Technology Transformation in the Operations of Hanoi Power Corporation
Hanoi Power Corporation is increasing operational efficiency and customer service through grid automation, artificial intelligence, and UAV applications.
Hanoi Power Corporation continues to improve customer service by increasing operational efficiency through technological applications such as grid automation systems, UAVs, artificial intelligence, and big data.
Grid Automation and Incident Response
Thanks to monitoring, control, and automation systems, power grid data is continuously collected and updated. These systems allow distributors to proactively monitor grid status.
The implementation of power grid automation has helped reduce incident response times in covered areas by up to 90%.
Centralization with SCADA and DMS Systems
EVNHANOI uses SCADA and DMS systems to program automatic fault isolation scenarios in the medium-voltage power grid.
While dispatchers previously had to go to the field, today, thanks to automation technology, incidents are detected and isolated remotely, proactively, and accurately.
Use of UAVs and Artificial Intelligence Robots
The use of unmanned aerial vehicles and artificial intelligence robots offers new opportunities for the management, supervision, and operation of the power grid.
Thanks to UAVs, equipment status in hard-to-reach locations is evaluated, reducing inspection time by 40% while increasing work efficiency by 50%.
Load Forecasting with Big Data and Projects
Since the implementation of Resolution No. 57-NQ/TW, EVNHANOI has executed 76 tasks and projects across 5 key areas.
The company promotes the use of big data in load forecasting with a forecasting error rate ranging from 2.15% to 2.85%.
Management Perspective and Future Goals
Chairman of the Board of Directors Nguyen Danh Duyen stated that the use of artificial intelligence must be carried out alongside data security and quality control.
The primary goal of innovation is to continuously improve service quality for customers in the capital by building a modern energy system.