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Drives analysis with dynamic loads on elevators and interactive study on integration systems

机译:通过电梯的动态载荷进行驱动分析并在集成系统上进行交互式研究

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This paper examines the behavioral comparison of the electric drives with permanent magnet machines adopted for vertical transportation considering the experiment with actual structure under variable speed drives. Most commonly adopted traction drives in the current inclination of elevator industry is permanent magnet synchronous machine with adjustable frequency drive laterally having direct current bus voltage intermediary. Analysis has been deliberated with the dynamic loads of the elevators under actual structure measurements and scrutinizes the comportment to realize the load configuration on the structure that would boost higher resourceful utilization with torque analysis. The inferences are addressed with the behavior of the load and torque which would enhance the system performance and endeavored towards the new product introduction. The current market especially in developing countries are encouraging the people in the society to think towards energy efficient systems, where there are rapid changes in the technology.
机译:考虑到在变速驱动器下的实际结构实验,本文研究了用于垂直运输的永磁驱动器的电驱动器的性能比较。在电梯行业的当前趋势中,最普遍采用的牵引驱动器是永磁同步电机,该永磁同步电机在横向上具有直流母线电压中介的可调频率驱动器。已经对电梯在实际结构测量下的动态载荷进行了分析,并仔细研究了在结构上实现载荷配置的方法,这将通过扭矩分析提高资源的利用率。这些推论是通过负载和转矩的行为来解决的,这将增强系统性能并努力推出新产品。当前的市场,特别是在发展中国家,正在鼓励社会上的人们思考技术日新月异的节能系统。

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