As is well known, electrical automation technology is ubiquitous in various fields of modern industry and plays an extremely important role. In traditional heavy industries such as energy, materials, medicine, industrial design, environmental protection, aerospace, etc., the application of electrical automation control systems is not uncommon. From a technical perspective, the widespread application of electrical automation control systems is based on the core advantages of automation technology, namely cost savings, improved work efficiency, and the promotion and use of modern high-end technology. The current electrification revolution can be seen as a new era of electrical technology transformation and the re integration of high-precision and cutting-edge technologies, which will inevitably bring new changes to the industrial field, thereby affecting the industrial pattern and economic development. Taking the electrical automation control system we are studying as an example, its balanced application of electrical automation technology is achieved through control systems, and the implementation and design of control systems are mainly rooted in automation technology itself. Therefore, the future development trend of electrical automation control systems can be foreseen, including intelligent and humanized development trends. This trend has already begun to take shape in the electrical automation industry today, and there is a trend towards further development and expansion. Overall, intelligent and user-friendly control systems will bring greater room for progress in electrical automation technology, ultimately affecting the related industries of electrical automation and promoting cluster effects, thereby driving industrial upgrading and development.

Firstly, intelligence is a major trend in the development of future electrical automation control systems, and also represents the highest level of electrical automation control systems. The so-called intelligence can be understood as a new technological revolution in control systems, which integrates the multiple advantages of computer technology, new information technology, network technology, and communication technology to enhance the scientific level of electrical automation control systems and provide diversified assistance for practical applications. For example, in future space flights, electrical automation control systems can integrate intelligent communication and high-capacity information transmission systems to form a complete remote monitoring system, which is the development module of intelligent electrical automation control systems. On this basis, space flight can be controlled by the ground command center anytime and anywhere, and data, information and other materials can be sent back at any time. The same day inch remote control system is based on the principle of intelligence, which can ensure effective operation in all weather meteorological and geographical environments, and maintain the continuity of functions.
Secondly, humanized features are also a direction for the future development of electrical automation. It can be imagined that future electrical automation control systems will be more in line with the needs of operators and consider the user's feelings more. Putting people first is the fundamental application of electrical automation technology and control systems, and it is also the driving force for another round of transformation. The perfect integration of human factors and technological advantages is the fundamental upgrade path for future electrical automation control systems.
The widespread application of electrical automation control systems in the industrial field has shown more people the market value they contain. From the perspective of the industrial production department mentioned earlier, its demand for electrical automation control systems is obvious. In addition, with the continuous development of technology, it can also be foreseen that the electrical automation control system will undergo further upgrading and expansion of applications. On this basis, the role of market resource allocation will be fully demonstrated. With a wide and large demand, it will inevitably lead to the productization, commercialization, and marketization of electrical automation control systems. So for enterprises responsible for research and development, production of electrical automation control systems and other products, how to better invest in technological development funds, better produce and sell supporting component products, has become the core issue of enterprise development.

Specialization and standardization are another major trend in the development of future electrical automation control systems. The so-called specialization and standardization are actually new concepts proposed based on the performance and market attributes of electrical automation control system products. They emphasize standardized configuration and design, which is more conducive to the comprehensive application of the system. For example, after adopting Microsoft's standardized technology, the cost of the project was greatly reduced, and the sharing of data resources was successfully achieved. Considering the importance of automation system planning solutions, when enterprises connect systems, they must use the Microsoft operating system. In this case, the office uses the IF system, and the connection between the management system and automation control is established through the PC system. The standardized interface of the program ensures data exchange between manufacturers and solves the problem of communication. High precision and cutting-edge technology are not only the development trend of future electrical automation technology, but also the development demand of electrical automation control systems. Through the skill transformation and upgrading of control systems, the system can be refined, applied more widely and deeply in multiple fields, play its own role, and create greater economic and social benefits. In short, the development of electrical automation control systems based on technological innovation and industrial revolution is worth looking forward to in the future, which is closely related to the trend of marketization. We have reason to believe that future electrical automation control systems will surely shine brightly.