3VWWZ036CD001 励磁控制系统  用于调整发电机的端电压和无功功率

3VWWZ036CD001励磁控制是发电机控制的重要部分，主要用于调整发电机的端电压和无功功率，提高电力系统的稳定性。励磁控制的主要方式包括自并励微机励磁调节器、静止励磁和变速励磁。其中，自并励微机励磁调节器是目前应用最广泛的方式，它能够实现自动稳压和自动调节无功功率。励磁控制系统的结构包括发电机机端参数、励磁调节单元和整流单元，形成了一个反馈控制系统。

3VWWZ036CD001励磁控制系统主要由励磁调节器、功率整流单元、发电机机端电压互感器、电流互感器、励磁电流传感器等部分组成。励磁调节器是励磁控制系统的核心，其功能是根据输入信号和给定的调节准则控制励磁功率单元的输出，从而调整发电机的端电压和无功功率。功率整流单元则负责将交流电转换为直流电，为发电机提供励磁电流。发电机机端电压互感器和电流互感器用于测量发电机的端电压和电流，而励磁电流传感器则用于测量励磁电流。

3VWWZ036CD001整个励磁控制系统形成了一个反馈控制系统，通过不断检测发电机的输出参数并与设定值进行比较，根据偏差值进行调整，以实现自动稳压和自动调节无功功率的目的。同时，励磁控制系统还可以对发电机的无功功率、功率因数和励磁电流等重要参数进行调节，提高电力系统的稳定性。

在结构上，3VWWZ036CD001励磁控制系统可以分为硬件和软件两部分。硬件部分包括各种传感器、调节器和执行机构等，而软件部分则包括控制算法和逻辑运算等。随着计算机技术和控制理论的发展，励磁控制系统的性能和功能也在不断提升和完善。

3VWWZ036CD001 励磁控制系统  用于调整发电机的端电压和无功功率

3VWWZ036CD001 excitation control is an important part of generator control, mainly used to adjust the generator terminal voltage and reactive power, improve the stability of the power system. The main modes of excitation control include self-shunt microcomputer excitation regulator, static excitation and variable speed excitation. Among them, the self-shunt excitation controller is the most widely used method at present, which can realize automatic voltage regulation and automatic reactive power regulation. The structure of excitation control system includes generator end parameters, excitation regulation unit and rectifier unit, forming a feedback control system.

3VWWZ036CD001 excitation control system is mainly composed of excitation regulator, power rectifier unit, generator terminal voltage transformer, current transformer, excitation current sensor and other parts. Excitation regulator is the core of excitation control system, its function is to control the output of excitation power unit according to the input signal and the given regulation criteria, so as to adjust the terminal voltage and reactive power of the generator. The power rectifier unit is responsible for converting alternating current to direct current to provide exciting current to the generator. Generator terminal voltage transformers and current transformers are used to measure the terminal voltage and current of the generator, while excitation current sensors are used to measure the excitation current.

3VWWZ036CD001 The whole excitation control system forms a feedback control system, which continuously detects the output parameters of the generator and compares them with the set value, and adjusts according to the deviation value to achieve the purpose of automatic voltage regulation and automatic regulation of reactive power. At the same time, the excitation control system can also adjust the important parameters of the generator, such as reactive power, power factor and excitation current, and improve the stability of the power system.

In structure, 3VWWZ036CD001 excitation control system can be divided into hardware and software two parts. The hardware part includes various sensors, regulators and actuators, etc., while the software part includes control algorithms and logic operations. With the development of computer technology and control theory, the performance and function of excitation control system are constantly improving and perfecting.