DIGITAL TWIN OF POWER GRID

3D Digital Modeling and Digital Twinning of the power transformation and distribution system and all electrical equipment and real-time tracking, monitoring, analyzing, and controlling of their status, the difficulty of operation and maintenance will be greatly reduced via three-dimensional, visual, and intuitive display, which can provide platform support for remote centralized operation and maintenance and unattended operation of power transformation and distribution stations.

POWER GRID AI+INTELLIGENT OPERATION AND MAINTENANCE

For the first time, predictive maintenance of power transformation and distribution system has been achieved in a real sense. By using AI algorithms and combining historical data, current data, equipment information, and expert opinions for modeling and analyzing, the AI automatically learns to study and judge the status and operating trends of the power transformation and distribution system and equipment, achieving predictive analysis and providing predictive alarms, which successfully changes post repair into precise prevention and treatment before faults occur, thus, avoiding power outages affecting production. It is capable of generating predictive operation and maintenance reports to guide operation and maintenance personnel in their operations.

SMART ENERGY MANAGEMENT

we adopt the latest 5G, AI, Big Data, Internet of Things, Digital Twinning and other digital means to achieve the full process management of power generation, transformation and distribution. We consider the comprehensive efficiency of tiered electrovalency, green electricity and energy storage synthetically, so as to find the optimal power use solution for customers. Ultimately, comprehensive, scientific, and precise management and regulation of various types of electric energy will be achieved, creating a green, low-carbon, strong, and reliable energy system.
Comprehensive management of the energy system. Monitoring the operating status and real-time energy consumption of each circuit, electrical equipment, and component precisely. Analyzing and optimizing power grid load dynamically. Comprehensive analysis and judgment of the power supply and distribution network, various types of motors and energy consumption situation. Positioning reactive power and its causes precisely.