What is the difference between electrical automation and power system automation?

What is the difference between electrical automation and power system automation. Power system automation is the automatic control, automatic scheduling and automatic management of electric energy production, transmission and management. The power system is a complex and large-scale system with a wide geographical distribution, consisting of power plants, substations, transmission and distribution networks and users.

Everyone knows that electricity is an indispensable part of our lives. You know the power system automation and electrical automation. They are very similar. Next, Xiaobian explains how electrical automation differs from power system automation.

Power system automation is the automatic control, automatic scheduling and automatic management of electric energy production, transmission and management. The power system is a complex and large-scale system with a wide geographical distribution, consisting of power plants, substations, transmission and distribution networks and users. Including power grid dispatching automation, thermal power plant automation, hydropower station integrated automation, power system information automatic transmission system, power system anti-accident automatic device, power supply system automation, power industry management system automation and other seven aspects. The automation of the management system is implemented by a computer. The main projects include power industry plan management, financial management, production management, personnel and labor management, data retrieval, and design and construction. In other words, it is generally in the power generation and power supply links.

Electrical automation is a new subject in the field of electrical information. However, due to its close relationship with people's daily life and industrial production, it is developing very rapidly and is now relatively mature. It has become an important part of the high-tech industry and is widely used in industries, agriculture, national defense and other fields, and plays an increasingly important role in the national economy. Generally used in the electricity, according to the characteristics of each school, the face is also relatively wide, such as some focus on factory automation, and some focus on control. Generally, it is used for motor control. Compared with the power system, it is a relatively new subject. The current frequency conversion technology belongs to this one.

1. Electrical automation technology: This major trains engineering and technical personnel engaged in electrical control related system operation automatic control, power electronics technology, information processing and electronic and computer technology applications. Main courses: motor and drag basis, power electronics technology, automatic control principle, computer control system, modern electrical control technology.

2. Power system automation technology: This professional trains the technical personnel of power supply and utilization in the development of moral and intellectual systems for the power system. After graduation, students can be qualified for the planning, design, operation and other aspects of power management and distribution systems. In addition to basic courses, the main courses are: circuit theory, analog electronic technology foundation, digital electronic technology foundation, electrical engineering, power system analysis, power system relay protection, high voltage technology, power electronics technology and other courses.

Next, everyone knows that there is a big difference between electricity and electricity. Everyone knows it!