What Are the Differences Between Integrated and Split-Type Solar Street Lights? Which Is Better?

There are both split and integrated types of solar street lights. The two types mainly differ in terms of components, price, installation complexity, technical specifications, application range, and maintenance methods. Comparatively, split and integrated solar street lights each have their own characteristics in aesthetics, efficiency, and safety, with no absolute superiority or inferiority. The choice should be made based on the usage context. Let's take a look at the differences between split and integrated solar street lights and decide which is better.

What are the differences between integrated and split-type solar street lights?

Solar street lights can be categorized into integrated and split types based on their structure. Both utilize solar energy to power the street light, but they differ in the following aspects:

Different components

Split solar street lights consist of battery, LED lamp head, photovoltaic panel, controller, and lamp post. A lamp post is necessary, and the battery needs to be buried underground, connected via wires inside the lamp post. Integrated solar street lights combine the battery, LED lamp head, controller, and solar panel into the lamp head, and the use of a lamp post is optional.

Different prices

Due to design reasons, integrated solar street lights generally have smaller panel power and battery capacity than split types, resulting in lower costs. Therefore, integrated solar street lights are significantly cheaper than split types of the same specifications.

Different installation complexities

Integrated solar street lights are easier to install, requiring only screw tightening. In contrast, split-type solar street lights need assembly, wiring, installing battery brackets, lamp heads, creating battery pits, and more, making the installation relatively more complex.

Different technical parameters

Split solar street lights have technical parameters ranging from 10-80W or even higher; integrated solar street lights typically come in 10W, 20W, 30W, and 40W varieties.

Which is better: integrated or split-type solar street lights?

There are many differences between split and integrated solar street lights, but which one is better?

From an aesthetic perspective

Generally, integrated solar street lights look more compact and delicate, while split-type solar street lights can give a sense of visual ';pressure'; but appear grand and attractive.

From an efficiency perspective

Although all components of integrated solar street lights are combined, reducing visual pressure, this also limits certain functions. For instance, under identical conditions, the larger the area of the solar panel, the higher its photoelectric conversion efficiency.

Split-type solar street lights can be customized in size based on demand, while integrated ones lack this freedom and must consider the space occupied by other components, thus limiting efficiency.

From a safety perspective

Solar street lights installed outdoors can attract the attention of ill-intentioned individuals. There is always a risk of the battery in split-type solar street lights being stolen, whether buried underground or mounted on a lamp post. In contrast, stealing the battery of an integrated solar street light would require moving the entire light, which is relatively less likely to occur.

Overall, both integrated and split-type solar street lights have their own characteristics, with no absolute superiority. The choice can be made based on actual usage requirements.