• Product
  • Suppliers
  • Manufacturers
  • Solutions
  • Free tools
  • Knowledges
  • Experts
  • Communities
Search


Saudi Arabia Digital Intelligent Distribution Automation System Project Shocking Debut !

RW Energy
Zhejiang Rockwell Energy Technology Co., Ltd.
Zhejiang Rockwell Energy Technology Co., Ltd. has been specialising in power automation protection devices and distribution network automation systems for many years. Recently, in Saudi Arabia, a digital intelligent distribution network automation system project, which leads the innovation of power industry, was officially launched. It is committed to bring new changes to the Saudi Arabia power market. This digital intelligent distribution automation system has many significant advantages. In terms of hidden danger monitoring, based on advanced target detection algorithms, the system is able to accurately identify a variety of hidden danger scenarios, such as foreign objects in wires and intrusion of construction machinery, with a detection accuracy rate of more than 85%, which provides solid technical support for the rapid elimination of hidden dangers and greatly reduces the probability of faults occurring. At the same time, it adopts advanced deep learning model pruning and quantification technology to reduce the size of the hidden danger detection algorithm model to 25% of the original, achieving rapid deployment and real-time processing, shortening the response time of hidden danger in distribution lines to 25ms, and efficiently guaranteeing the safe and stable operation of the distribution network. By deploying a visual inspection system that fully covers distribution lines, the system can achieve 24-hour intelligent monitoring, accurately grasp line hazards and environmental changes, complete the leap from traditional manual inspection to remote intelligent warning, significantly improve the intelligent level of distribution network management, and effectively reduce operating costs. For the majority of electric power practitioners, the project is an unparalleled opportunity. Adopting this system can significantly improve power supply reliability, reduce outage time, and enhance customer satisfaction; efficient hidden trouble detection and processing mechanism can reduce the difficulty and cost of operat
04/28/2025
Recommended
When using traveling wave technology to achieve fault location, why does the main center-server still need to participate in logical calculations and rely entirely on traveling wave terminals to complete the application of fault location
When using traveling wave technology to achieve fault location, why does the main center-server still need to participate in logical calculations and rely entirely on traveling wave terminals to complete the application of fault location
1、 The particularity of the distribution network determines that it is very difficult to rely solely on terminals to achieveThe current situation of the distribution network has a wide coverage, varying lengths of lines, many branches, mixed coexistence of overhead and buried cables, and constantly changing operating conditions. These conditions result in relying entirely on terminals to complete fault location in such complex and changing situations, and relying solely on traveling wave termina
The necessity and case analysis of the algorithm for estimating the electrical wear of vacuum circuit breaker contacts in application
The necessity and case analysis of the algorithm for estimating the electrical wear of vacuum circuit breaker contacts in application
The research and development background of the function of estimating electrical wear of vacuum circuit breaker contacts:With the oil-free process of power system switchgear, vacuum circuit breakers have been rapidly and widely used in power systems due to their many advantages. In China's medium voltage field, vacuum circuit breakers have accounted for over 80%. In 2000, the production of vacuum circuit breakers in China accounted for 87% of the total production of medium voltage circuit breake
Our 33KV Recloser Controller Project in Tanzania Successfully Delivered Power, Empowering the High Quality Development of Local Electricity
Our 33KV Recloser Controller Project in Tanzania Successfully Delivered Power, Empowering the High Quality Development of Local Electricity
Our 33KV Recloser Controller Project in Tanzania Successfully Delivered Power, Empowering the High Quality Development of Local Electricity Recently, our 33KV Recloser Controller Project for distribution lines in Tanzania has successfully completed the installation and commissioning, and successfully delivered power, marking the successful conclusion of the project! This achievement not only highlights our excellent technical strength in the field of electric power equipment, but also injects a
Send inquiry
+86
Click to upload file

IEE Business will not sell or share your personal information.

Download
Get the IEE Business Application
Use the IEE-Business app to find equipment, obtain solutions, connect with experts, and participate in industry collaboration anytime, anywhere—fully supporting the development of your power projects and business.