In China, approximately 30%6 of the total lighting consumption is attributed to urban road lighting, exerting significant environmental pressure. The expansion of urban scale and functional diversification further emphasizes the pressing need for a lighting solution capable of concurrently addressing energy efficiency, environmental sustainability and economic constraints, Utilizing distributed energy-storage technology, energy-efficient lighting, and intelligent control and management, this roadway light has successfully resolved these is sues and created the LED street light2.0 era, which aims for low-carbon or zero-carbon emission!1.Ultra-High Efficiency Lighting System: Featuring a self-developed integrated circuit, the system achieves a total luminous efficacy of 210 lm/W, reducing energy consumption while maintaining brightness. With over 300 light distribution curves, it meets diverse lighting needs across various road types and reduces light pollution. 2. Semi-Solid-State Battery Design: With a cycle life of up to 12,000 times and an operating temperature range of -20°C to 60°C, the battery enhances safety, durability, and environmental performance. 3. Emergency Lighting: In the event of a grid power outage, the energy-storage street light continues to operate, ensuring basic road illumination. 4. Expandable Functionality: Equipped with auxiliary power interfaces, the system supports add-ons such as cameras and sensors for real-time monitoring and AI-based recognition.This streetlight embodies user-centered design through its focus on safety, health, and ease of use. The semi-solid-state battery ensures high stability and wide temperature tolerance, reducing fire and explosion risks. Health is protected by optimized light distribution that minimizes glare and light pollution, creating a comfortable visual environment. Its modular structure allows easy installation and maintenance, while the intelligent platform enables remote control and management, delivering a safer, smarter, and more user-friendly urban lighting experience.The flow of the air in spires the pro duct's streamlined contour and lightweight structure, infusing the static device with dynamic allure. The overall shape is both simple and elegant, with the lighting area positioned at the upper end of the curved, thin surface. This positioning not only diminishes the visual volume but also enhances the lighting effect. The series with the built-in battery pack underscores the integrity and aesthetics, showcasing a smooth, cohesive visual effect. The external battery pack series segregates the batteries from the main body, facilitating maintenance and replacement and reducing the lighting components" size.This street light design fully addresses environmental and sustainability requirements. It utilizes eco-friendly materials and solid-state electrolyte battery cells, with an expected annual reduction of 0.8 tons of CO? emissions—equivalent to the absorption of 40 trees. The system also supports integration with solar panels, increasing the use of clean energy and reducing dependence on the traditional power grid. In addition, through long-term efficient energy use and emission-reduction measures, electricity consumption is reduced by over 80%, contributing significantly to low-carbon urban development.