一旦发生火灾损失无法估计.图书馆由于其特殊性对火灾保护系统也有特殊的要求.通过细水雾灭书架火的模拟实验,表明了细水雾能够快速有效地抑制图书库火灾,但完全扑灭受书架遮挡的小火则需较长时间.