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INDUSTRIAL LAYOUT

INTELLIGENT TRANSPORTATION

Intelligent Transportation:
It is a comprehensive system that integrates technologies such as information technology, artificial intelligence, big data analysis, and the Internet of Things to optimize traffic management and enhance transportation efficiency. Its core objective is to achieve the synergy among "people, vehicles, roads, and environment", and to promote safety, efficiency, environmental protection, and energy conservation.
Core technology support:
By leveraging perception and modern communication technologies, such as sensors, GPS navigation, and vehicle-road collaboration, real-time data on traffic flow and vehicle locations are collected, and information exchange is achieved through communication technologies like 5G.
Data Analysis and Algorithms:
Utilizing cloud computing, big data mining and machine learning to predict traffic conditions, and dynamically optimizing signal timing and route planning.
Automation Control:
Autonomous driving technology, combined with roadside equipment (such as smart street lamps and holographic perception systems), enables vehicles to make autonomous decisions and achieve collaborative management.
  • 01
    The intelligent traffic control system for urban transportation adjusts traffic lights in real time to alleviate traffic congestion.
  • 02
    The intelligent traffic control system for urban transportation adjusts traffic lights in real time to alleviate traffic congestion.
  • 03
    The intelligent traffic control system for urban transportation adjusts traffic lights in real time to alleviate traffic congestion.
  • 04
    The intelligent traffic control system for urban transportation adjusts traffic lights in real time to alleviate traffic congestion.
  • 05
    The intelligent traffic control system for urban transportation adjusts traffic lights in real time to alleviate traffic congestion.
  • 06
    The intelligent traffic control system for urban transportation adjusts traffic lights in real time to alleviate traffic congestion.

SMART LIGHTING

Noor Intelligent Technology Group Co., Ltd. is a technology-based enterprise specializing in the research and manufacturing of smart lighting. Since 2016, when it initiated the layout of smart streetlights, the company, leveraging its decade-long technical accumulation in areas such as road lighting and municipal engineering, has developed a smart streetlight management platform with independent intellectual property rights. This platform enables remote monitoring, energy optimization, and intelligent operation and maintenance of urban lighting facilities. Its core product, the smart streetlight, not only integrates LED energy-saving lighting modules but also, by installing intelligent sensing equipment, can expand functions such as 5G micro-bases stations, environmental monitoring, and security surveillance, forming a new type of urban infrastructure with "multiple uses in one pole".
  • 01
    The group is investing in the construction of an intelligent production base covering an area of one hundred acres.
  • 02
    The group is equipped with nearly a hundred large-scale intelligent production facilities.
    It has the only imported fully automatic powder coating production line in the region.
  • 03
    The group focuses on the research and development as well as manufacturing of intelligent lighting functional products. Its gateway, single lamp control and display products are industry leaders.
  • 04
    The group has a first-class team specializing in the design of intelligent lighting both externally and internally.
  • 05
    In the deployment of super-large urban-scale projects, the distributed edge computing architecture enables the coordinated operation of up to one hundred thousand terminal devices within milliseconds, allowing road lighting to automatically adjust the coverage area of light spots according to the traffic density.
  • 06
    In the field of landscape lighting, especially in the arrangement of light in commercial spaces, the group has utilized the light domain positioning technology to upgrade the lighting system into a spatial service platform. This enables a three-dimensional intelligent layout integrating store traffic guidance, security warning, and energy consumption management.
  • 07
    The group is committed to building a full-scenario digital intelligent lighting system that deeply integrates people, space and light.
Intelligent lighting control system
Intelligent lighting control system
Intelligent lighting control system
Intelligent lighting control system
Intelligent lighting control system
Intelligent lighting control system

LOW ALTITUDE ECONOMY

Nor Intelligent Technology Group Co., Ltd., as the builder of the low-altitude economic industry ecosystem, takes "digitalization of airspace and intelligence of operation" as its strategic fulcrum, and is committed to creating a panoramic solution covering low-altitude resource development, intelligent equipment application, and airspace collaborative management. Relying on the independently developed low-altitude intelligent connection platform, we deeply integrate 5G + high-precision positioning of Beidou, AI autonomous obstacle avoidance algorithms, and distributed airspace management system, and build a three-in-one low-altitude economic service system of "drones + infrastructure + digital platform".
Unmanned aerial vehicle photovoltaic inspection
  • 占位Photovoltaic power stations are usually built in areas with high altitudes and abundant sunlight resources.
  • The traditional manual inspection for commuting is very difficult and costly.
  • Manual inspection of the efficiency of photovoltaic panels is extremely inefficient, and the efficiency of fault detection is also low.
  • The volume of data is extremely large, and manual judgment is required to determine the location of the problem.
Unmanned aerial vehicle photovoltaic inspection
  • 占位Photovoltaic power stations are usually built in areas with high altitudes and abundant sunlight resources.
  • The traditional manual inspection for commuting is very difficult and costly.
  • Manual inspection of the efficiency of photovoltaic panels is extremely inefficient, and the efficiency of fault detection is also low.
  • The volume of data is extremely large, and manual judgment is required to determine the location of the problem.
Unmanned aerial vehicle photovoltaic inspection
  • 占位Photovoltaic power stations are usually built in areas with high altitudes and abundant sunlight resources.
  • The traditional manual inspection for commuting is very difficult and costly.
  • Manual inspection of the efficiency of photovoltaic panels is extremely inefficient, and the efficiency of fault detection is also low.
  • The volume of data is extremely large, and manual judgment is required to determine the location of the problem.
Unmanned aerial vehicle photovoltaic inspection
  • 占位Photovoltaic power stations are usually built in areas with high altitudes and abundant sunlight resources.
  • The traditional manual inspection for commuting is very difficult and costly.
  • Manual inspection of the efficiency of photovoltaic panels is extremely inefficient, and the efficiency of fault detection is also low.
  • The volume of data is extremely large, and manual judgment is required to determine the location of the problem.

PHOTOVOLTAIC ENERGY STORAGE

Nor Intelligent Technology Group Co., Ltd., as an innovative leader in the field of clean energy system integration, is committed to developing an integrated "light - storage - charging" new energy solution.
Power generation side energy storage
User-side energy storage
Home energy storage
Urban Electric Vehicle Charging Microgrid
Zero-carbon park's electricity micro-grid
Solar-powered street lamp
  • 01
    The photoelectric conversion efficiency has exceeded 25%.
  • 02
    Combined with the self-developed lithium iron phosphate energy storage module, the charging and discharging efficiency exceeds 95%.
  • 03
    The core energy router is equipped with a multi-objective optimization algorithm, which can dynamically analyze the grid load, autonomously switch between grid-connected and off-grid modes, and achieve the economic operation of industrial and commercial parks by "balancing peak and off-peak loads".
  • 04
    We have pioneered the deep integration of photovoltaic energy storage systems with buildings, and the family energy storage product line has achieved an integrated design of photovoltaic, storage, charging and discharging.

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