Three, automatic control measures

Automation control technology plays a great role, and its application in electrical engineering is developing rapidly. In this regard, we can start from the following aspects.

1. Establish the system architecture of automatic control

PCD232A 3BHE022293R0101 What problems should the automatic control system of industrial electrical engineering deal with? What functions it has and what levels it needs to establish are the problems that the electrical engineering automatic system needs to solve. In the automatic control system architecture, we can generally set up the corresponding management modules according to the actual needs, set up the corresponding functions in each module, and then guide and standardize the subsequent system construction and related personnel Settings according to the system architecture. Common modules should include data management, electrical engineering management, power facility maintenance, operation monitoring, personnel management.

PCD232A 3BHE022293R0101

PCD232A 3BHE022293R0101

PCD232A 3BHE022293R0101

B. Reasonable selection of automatic control equipment

PCD232A 3BHE022293R0101 Automatic control equipment is the important basis of automatic control technology in electrical engineering. The reasonable selection of automatic control equipment will have a great impact on the efficiency and safety of the whole system automatic control technology. Generally speaking, the automatic control equipment of electrical engineering can be roughly divided into three categories, one is the operating equipment, through the operating class can achieve switching, switching and a series of electrical engineering operations, especially when the external wet, water and other dangerous situations, automatic control technology in the operating equipment can achieve remote monitoring and precise action, The second type is information collection and transmission equipment, which can monitor the operation of the whole system in real time.

The monitoring information can be fed back to the control center in a digital and graphical manner, and the control center can understand the real-time status of the system. The third class is the control processing class. Including control terminals and processors, the control center can monitor the system through processing devices to ensure normal operation and timely and effective handling of sudden situations. At present, the automation control equipment is developing towards the direction of unmanned, high efficiency and intelligence.