Smart Pole Street Lighting – The central function of the light pole screen = whether the street light is smart or not
Brightness: 5500CD outdoor: 7000CD (energy saving, better service life, lower heat)
Smart Pole Street Lighting
Average power consumption: 400w/㎡ Average 200w/㎡ (energy saving and lower usage cost)
Poc Of Smart Street Lamp Poles Kicks Off In Taiwan
At present, 5G smart light poles have the following problems: the installation height of the screen is a little higher, the installation height of the screen is too low, the pole height is small, the screen ratio is wrong, the accuracy is not enough. , the brightness is not enough, the refresh rate is not enough, the structure design is not perfect…
2. Light pole 3-5 m with P3.12 400 * 800 light steel screen, the installation height of the screen body is about 2-3 meters from the ground,
3. 6-8m light column with P3.57 light grade screen 600 * 1200, the installation height of the screen body on the ground is 3-4 meters
4. 8-10 meter light poles are equipped with P3.84 800 * 1400 light grade screen, the height of the screen body is 4-5 meters above the ground.
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5. 10-12 meter light poles are equipped with P3.84 800 * 1600 light grade screen, and the height of the screen body is 4-5 meters above the ground.
Address: No. 2, Floor 1, Area F, No. 3, Lefeng 6th Road, Maohui (Weibian) Industrial Zone, Henglan Town, Zhongshan City, Guangdong Province, China Collaboration within the Nokia-based ecosystem has made good progress despite the challenges of the COVID-19 pandemic. The company’s extensive consortium developing a digital foundation for the Smart City has reached an important milestone when its flagship, a 5G smart pillar, has progressed from the development stage to a pre-commercial product. In fact, it is a product family of smart tiles, which can meet the different needs of cities. The modular structure allows classrooms of different sizes, the integration of different devices and the implementation of the necessary digital services based on the use and the surrounding area. Ecosystem partners are currently working on finalizing the partnership model to bring the product to market.
The project has made good progress from the research stage to practical applications. The smart column concept, which includes various devices such as weather sensors, air quality, video cameras, surveillance, radar, lidar and positioning devices and an electric vehicle charging unit, has been systematically developed in a comprehensive joint project between companies and research institutions. put and test. . Now the major development work is completed and the result is a versatile family of smart steel products, which form the digital backbone of the smart city. Smart poles that use the new “second generation” 5G technology, which refers to millimeter wave frequencies, offer users not only super-fast, low-latency 5G connections, but also an extensive network of sensors. they do This, in turn, allows various data to be collected and used to develop new services for the needs of the city, its citizens and its businesses.
A pilot environment of a unique city built on the Nokia campus in Espoo, where e.g. 19 smart poles, two smart and secure bus stops and a total of more than 250 connected IoT devices played a key role in the development and piloting of smart poles, digital infrastructure and data-driven services.
Experienced Supplier Of Smart Pole
The smart classroom concept was developed to meet the needs of future cities that will face the challenges of sustainable development and digitalization. It is not really about a light pole, but a whole new scale for building the basic infrastructure of a smart city – its digital backbone. Not only will a 5G base station be integrated in the same class, but there will be video cameras, radar, lidar and sensors needed for navigation, weather, temperature, air quality or, for example, carbon dioxide measurements. In this way, preparations are made for various services. Smart lighting will also be a feature, though not as major an issue as traditional light poles.
Different usage environments require different intelligent columns. A key design principle for a smart classroom is its modular structure. It allows multi-sized columns to be easily integrated for different uses, such as wide or narrow streets, parks, market squares or other open spaces. Tehomet Oy and Orbis Oy were primarily responsible for the design and manufacture of the intelligent pilot towers. Building, maintaining and servicing the smart grid presents its own set of responsibilities, which Destia Oy has taken on.
“The modular design developed in the project allows large variations to build different assemblies according to the needs of the site. The design supports external tools for reconstruction as well as the installation of new modules with changing needs. The properties will gradually be able to change the aesthetic .changing colors or using decorative parts, with lasers or modules with backlight. The various options make this product family a unique solution for the world.
Says Sami Huuskonen, Design Director at Tehomet Oy. He will be the newly appointed Product Manager for smart solutions at parent company Valmont Industries in the EMEA region.
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The integration of several devices into one well-functioning facility was a significant development in the production of smart steel. Orbis Oy, which leads the cabling, integration and assembly of smart poles, saw modularity as both a challenge and an opportunity.
We were able to implement a compact cabling solution inside the smart classroom, which allows integrated devices to be connected to the same data transmission and power supply facility. The modularity of the solution, in turn, ensures that devices can be flexibly added and replaced on the smart stack throughout their lifetime. This is an important competitive advantage
Security and situational awareness as examples of services that use data A central part of service development is the use of different data streams for specific needs. For example, smart poles, drones and autonomous vehicles collect weather, air and environmental quality data, location data and images and through cameras. This data can be combined with other data sources to create a variety of targeted services, related to security, perfect situational awareness or low-emission traffic and logistics to name a few examples.
Safety and security is one of the most important aspects that determine the development of smart cities. The solutions developed by Teleste aim to improve the safety of citizens, increase the feeling of safety and support the work of the authorities. Teleste was one of the main partners in this project as a developer of smart services for public safety, and our
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The concept plays an important role in the ecosystem. We were happy to partner with Nokia and integrate our concept into the ecosystem offering
By collecting data on people and vehicles moving around the area, smart pillars enable better and more personalized services, but the collection of data also requires that legal requirements, such as the use and storage of personal data, be considered very carefully. The data obtained by the cameras are of course the subject of special attention in this matter. The project focused on data protection issues. Cooperation between companies, research institutes and authorities has created a good basic understanding of common needs and practices to properly manage data protection issues at different levels. This provides a strong foundation for the development of data-driven businesses and, as a result, provides a competitive advantage in this area.
The ecosystem has attracted a lot of interest in Finland and around the world. Now that the development of the modular smart class, related features and some services is complete, the consortium is focusing on more extensive pilots in real urban environments. The readiness to deliver smart classrooms is not only well adjusted with technical development in mind, but different business models are also being prepared. Tehomet, Orbis and Destia are currently working on a joint model to bring the product to market. Expo 2020 Dubai (Expo World was postponed due to COVID-19) which opened in October this year is an important route to the global market. As it happens, Nokia and other companies will show the proposal and two functional smart columns.
Of course, our development work will continue. The second part of the ecosystem project will continue until the end of this year and will focus on the development of the data and market platform and the piloting of new services. The development of smart poles will continue with pilot projects as needed
Lumen Poe Street Light
In Espoo, the plan for the Kera area is progressing and there are also new smart city plans for the Otaniemi-Keilaniemi area that will offer new pilot opportunities for smart class technologies. The city of Espoo, together with VTT, Aalto University and companies, plans to build there the world’s most advanced telecommunications and data infrastructure that will enable new solutions for smart and low-emission transportation and a circular economy. The global market for smart city solutions is now worth 400
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