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Exploring the Key Role of Industrial Switches in Industry Solutions
Learn how industrial switches play a critical role in various industry solutions, enhancing network efficiency.
Information Management System Solution for Wind Power Generation
As the country vigorously promotes the development of new energy, wind farms have also experienced rapid expansion. Industrial Ethernet is increasingly widely used in automation and industrial communications. The remote monitoring system for wind turbines manages data acquisition and real-time monitoring; the controller transmits relevant turbine data, operational status, and fault information to the central monitoring host via Industrial Ethernet, while the host sends commands back to the turbine controller, enabling remote monitoring and control. This enhances wind energy utilization, improves turbine efficiency, and facilitates the digital management of wind power generation.
Smart Power Distribution Automation Solution
With the advancement of computer technology, modern network communication technologies, and automatic control systems, smart distribution grid automation has likewise evolved. Grounded in a reliable, efficient, and flexible distribution network, as well as a highly dependable and secure communication infrastructure, it supports agile, adaptive fault management and self-healing capabilities, thereby meeting the future requirements for integration, self‑healing, interoperability, and optimization in distribution systems.
PCM multiplexing equipment is used in the telecommunications 2M private network.
Extend 16 telephone lines and Ethernet signals from the central equipment room to the users;
Rail Transit Power Monitoring System
Urban rail transit has now become a major infrastructure component of new city development, serving as the backbone of urban public transportation and an integral part of urban planning and land development. The expansion of rail transit—particularly subways—has emerged as a key indicator of modernizing urban mobility.
Intelligent Traffic Electronic Police System
In recent years, driven by rapid economic and social development, urban areas have continued to expand, the urbanization process has accelerated, and urban populations have grown swiftly. Concurrently, as living standards have risen, motor vehicle ownership has surged, leading to a substantial increase in transportation demand. This has disrupted the previous balance between transport supply and demand. Meanwhile, the expansion of urban infrastructure, traffic management facilities, and managerial capacity has failed to keep pace with the growing demand. As a result, existing shortcomings and inefficiencies in infrastructure have become increasingly apparent, while the technological sophistication of traffic management remains inadequate. Consequently, traffic‑management strategies and measures remain largely empirical and experimental, still in a phase of development.
Automotive Manufacturing Automation
In modern automotive manufacturing systems, after undergoing processes such as stamping, welding, painting, and final assembly, individual components are assembled into a brand-new vehicle. Various automated systems have replaced manual labor, leaving operators to simply monitor all operations on the production line from the control center.
Application of Digital Video Optical Transceivers at Traffic Intersections
Depending on the specific conditions of each city, one or more surveillance cameras and Guangzhou Guangqiao’s GQ6000 series digital video optical transceivers can be installed at each traffic intersection, with an additional pan-tilt unit and its controller deployed at each location. The surveillance cameras capture real-time video footage of traffic conditions on urban roadways, primarily monitoring vehicles within a defined area around the intersection. The pan-tilt units can be controlled remotely from the control center via computer, allowing users to adjust the camera’s horizontal rotation by 360 degrees, vertical tilt by 90 degrees, and zoom functionality.
Coal Mine Video Alarm and Surveillance Solution
Coal is a vital energy resource in China. For a long time, the country’s coal industry has relied on manual mining methods, resulting in low productivity and numerous safety hazards—such as gas explosions and underground water ingress—that occur frequently. With the widespread adoption of computer technology across various sectors, coal production has gradually transitioned to automation, significantly boosting efficiency. However, due to the unique and hazardous conditions of underground mining, accidents are common, earning the coal industry its reputation as a high‑risk sector. By deploying Guangzhou Guangqiao’s video surveillance system, ground‑based or central monitoring personnel can conduct real‑time oversight of underground operations. This not only enables intuitive monitoring and recording of on‑site safety conditions but also allows for the timely detection of potential hazards through the installation of temperature‑and‑humidity sensors and gas detectors. Such proactive measures help prevent accidents before they occur and provide first‑hand visual evidence for post‑incident analysis, thereby offering a reliable foundation for future safe production. Consequently, Guangzhou Guangqiao’s video surveillance system has become an essential component of modern mine safety‑monitoring systems.
Beijing–Tianjin–Hebei, Henan, Shanxi, Inner Mongolia, and Sichuan:+8613719208595
Fujian, Guangxi, Hainan, Yunnan, Guizhou, and Jiangxi:+863760887412
Heilongjiang, Jilin, Liaoning, Inner Mongolia, Hunan, Chongqing:18126729399
Jiangsu, Zhejiang, Shanghai, Shandong, and Anhui:+8618198851696
Shaanxi, Gansu, Ningxia, Qinghai, Xinjiang, and Tibet:+8618198851697
Guangdong Region:+8613302232639 +8618903052902
3rd Floor, Elevator No. 1, Building B, Guangzheng Science and Technology Park, No. 11, Nanyun Fifth Road, Huangpu District, Guangzhou City