Selection of solar panels: Integrated solar street lights require the use of efficient and reliable solar panels to reduce energy loss and improve system reliability.
Battery selection: The electrical energy output from solar panels needs to be stored for use by street lights at night or under low light conditions. Therefore, it is necessary to choose an efficient and long-lasting battery, such as a lithium-ion battery or a gel battery.
Selection of controller: The controller is the core component of the integrated solar street light, and it is necessary to choose a controller with intelligent charging and discharging functions to achieve precise control and protection of the battery panel.
Design of lighting fixtures: The integrated solar street light fixtures need to have high brightness, wide spectrum, dustproof, and waterproof performance to meet the usage requirements of street lights in different climatic conditions.
Installation and maintenance: Integrated solar street lights need to have safety protection functions such as anti-theft and anti tilt, and need to be easy to install and maintain to ensure the normal operation and long-term use of the street lights.
In summary, the design of integrated solar street lights requires comprehensive consideration of factors such as solar panels, batteries, controllers, lighting fixtures, and installation maintenance, and the selection of efficient, reliable, and intelligent components to improve the performance and reliability of the system.