1. Overview of Smart Safe Electricity Usage Management System

Smart safe electricity usage management system is an application of Internet of Things platform, big data, cloud computing, and wireless transmission technology. Through IoT sensors, it can transmit electricity circuit fire隐患 data in real-time to cloud platform, enabling realization of key nodes such as distribution cabinets, secondary box cabinets, and terminal distribution boxes.

2. Intelligent Power Distribution Needs 5G Connection

Intelligent power distribution requires 5G connections for new energy and new business, billion-level connections, millisecond-level services, high-precision time synchronization, and high-bandwidth services. 5G connection enhancement includes high online, easy maintenance, full coverage, and safe and reliable. The application of new intelligent technology based on 5G includes drones, robots, high-definition intelligent video, and more.，我好了。

3. Characteristics of Distribution Network

戳到痛处了。 The distribution network is characterized by a large number of points and a wide range, real-time monitoring of a large number of equipment, frequent two-way information interaction, and high costs and difficulties in optical fiber laying and maintenance. Intelligent power grid business requirements are extensive, including eMBB , uRLLC , and mMTC . Multi-scenario adaptation can meet a variety of needs such as massive connections, large bandwidth, low latency, and time synchronization, and more specifically solve different business needs of intelligent power grids.

4. Equipment Connection and Voice Alarm

It can be connected with equipment to emit voice alarms, automatically save files, and display corresponding location and fault type on map. It can also display corresponding location on electronic maps and large screens and send it to mobile phones of relevant personnel.，一句话。

5. Gate Access Management

Through network, independent operation of distribution room access control is integrated into unified platform to achieve door opening and personnel entry and exit record queries, and administrator's remote door opening.

6. Intelligent Distribution Room Monitoring

Through software, real-time data collection, temperature alarm, temperature rise alarm, and historical data display are realized.，我破防了。

7. Track Patrol Robot Intelligent Analysis

拭目以待。 The intelligent analysis of operation status of equipment inside distribution cabinet is mainly judged by various instruments arranged on cabinet surface. The track patrol robot visual system uses a high-definition visible light camera to read instrument data, transmit it to AI distribution terminal, and perform edge computing analysis. The terminal equipment uses intelligent video analysis technology...

8. Scenario 1: Distribution Equipment Patrol Management

Software robots can automatically complete input of handover information, setting of handover information functions, automatic review of material information, check and reminder of handover status.，摸个底。

9. Scenario 4: Single Closed-loop Power Distribution Electronic Handover

从一个旁观者的角度看... In process of manual operation, it is necessary to query every 15 minutes and find out which link in entire electronic handover process has not been closed. The software robot automatically logs in to asset system every 10 minutes and automatically checks unclosed electronic handover.

10. Or Functions

Additionally, with linkage patrol of integrated protection device of switchgear, full automatic patrol of equipment inside distribution room and 瞎扯。 accident linkage patrol function are realized. The robot can also extend and shrink up and down to ensure multi-directional coverage of patrol points...

11. Software Robot How to Automatically Complete Distribution Work

The software robot can automatically classify, summarize, and input data filled in management system according to equipment rating and complete new maintenance plan.，一阵见血。

12. Conclusion

However, despite many new management systems, last-mile data problem has not been well solved. It involves data import and export, cross-system migration, and or work that still needs to be handled manually. The power industry has done a lot of work in informationization, with relatively complete informationization implementation in data transmission, data recognition, safety checks, maintenance statistics, and automatic analysis. Software robots + artificial intelligence can automatically classify, summarize, and input data filled in inspection form after field inspection into management system and complete new maintenance plan according to equipment rating. Through software robots + artificial intelligence, automatic reception and sorting of distribution requirements data, verification and review of distribution requirements data, and distribution result data distribution.

13. Recent Developments

Recently, State Grid Zhejiang Province Electric Power Co., Ltd. used patrol robots to conduct special inspections of Huacheng Substation in Jiangshan City. After robot patrol, it was found that indicator light of live display of substation equipment was not on. The robot c 不夸张地说... ompared it and sent an alarm signal to back-end. The distribution repair personnel received alarm information and checked site photos after viewing m and confirmed cause of alarm. It was confirmed that B-phase indicator light of live display was damaged and replaced it...

14. Future Outlook

The use of intelligent patrol robots can alleviate work pressure of on-site personnel, liberate human resources from simple repetitive physical labor, formulate better maintenance strategies, and engage in more professional work. In recent years, scale of power grid 我可是吃过亏的。 equipment has become increasingly large, while number of employees has been zero-growth, and operation and maintenance of equipment faces huge pressure. The intelligence and automation of power grid urgently need extensive application of intelligent technology...