提出并完成了一种将FPGA应用于升压式静止无功发生装置的控制系统的方案设计。该设计充分利用了FPGA在并行运算和数据处理方面的优势,将FPGA应用于控制软件的底层计算,从而减轻了多通道高精度运算给DSP带来的性能负担,同时也改善了无功补偿设备的补偿效果。方案的可行性已经得到验证。 Proposed and completed a FPGA will be applied to step-up static var generator control system design. The design takes full advantage of the FPGA in parallel computing and data processing advantages, the FPGA used in the underlying calculation of the control software, thus alleviating the multi-channel high-precision computing to the DSP performance burden, but also improve the reactive power compensation device The compensation effect. The feasibility of the program has been verified.