Driven by the "dual carbon" goal, the development of new power systems has put forward higher requirements for the operation and maintenance of power equipment. The maintenance of power equipment, as a key element to ensure its healthy operation, also needs to further innovate the maintenance mode to improve the quality and efficiency of maintenance. The breakthrough and development of 3D visualization technology provides a new technical means and research ideas for the maintenance of power equipment.
Power equipment maintenance and maintenance occupies an important position in the whole life cycle management of equipment, and its work quality directly affects the healthy operation of power grid equipment and the reliability of power supply. However, there are some problems with the current way of servicing. First of all, it lacks monitoring and alarm functions, which makes it impossible for us to detect the location of potential safety hazards and defects in the system equipment in time, so the troubleshooting work becomes time-consuming and laborious. Secondly, the shortage of maintenance professionals leads to the inability of some maintenance personnel to master the equipment structure and accurately judge the fault points and solutions. In addition, the insufficiency of the fault case library also brings a certain trouble to the maintenance work, and the staff often cannot query the maintenance procedures and defect fault case library of the equipment in time when the staff carries out the maintenance according to the corresponding procedures, thus affecting the efficiency and quality of the maintenance work. Finally, a large amount of data information involved in maintenance, such as equipment drawing information, basic information data, historical operation data, current operation data, historical maintenance data, spare parts information, etc., if you cannot grasp the relevant information of these equipment in time, it will prolong the maintenance time and affect the quality of maintenance work.
These problems increase the difficulty of maintenance, which may lead to power outages, long power restoration time, and increased maintenance costs, which is not conducive to the reliable power supply of the power grid. Therefore, we need to improve the quality of equipment maintenance work through various means to ensure the reliable operation of equipment.
The application and development of 3D visualization technology provides us with new solutions. This is a technology that uses a computer to reproduce objects in a three-dimensional world and identify their three-dimensional information, and it has the ability to interact in real time. Through 3D visualization technology, we can truly reproduce the real world and gain insight into the internal structure of objects, which has the characteristics of intuitive visibility, convenient reference, and timely information update. In recent years, 3D visualization technology has been widely used in architecture, transportation, medicine, urban planning and other industries. In the power system, it has also been well applied in the panoramic display of the power plant area and the fine management of auxiliary equipment.
3D visualization technology involves virtual reality technology, 3D GIS technology and dynamic light and shadow technology. Its application can visually display faulty equipment, simulate maintenance operations, record maintenance processes, etc., effectively solve the problems faced in the current maintenance work, and help the efficient maintenance of power grid equipment.
In summary, by using 3D visualization technology, we can better manage and maintain power equipment, and improve the operational efficiency and safety of equipment. The application and development of this technology will bring a better prospect for the maintenance of power equipment.
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Grid operation and maintenance