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From the operation of solar street lights, it can be understood that during the daytime, solar energy is converted into electrical energy, while at night, the internal automatic control of the product enables lighting. Therefore, from the perspective of product functionality, each component operates fairly simply. To better understand this product, many people are also interested in its main structural components. What does the actual structure look like during this recognition process?
Firstly, the core component is the solar panel. When mastering the structure of solar street lights, the solar panel becomes a crucial internal component. When focusing on the panel, it is capable of converting solar radiation into electrical energy and, after successful conversion, it will supply this energy to the battery. Throughout the operation, this core component plays a significant role in driving the overall functionality of the product.
Secondly, understanding the solar controller product is necessary. To better comprehend the structure of the product, the solar controller also becomes a vital part to master. Analyzing this product primarily focuses on the protection of the battery. Throughout the understanding process, aspects such as overcharge protection and over-discharge protection should be well grasped to achieve a better overall effect.
Thus, the main structural components of solar street lights are outlined. However, in recognizing the structural components, the battery is also a necessary part, primarily responsible for the storage of electrical energy. Once these basic structures are established in the street light, ideal illumination can be achieved during normal use.
