With the rapid development of smart grid, in the face of challenges such as low operation and maintenance efficiency, many security risks, low adaptation of switchgear and robots, and data islanding in traditional power distribution rooms, Agile Robots, together with the industry's well-known switchgear manufacturers and the leader of the five prevention technology of microcomputer, has gathered the essence of the three parties, based on excellent strength and forward-looking insight, through in-depth strategic cooperation and technological innovation spark collision, accurately locked and overcome the complex problems faced by medium and high voltage power distribution rooms, and elaborately created a set of omni-directional, integrated unattended solutions for customers in smart high-voltage power distribution rooms.
Through the practical application of this solution, it is like adding a pair of smart wings to the distribution room, efficiently, safely, and stably achieving multi-dimensional inspection of switchgear, unmanned operation of the entire process of high-frequency and high-risk power outage and transmission tasks, and human-machine cooperation mode operation of low-frequency cutting and maintenance tasks. It maximizes the liberation of operation and maintenance personnel from inspection tasks and opens up a new operation and maintenance mode for high-voltage distribution rooms.
Advantages And Benefits
01. 24-hour unmanned operation
Intelligent inspection and operation robots can achieve 24-hour uninterrupted automatic inspection and operation. The robots can autonomously perform important dangerous operations such as power outage and emergency opening and closing of switchgear, ensuring the continuity and stability of power supply and reducing the need for manual duty.
02. Highly intelligent
Through the integration of a newly optimized and upgraded intelligent inspection and operation robot, a dual-mode microcomputer five prevention system, and the comprehensive use of multimodal NST equipment, the automation, intelligent monitoring, and operation of distribution room equipment have been achieved. Liberate people from tedious and complex inspection and professional dangerous operation tasks, reducing the workload of operation and maintenance personnel. Robots, with their excellent safety, stability, agility, and precision, are able to quickly perform switch operations or fault handling tasks upon receiving instructions, greatly reducing emergency response time and providing powerful response measures for emergency situations in the power system.
03. Comprehensive Security Protection
The system is equipped with multiple software and hardware security protection mechanisms, which can monitor and effectively respond to potential faults in real time. It also has the ability to provide early warning and timely response, transforming the traditional post maintenance mode into proactive pre intervention, effectively preventing the occurrence of faults, and ensuring the continuity and reliability of power supply.
04. Data driven decision-making
The intelligent analysis platform aggregates data information from multiple systems, and through deep mining and analysis of this data, provides scientific and accurate decision-making basis for operation and maintenance personnel. This helps operation and maintenance personnel to timely detect equipment failures, predict potential risks, and develop effective operation and maintenance strategies based on this.
05. Reduce costs and increase efficiency
Compared to the traditional operation mode of high-voltage distribution rooms, this solution is unique and deeply integrates the latest research and development of intelligent switchgear, intelligent five prevention, intelligent inspection, and operation robot technology. This innovative integration significantly reduces the reliance on manual inspection and operation, reduces labor costs and equipment damage costs caused by misoperation. At the same time, by optimizing operation and maintenance strategies through data analysis, energy consumption and maintenance costs can be further reduced, pushing the efficiency of operation and maintenance work to new heights and achieving a significant leap in intelligent power management and efficiency improvement.
06. Scalability and flexibility
This solution adopts modular design, which can be flexibly configured and expanded according to the actual needs of different distribution rooms. With the continuous advancement of technology and changing demands, the system can be easily upgraded and expanded with new features.
07. Improve user experience
By implementing unmanned operation and intelligent maintenance, this solution provides users with more convenient, efficient, and secure distribution room management services. Users can access the operation and maintenance status of the distribution room anytime and anywhere through a remote monitoring platform, which improves user experience and satisfaction.
08. Break down the five defense barriers of microcomputers and adapt to safety regulations in the power industry
Traditional microcomputer anti misoperation systems are still limited to the scope of manual unlocking functions and have not yet been coordinated with robot operations, which undoubtedly poses numerous obstacles to the comprehensive implementation of operational functions. To crack this situation, this plan is ingeniously designed and incorporates an innovative intelligent five anti misoperation system. On the solid foundation of traditional error prevention functions, this system further deploys a new generation of intelligent error prevention technology. While ensuring the effectiveness of on-site operation error prevention, the system achieves precise error prevention locking for robot operations, providing solid technical support and feasibility guarantee for the unmanned implementation of some high-frequency operation tasks for robots.
The application of the unmanned power inspection robot Zeus 4 in the power industry has broad prospects and enormous potential. Agile Robots will continuously improve the efficiency and safety of unmanned power inspection operation robots in power inspection by combining its own technology and advantages, reducing operation and maintenance costs, and contributing to the sustainable development of the power industry.