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The design of power load management terminal base on DSP

机译:基于DSP的电力负荷管理终端的设计

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摘要

After specifying the function and performance requirements of power load management terminal unit for the power system, and analysing harmonic analysis, alternating current signal FFT, voltage and reactive power compensation control, measure precision calibration algorithms etc, the dissertation introduced the DSP chip TMS320F2812 and the energy metering chip ADE7758 to structure the implementation scheme of load management terminal.This scheme utilized the inside A/D converter to realize the harmonic analysis and the direct current measure;The method of line accumulation is selected to calibrate ADE7758 can improve system's measure precision and calibration efficiency. Meanwhile, made use of voltage and reactive power compensation control to optimize the systematic operation state; And it also realized remote software updating function which base on the In-application Program capability of FLASH. The communication function realized the real-time and high-speed data transmission by GPRS.
机译:在详细说明了电力系统电力负荷管理终端单元的功能和性能要求,并分析了谐波分析,交流信号FFT,电压和无功补偿控制,测量精度校准算法等之后,本文介绍了DSP芯片TMS320F2812和电能计量芯片ADE7758构建负载管理终端的实现方案。该方案利用内部A / D转换器实现谐波分析和直流测量;选择线路累加的方法来校准ADE7758,可以提高系统的测量精度和校准效率。同时,利用电压和无功补偿控制来优化系统工作状态;并且还实现了基于FLASH应用程序内程序功能的远程软件更新功能。通讯功能实现了GPRS的实时,高速数据传输。

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