参数化节能电梯系统集成与实现

发布时间：2019-06-26 08:28

【摘要】：21世纪以来，越来越多的新型技术的发展催生了大批新型电梯部件的蓬勃发展，这些部件不仅是从安全性和可靠性上有了极大的提升，同时，在成本方面较之以往的产品有了很大的降低。但是，这些新型部件由于以往的产品设计中使用较少，存在系统集成过程中经验不足的问题，使部件的性能及其优越性没有有效发挥。本文将结合公司开发的一款新型节能产品，结合公司前沿电梯部件技术，集中阐述在电梯系统集成过程中所进行的理论计算及其合理的部件选择来满足产品的设计要求，同时，举例进行产品集成计算，并且将计算结果通过试验进行验证，对于所开发产品的能量消耗等级，，同时在试验过程中进行测定。测定的结果表明，所应用的系统集成方法满足电梯对基础系统的要求，并且在能源节约有着显著的效果。
[Abstract]:Since the 21st century, the development of more and more new technology has led to the vigorous development of a large number of new elevator parts, which not only have a great improvement in safety and reliability, but also have a great reduction in cost compared with the previous products. However, these new parts have less experience in the process of system integration due to the less use in the conventional product design, so that the performance and the superiority of the parts are not effectively played. In this paper, a new kind of new product, which is developed by the company, is combined with the technology of the front elevator component of the company, and the theoretical calculation and the reasonable part selection in the course of the system integration of the elevator are set forth to meet the design requirements of the product. Meanwhile, the product integration meter is given by way of example. The calculation is calculated and the calculation result is verified by the test, and the energy consumption level of the product is developed, and the test is carried out during the test. The results of the measurement show that the applied system integration method meets the requirements of the elevator to the basic system, and has a significant effect on energy conservation
【学位授予单位】：天津大学
【学位级别】：硕士
【学位授予年份】：2013
【分类号】：TU857

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