Solar street lights are lighting devices that generate electricity using solar power. They consist of components such as solar panels, batteries for storing electrical energy, LED lights, and charge controllers. Solar energy is converted into electricity using crystalline silicon solar panels, stored in batteries, and then used to power LED lights. Solar street lights typically offer advantages such as environmental friendliness, energy efficiency, independence from external power sources, and low maintenance costs.

Solar street lights are divided into several types based on their structural design: Split solar street lights: Solar panels, solar controllers, and LED lights are integrated together and typically placed within the light fixture cavity, while the solar panels remain separate. All in one solar street lights: Solar panels, batteries, controllers, and light fixtures are integrated together, with the batteries and controllers usually built-in. The solar panels are typically positioned on the back of the light fixture.

Environmental protection and energy saving: Solar street lights use solar energy for power generation, eliminating the need for traditional energy sources, reducing environmental pollution, and helping to conserve energy resources. No grid power supply required: Solar street lights operate independently without the need for external power sources, making them suitable for remote areas or places without electricity supply. Low operating costs: With no electricity expenses, solar street lights have low operating costs. Additionally, they have low maintenance costs due to their automated operation and minimal need for personnel management. Safety and reliability: Solar street lights operate on low-voltage power, eliminating the risk of electric shock accidents and ensuring safer operation. Moreover, they have the capability to operate independently, providing illumination during power outages or disasters.

Solar street lights are a new type of road lighting equipment. During the day, monocrystalline or polycrystalline silicon solar panels convert solar energy into electricity, which is stored in maintenance-free valve-regulated sealed batteries or lithium batteries through the solar controller. At night, the solar controller controls the discharge of the batteries, and the LED lights start to work.

Due to varying sunlight conditions in each city and different requirements from customers regarding working hours and rainy days, if you would like to learn more, please contact us with the following questions:
Where will your solar LED street light system be installed geographically?
How many hours per night will the LED street lights operate?
How many backup days are needed in case of continuous rainy days?
Do you require dimming of the LED street lights (during off-peak hours)?
Are there any other specific requirements?