电气自动化控制中的节能控制器设计
2018-01-02穆杉
穆杉
摘 要: 针对传统控制器一直存在控制效果不好的问题,设计一款电气自动化控制的节能控制器。在硬件的设计使用上对节能控制电力系统进行优化设计,保证电气自动化控制过程中的能源控制力,减少对能源的损耗,对其他的耗能硬件都进行了优化设计,保证使用过程中的最低能耗。软件设计上对电能控制最低功率进行了重新计算,保证预留过程中没有损耗的产生,对控制供电系统进行了优化,避免传统控制系统的多余限量的损耗,对功率自动调节进行了优化改进,保证电气自动化控制中的节能控制器能够有效地降低能源的消耗。实验结果表明,通过实验数据的有效证明,验证了设计的电气自动化控制中的节能控制器的有效性。
关键词: 电气自动化; 节能控制器; 自动化控制; 优化设计
中图分类号: TN245?34; TP391 文献标识码: A 文章编号: 1004?373X(2017)24?0046?03
Abstract: In view of the poor control effect existing in the traditional controller, an energy?saving controller for electrical automation control was designed. In the hardware design, the optimization design is carried out for the electric power system with energy?saving control to ensure the energy control in the process of electrical automation control, reduce the energy loss; the optimization design is also carried out for other hardware producing energy consumption to guarantee the minimum energy consumption in the using process. In the software design, the minimum power of the electric power control is recalculated to ensure that the energy loss isnt produced in the reservation process. The power supply control system is optimized to avoid the excess loss occurred in the traditional control system. The optimization improvement for automatic power adjustment is performed to guarantee that the energy?saving controller can reduce the energy consumption in the electrical automation control. The experimental results show the effectiveness of the energy?saving controller for electrical automation control.
Keywords: electrical automation; energy?saving controller; automatic control; optimization design
现代经济的飞速发展,大大推进了城市化发展进程,世界大范围的能源紧缺已经作为重大问题被人们提上日程[1]。作为主要能源与经济命脉,电力能源也在不断的告急,那么如何减少能耗也逐渐的成为了人们关注的重点问题。因此,对电气自动化系统进行节能优化,能够保证电气自动化控制过程中的能源控制力,极大减少对能源的损耗。完善电气自动化系统能量变换效率,确保电气自动化设备系统处于优质运行状态,能够降低系统运行能耗,但是此方法对自动化设备的质量要求比较严格,所以相对来说存在局限性[2]。……
