The different functions of the compensator are analyzed when the input of the shunt side is taken form the source side or from the load side of the distribution system.
分析了并联侧输入取自电网侧或负载侧及并联侧所起的不同作用时对装置容量及性能的影响。
Many load in distribution network has low power factor, fluctuates greatly, and changes fleetly. It is hard to achieve perfect compensation by traditional compensator.
配电网中许多负荷功率因数低、波动大、变化快，传统的无功功率补偿装置很难起到理想的补偿效果。
A novel extraneous torque compensator based on neural network is proposed to solve the problem of extraneous torque, which exists in electro-hydraulic servo load simulator.
针对电液负载仿真台存在多余力矩的问题，提出一种基于神经网络的多余力矩补偿器设计方法。
A novel extraneous torque compensator based on neural network is proposed to solve the problem of extraneous torque, which exists in electro-hydraulic servo load simulator.
针对电液负载仿真台存在多余力矩的问题，提出一种基于神经网络的多余力矩补偿器设计方法。
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