基于DSP的动态无功补偿装置的研究设计

 摘要：阐述无功补偿的原理，指出动态无功补偿是对系统参数准确测量的基础上建立的。传统的无功补偿装置数据采集功能的不足，反应不够迅速，设计了一种基于TI公司TMS320F2812的动态无功补偿装置，应用快速FFT运算以抑制谐波对测量结果的影响，结合DSP对电网各项参数进行实时监控，实现电容器快速、无过渡投切，最大限度地减少电容投切过程中的电压、电流浪涌.

Research and Design on Dynamic Idle Compensation Device Base on DSP

Abstract: Expounded the principle of reactive Power Compensation,pointed out that dynamic reactive power compensation is the accurate measurement of system parameters based on the established, aiming at the traditional power compensation device not responding quickly enougn and lack the data a cquisition function, design based on TI company TMS320F2812 of dynamic reactive power compensation device, rapid FFT operation to curb the impact of harmonics on the measurementresults,the parameters of the real-time monitoring network combine on DSP, capacitors to achieve rapid, non-transition switching,minimize the switching of capacitors in the process of voltage and current surges.