
urban and residential streets

Pedestrian walkway

Country lane

Expressway

Park square

Car parks
RAH is conceived as the next generation of solar lighting systems that provide an overall solution against the backdrop of the growing functional needs of cities in the future Jiemia. A new generation of intelligent solar lighting system for modern urban roads, highways and diversified outdoor scenes, covering the needs of urban main roads, secondary roads, parks, squares, parking lots, commercial districts, etc.
The iconic rotating “wings” are connected to algorithmic integrated controllers, which match advanced weather tracking and smart energy management for on-demand supply. This dual-wing system is designed to enhance energy resilience to meet future functional demands, particularly crucial for improving wireless network capabilities in off-grid communities and during emergency power outages.
Advanced MovingTrack MPPT tracking efficiency technology ensures excellent tracking efficiency and faster response times, maximizing energy collection even in variable weather conditions. The core concept of the design gives it an eternal quality that allows the system to expand from traditional infrastructure lighting to the public domain, where applications are often more diverse and culturally and ecologically sensitive.
The iconic rotating “wings” are connected to algorithmic integrated controllers, which match advanced weather tracking and smart energy management for on-demand supply. This dual-wing system is designed to enhance energy resilience to meet future functional demands, particularly crucial for improving wireless network capabilities in off-grid communities and during emergency power outages.
Advanced MovingTrack MPPT tracking efficiency technology ensures excellent tracking efficiency and faster response times, maximizing energy collection even in variable weather conditions. The core concept of the design gives it an eternal quality that allows the system to expand from traditional infrastructure lighting to the public domain, where applications are often more diverse and culturally and ecologically sensitive.