Solar Lights on Rooftop
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SIGOLED Shocks the Industry: Solar Street Lights on Rooftops
Date:
Jan 10,2025
Solar lights for high school buildings
Rooftop type solar lights without poles
Solar Light on the 5th floor rooftop
Recently, the Engineering Department of SIGOLED&Solar install the high-power dual-system LED street lights for one high school. This advanced product is equipped with a 150W high-efficiency monocrystalline silicon solar panel, 160W ultra-high luminous efficiency LEDs, and a 200AH lithium iron phosphate battery pack, which effectively improves the actual output power and luminous flux, ensuring stable and efficient lighting performance for the campus. The installed street lights are mounted on the roof of the five-story teaching building of the High School, presenting a unique and innovative installation scenario that breaks the traditional application mode of solar street lights.
As we all know, the installation height of solar LED street lights is generally 6 to 8 meters in ordinary cases, and some municipal projects require an installation height of 8 to 12 meters. It is extremely rare for owners or manufacturers to install LED street lights on building rooftops. In response to the characteristics and requirements of the school site, the Engineering Department of SIGOLED conducted on-site surveys, designed installation angles, and customized installation brackets, fully adapting to the special lighting needs of different areas on the campus and overcoming the challenges of unconventional installation positions.
According to Jackyben Lynn from SIGOLED, the company has 16 years of experience in lighting design and installation, having provided LED street lights, LED floodlights, LED courtyard lights and other lighting products for many schools and universities. The lighting project has fully met the basic lighting needs of the campus. Installing solar street lights on the roof of the teaching building not only avoids poor charging effect of the street lights caused by sunlight obstruction by walls but also eliminates potential safety hazards on the campus, setting a new example for campus lighting renovation with green and safe solar energy solutions.
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5G + smart streetlights help create smart cities in China.
Driven by Smart City initiatives, 5G, and IoT, smart poles have become increasingly popular. Many provinces and cities are responding to market demands by implementing communication infrastructure policies and clarifying the construction goals and operational needs of 5G networks and smart poles. Most policies mention the integration of multifunctional poles with 5G network usage to actively promote smart poles as providers of small 5G stations. With the support of industrial policies, China's smart streetlight sector has rapidly developed alongside 5G, and the market size has expanded quickly. Many cities in China have begun adopting smart streetlight technology to transform traditional streetlights and convert ordinary streetlights into intelligent lighting. Smart streetlight projects are flourishing everywhere, with numerous pilot demonstration projects, and large-scale smart streetlight projects are gradually being initiated and implemented.
Will smart cities in the future still have streetlights like today?
In recent years, smart lamp posts have gradually appeared on the streets of many cities. Unlike traditional streetlights, smart lamp posts incorporate hardware such as surveillance cameras, small 5G base stations, and safety alert signals. Through data perception and big data interaction technology, smart lighting, intelligent transportation, information dissemination, and other functions can be achieved. With a series of smart lamp posts being implemented in various locations, smart cities present a new landscape.
The intelligent lighting system is a type of light control system that uses advanced electromagnetic voltage control and electronic induction technology to improve energy usage caused by unbalanced loads in the lighting circuit, enhance power factor, reduce the operating temperature of light bulbs and circuits, and optimize power supply efficiency.
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