Recently, the 4th China Intelligent Oil and Gas Pipeline and Smart Pipe Network Technology Exchange Conference was held ceremoniously. As a high-tech enterprise in the field of intelligent operation and maintenance of key infrastructure, KING YOUNG Technology presented its "virtual emergency command room" solution at this industry event.

At the conference, Dr. Wang Jingchuan, the company's chief scientist, gave a special speech on "Inspection of Air-ground Collaborative Robot and Industry Model for Smart Oil and Gas Pipeline Network" at the conference site, and showed the whole industry the pipeline network security operation and maintenance solution created by KING YOUNG Technology based on the air-ground collaborative robot and the industry model of pipeline network, which was widely concerned by experts and industry colleagues at the conference site.

Trinity scheme: building a safe defense line of pipe network in the whole process

The conference focused on the practical achievements of intelligent construction of oil and gas pipelines in China, and gathered representatives of oil and gas pipeline operators, research institutes and upstream and downstream enterprises in the industrial chain to explore the high-quality development path of smart pipeline network around the core issues of smart pipeline network construction, intelligent perception monitoring, risk early warning and prevention, and emergency coordinated disposal.

The solution released by KING YOUNG takes the virtual emergency command room as the core, and opens up a complete business chain of alarm triggering, intelligent police dispatch, on-site disposal, joint judgment and closed-loop archiving, and promotes the transformation of pipeline network risks from passive disposal to active early warning.

Based on optical fiber sensing and AI intelligent video alarm, the scheme realizes the second-level identification and positioning of pipeline network risks, and quickly completes the verification and confirmation of dangerous situations. The system dispatches unmanned aerial vehicles (UAVs) and ground inspection robots nearby to form an air-ground cooperative operation system, and the equipment rushes to the site independently to quickly carry out on-site investigation and pre-intervention of hidden dangers.

On-site operators rely on MR glasses to realize two-way cooperation between the site and the remote command center, and the first visual angle is transmitted back to the background synchronously. The virtual emergency command room is built based on the digital twin base, and the multi-parties such as network dispatching, public security, emergency management and territorial management are quickly gathered to realize information sharing, online judgment and unified instruction issuance, leaving traces throughout the disposal process.

At the same time, the scheme combines KING YOUNG's self-developed pipe network industry model to precipitate a large number of inspection and disposal cases, continuously iteratively optimize the risk identification ability, and form a business closed loop of "alarm-disposal-resumption-optimization".

Value Upgrade, Empowering High-quality Construction of Smart Pipe Network

Compared with the traditional emergency disposal mode of pipe network, the trinity solution of KING YOUNG Technology has achieved a multi-dimensional capability leap. In terms of response efficiency, it changed the situation that people rushed to the scene for a long time and the hidden dangers were easy to expand and upgrade. Relying on the unmanned equipment deployed in the grid, the police were dispatched immediately.

At the level of information flow, robots and MR glasses continue to transmit live video and data, realizing "the scene is the big screen, and the big screen is the scene" to ensure the efficient development of on-site disposal work.

In terms of collaborative command, cross-departmental information barriers are effectively resolved, and multi-party online joint judgment is completed through the virtual emergency command room, achieving unified output of dispatching decisions and significantly improving the overall efficiency of multi-departmental collaborative disposal.

In the future, we will continue to adhere to the independent research and development of technology, and put technologies such as 3D machine vision, intelligent robots with bodies, digital twins, and large-scale industrial models into key energy infrastructure. We will continue to base ourselves on the actual scene of pipeline network business, polish intelligent products that better meet the needs of the industry, and help the national oil and gas pipeline network run safely and stably.