Sunflower Solar Power System, also known as smart photovoltaic flowers and intelligent photovoltaic flowers, have the characteristics of automatic opening and closing and weather sensing. They also have intelligent functions such as real-time monitoring of equipment data, remote maintenance equipment, fault warning, and real-time positioning. They are used in smart parks, smart campuses, smart towns, etc., which not only reduce power consumption but also beautify the environment.

1. High power generation efficiency: Solar flowers can be divided into single-axis solar flowers, dual-axis solar flowers, and three-axis solar flowers according to the tracking mode. The leaves rotate as the sun rises in the east and sets in the west.The system adopts an astronomical tracing algorithm to automatically track the position of the sun in real time, and the power generation efficiency can be increased by 40% compared with traditional solar panels.

2. Automatic opening and closing: Solar flowers adopt a "petal-style" design. The leaves can be folded and unfolded. They "bloom" at sunrise and close at sunset. Compared with traditional solar panels, they are more flexible.

3. Self-protection: When encountering cloudy weather, the leaves will autonomously determine whether to perform photovoltaic power generation; when encountering severe weather such as typhoons and rainstorms, the leaves will automatically fold up for protection, with better self-protection performance.

4. Remote control: The "brain" of the solar flower can remotely maintain the equipment, making the solar flower smarter.

5. Real-time monitoring: The solar flower has "smart eyes" that can count the power generation, consumption and greenhouse gas emission reduction of the equipment online in real time; it also automatically collects ambient air for air quality detection.

6. Fault warning: The solar flower can also push equipment information to the operator in real time, and has good fault warning performance.

7. Accurate positioning: The solar flower has a global positioning system that can accurately locate in real time.