The core highlight of this controller is its AI green wave coordination algorithm, which analyzes real-time traffic flow data of the entire regional road network to optimize signal timings, creating a green wave band that allows vehicles to pass through multiple intersections without stopping, reducing vehicle travel time by up to 40% and fuel consumption by 25% compared to independent control systems. It supports up to 20 coordinated intersections, enabling unified management of urban main roads, business district road networks, and industrial park roads. The 5G high-speed communication technology realizes real-time data synchronization with the cloud platform, allowing traffic management personnel to adjust regional signal strategies in real time according to traffic flow changes. The device is equipped with a 1000VA UPS backup power supply, which can support 2 hours of continuous operation in case of power outage, ensuring that traffic signals do not stop working and avoiding traffic chaos. It also has a 3-level emergency preemption priority system, which can prioritize the passage of emergency vehicles, public transportation, and school buses, improving road safety and public transportation efficiency. Additionally, the built-in big data analysis function can generate traffic flow reports and optimization suggestions, providing data support for traffic management decision-making.
The controller has a housing dimension of 700mm (L) × 500mm (W) × 300mm (H), with a net weight of 55kg, suitable for installation in professional traffic control cabinets. Its power input supports AC 110-240V, 50/60Hz, and is equipped with a 1000VA UPS backup power supply, ensuring uninterrupted operation during power outages. The device provides 24 independent programmable phase output channels, each with a maximum load capacity of 10A, compatible with various types of traffic signal lamps and pedestrian crossing signals. The working temperature range of -40℃ to +70℃ ensures normal operation in extreme climate conditions, while the IP65 protection grade prevents dust and rainwater from entering the internal circuit. The controller complies with FCC, CE, and ITS-T (intelligent transportation system technical standard) certifications, meeting international industry standards for performance and compatibility. The cloud platform supports real-time monitoring, data analysis, and remote control, and can be integrated with other intelligent traffic devices such as electronic police and parking guidance systems to build a comprehensive urban traffic management ecosystem.
This product is mainly used in urban main road networks, such as central city arterial roads, ring roads, and business district road networks, to realize regional coordinated signal control and improve the overall traffic efficiency of the city. It is also suitable for industrial parks and university campuses with internal road networks, where unified traffic management is required to ensure smooth passage of commuter vehicles and pedestrians. For large-scale transportation hubs, such as railway stations, airports, and bus terminals, it can coordinate the traffic signals of surrounding intersections to alleviate congestion caused by passenger flow and vehicle flow peaks. In addition, it can be used in new city construction projects, where it can be integrated with the smart city management system to provide intelligent traffic control support for the entire new city. Its regional coordination function is also applicable to special events such as city marathons and parades, allowing traffic management personnel to quickly adjust signal strategies to ensure smooth event progress and minimize the impact on normal traffic.
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