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Application of Visual Assistant System in Smart Grid
This program fully incorporates high-definition, smart, Internet of Things (IoT), and 3G technologies. It is designed to integrate with distribution network business processes under the principles of standardization, integration, and intelligent design, enabling visualized operation and maintenance management. This solution is suitable for city and municipal companies to support smart city distribution management applications.
First, industry needs analysis.
As one of the most user-friendly links in power transmission, transformation, and distribution, power distribution is closely tied to social production and daily life, playing a crucial role in ensuring stability and efficiency. Improving the reliability and quality of power supply in the distribution network is essential for people's well-being, economic development, and overall societal prosperity.
In recent years, incidents of theft involving electrical distribution facilities have occurred frequently. Additionally, overheating due to overloading of aging equipment has led to fires. Anti-theft and fire prevention have become key priorities in power distribution management. The operation of an integrated auxiliary system can comprehensively monitor the distribution network’s environment, providing critical support for reliable power supply. As a result, power companies have increased their requirements for the integrated auxiliary system, focusing on several key areas:
During the design and implementation of the integrated auxiliary system, strict compliance with the "Grid Video Surveillance System and Interface" standards and other relevant power regulations is required. Hardware products and monitoring platforms used must meet these standards.
In key distribution areas, high-definition cameras can be deployed as needed, allowing detailed monitoring of critical equipment and reducing the workload of field inspection teams. Intelligent analysis devices can also be installed on demand, shifting from passive monitoring to active surveillance and easing the burden on the monitoring center.
During inspections, field workers can use mobile video equipment like individual soldier systems or on-board systems to interact with the back office, uploading real-time video along with their inspection reports.
In high-voltage cabinet areas, wireless temperature sensors can be deployed to achieve full sensing of equipment status and detect abnormalities promptly.
The integrated auxiliary system should support multi-level monitoring, allowing different departments and users to configure appropriate permissions. Data synchronization between upper and lower levels must also be ensured.
The main platform of the integrated auxiliary system must implement unified access management for front-end systems. Front-end subsystems should be configured with intelligent plans, and when alarms are triggered, related actions can be initiated automatically.
The main platform must communicate with the distribution network production and repair command platform via standard power protocols and interact with the distribution automation system (DSCADA) to verify video tasks at the control center.
The master station system of the integrated auxiliary system must support client and browser access methods, offering different functionalities and supporting handheld terminal modes. This allows leaders and experts to conduct emergency command anytime and anywhere.
The system must also include robust operation and maintenance management features, enabling automatic inspection of numerous video surveillance devices and generating reports after each inspection, helping the maintenance department respond quickly.
Second, intelligent distribution network integrated auxiliary system solutions.
The intelligent distribution network integrated auxiliary system solution is primarily applied in the construction and renovation of the company’s smart distribution network auxiliary systems across grid cities.
The Smart Distribution Network Integrated Auxiliary System is a large-scale network monitoring system that integrates hardware, software, and networking. It focuses on the iVMS-8800 platform software for the energy industry, enabling multi-level networking and cross-regional monitoring. It allows centralized monitoring and unified management of front-end systems from the control or operations and maintenance center, ensuring the intelligence and efficiency of the smart grid.