thermal economics meaning in Chinese
热能利用经济指标
Examples
- It is significant to improve thermal economics of power plant in ningxia area
对提高宁夏地区热力发电厂的热经济性具有指导意义。 - After the exergy analysis of the jet pump model scwr system , the accounting thermal economics was used to perform the system ' s analysis . at last , the " weakness tache " in the system was received and the improvement of system was put forward
然后在此基础上，以(火用)定价通过建立会计学热经济数学模型，计算得到了回收系统的热经济学角度的“薄弱环节”和系统的改进方向。 - Based on the analysis of the forms and facilities of the scwr system , the status of scwr was investigated in the industry of printing and dyeing . two projects of scwr system were brought forward and the thermal economics of the scwr system was studied
首先对印染企业的冷凝水回收进行调查研究，提出了两种蒸汽冷凝水回收方案，对两种回收系统进行了管路水力和热力计算，确定了系统各点的热力学参数。 - It has been extensively applied to many fields such as national defense , industrial and agricultural production , energy technology , chemical engineering and thermal economics . it has important theoretical significance for ones to open up new energies , develop new technologies , utilize energies efficiently , improve ecological environments , protect natural resources and exploit cross - subjects
它在国防、工农业生产、能源技术、化工、热经济学等方面都有广泛的应用，对开发新能源、发展新技术、高效利用能源、改善生态环境、保护自然资源、开拓交叉学科等都具有重要的理论意义。 - This paper introduces the development status of air cooling units both at home and overseas , as well as operating condition and effective factors of 200 mw air cooling units of fengzheng power plant , shows the developing direction , analysis theory and tool of thermal economics , at the same time , on the basis of this theory , using thermal economics analysis method to analyze and compute the unit exergy cost of 200mw air cooling units of fengzhen power plant under different working condition such as environmental temperature , wind speed , and draws aconclusion that the unit exergy cost increases as environmental temperature and wind speed increase
本文介绍了空冷机组国内外的发展状况、丰镇电厂200mw空冷机组的运行状况和影响因素。阐述了热经济学的发展方向、分析理论和分析工具，并在此理论的基础上，用热经济学分析的方法，对丰镇电厂200mw空冷机组在环境温度、环境风速各五种不同工况下的单位火用成本进行了分析计算，并得出了随环境温度、环境风速的增加单位火用成本增加的结论。