Photovoltaic street lights feature panels that automatically track the sun during the day to capture and convert sunlight into electricity, and fold up to initiate illumination at night
The photovoltaic panel of the foldable dual-axis tracking photovoltaic street lamp can automatically adjust based on the sun's position, ensuring dual-axis tracking to maintain a right angle with the light, thereby significantly enhancing power generation efficiency.
On sunny days, photovoltaic panels are used to generate electricity during the day; Folding and folding of photovoltaic panels during nighttime, rainy, snowy, and windy weather; Folding the photovoltaic panel at night and folding it to the side of the lamp post can reduce the lifting force of the photovoltaic panel, lower the pressure on the bracket, and improve the stability of the bracket.
Intelligent control tracks lighting conditions, and manages the various states of photovoltaic panels, including raising and folding, without the need for manual intervention, resulting in low maintenance costs. Automatic fault recognition, automatic protection, and automatic alarm facilitate easy maintenance and further reduce maintenance costs.
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intelligent early-warning
Intelligent tracking
In windy and snowy conditions, photovoltaic panels automatically fold and store away to minimize wind resistance and prevent snow accumulation from affecting power generation efficiency
Based on astronomical algorithms, AI technology, photosensitive sensing, and positioning sensing, it can automatically track lighting throughout the day according to lighting conditions and the position of the sun
Combined with charging stations, become an integrated new energy vehicle charging smart photovoltaic street light
Integrated new energy vehicle charging smart photovoltaic street light
It can be applied in various fields, including urban grid-tied photovoltaic street lights, rural off-grid photovoltaic street lights, courtyard lights, and high-pole lights, among others.
The tracking motion and folding motion of photovoltaic panels share a tracking system and a driving system, which has cost advantages and reliability.