During this period, State Grid Zhejiang Electric Power successfully completed the power conservation work of the Asian Games, actively protected the power supply of the whole area, and especially made extraordinary efforts for the smooth operation of the arena side and the city side.
In the data room of the provincial dispatch center, the brain of this power supply defense war, there is a little guy busy.
Zhejiang Electric Power in response to the call of the State Grid, the use of cloud computing, big data, artificial intelligence and other IT emerging technologies, to build a cloud computing platform and data-driven applications, to create a new generation of scheduling technical support system, and this super maintenance machine room inspection robot is part of this system.
Through the built-in industrial camera, the wheeled inspection robot supports the identification and automatic alarm of the indicator light, instrument panel, LCD screen, switch (knife and brake state), two-dimensional code/bar code of various equipment in the data center; Through autonomous navigation and obstacle avoidance capabilities, combined with 7*24 hours of uninterrupted battery life, and using preset unified inspection standards, all the equipment to be inspected are inspected. With an identification accuracy of more than 96%, the pain points of high frequency, low efficiency and poor quality of manual inspection in data centers are solved, the standardization of equipment room inspection is improved, and the work intensity of inspection personnel is reduced.
based on the high-performance edge artificial intelligence computing platform, the wheeled inspection robot is equipped with advanced Lidar, built-in SLAM algorithm, support deep learning, and realize SLAM mapping, route planning, autonomous navigation, automatic obstacle avoidance and other functions together with IMU modules, RGBD cameras, RFID modules, ultrasonic sensors, etc. The navigation accuracy error is ±3cm, which can effectively improve the navigation and positioning accuracy of the robot. With the support of algorithm modules of different complexity, the robot hardware system and edge computing platform cooperate to support multi-sensor data synchronization and calculation, which is used to meet the requirements of real-time status monitoring and alarm in the complex computer room environment, so that the robot can act flexibly in the complex computer room environment, locate accurately, and efficiently complete inspection, inventory and other tasks. At the same time, ensure the safety, stability, efficiency and continuous operation of the robot itself.
During the Asian Games in Hangzhou, the wheeled inspection robot regularly inspected the equipment in the data room of the dispatching center to ensure the normal operation and stable performance of the equipment. For the power dispatching business that needs more stable operation, the reliability improvement of the accurate judgment of complex and heterogeneous equipment is tantamount to guaranteeing the stability of power transmission, ensuring the normal progress of various events during the Asian Games and the tourism experience of tourists from all over the world.
The introduction of the wheeled inspection robot not only provides reliable technical support for the power guarantee of the Hangzhou Asian Games, but also shows the innovation results of technology enabling power operation and maintenance. The emergence of this innovative application provides new ideas and directions for the power industry. In the future, we have reason to believe that on the road of constantly promoting scientific and technological innovation and constantly exploring the depth and breadth of business, Chaowei robots will bring greater help to the transformation and upgrading of the power industry, and the power industry will usher in better development prospects.
