Here, we will introduce you to a new power system that integrates multiple technology elements such as drifting platform, 3D model, Internet of Things (IoT) and geographic information system (GIS) for a new era. Its core lies in the digital twin engine, which can not only realize the real-time full digital twin of the power grid through a variety of methods such as sensors, monitoring, and big data, but also meet various business needs. Next, let's take a look at the unique advantages of this system from the three parts of infrastructure construction, dispatching and operation and power distribution services
1.Infrastructure:
The new power system uses the combination of 3D models and GIS data to successfully open up the virtual physical transmission channels between power plants, substations, lines, towers and other equipment. As a result, the entire infrastructure process is significantly more efficient and faster, allowing engineers to plan and design carefully in the digital twin, greatly reducing the time and cost of trial and error. In the construction stage, with the help of first-class monitoring and big data analysis functions, the actual situation of the site can be grasped at any time, and potential problems can be prevented and controlled as soon as possible, so as to ensure that every link can be smoothly promoted.
2.Dispatching: The new power system relies on the operation data of comprehensive professional equipment superimposed by meteorological data and human and vehicle data to accurately control power grid dispatching. The digital twin engine of the drifting platform provides dispatchers with accurate and efficient data** and exception determination. At the same time, combined with advanced fusion technology, the dispatcher can gain insight into the overall situation and achieve convenient and rapid decision-making.
3.Power distribution: The new power system covers a variety of distribution sites, such as power distribution rooms, to ensure a smooth connection between the virtual entity of the equipment and the data within the entity. Such innovations make the power distribution process more intelligent and efficient. With the help of powerful big data analysis capabilities, the system can predict power demand and adjust the power supply strategy with ease, thereby improving the stability of power supply. Not only that, this new power system can also help various business application systems to be quickly built, bringing more convenience to power distribution management.
With the integration of various technologies such as the Drift Platform, the Internet of Things (IoT) and GIS, the new power system has successfully achieved the vision of a comprehensive digital twin. This is not only manifested in infrastructure construction, dispatching operations, and power distribution**, but also effectively promotes the digital transformation of power grids. It is believed that with the wider implementation and popularization of the new power system, our power grid will move towards a better future with higher efficiency, intelligence and stable reliability.
New power systems