Everyone knows that both solar LED street lights and solar photovoltaic power stations require solar panels. Without solar panels, a solar power generation system cannot be established, so we need to properly calculate the capacity of the solar street light solar panels.
When calculating the capacity of solar street light panels, we must also fully consider other external factors, such as dust coverage, line loss, etc.
Configuration of Solar Panels
First, based on local meteorological and geographical conditions, determine the annual total radiation, daily radiation, and peak sunshine hours on the photovoltaic array surface, taking into account seasonal variations. Then calculate the number, power, and daily working hours of the load, and determine the system’s DC voltage based on the load power (battery voltage). Next, calculate the capacity of the solar street light panels based on peak sunshine hours, and finally determine the series and parallel configuration of the solar street light panels based on their capacity, which also helps define the total power of the solar street light panel array. At the same time, based on the results of battery capacity calculations, optimize the matching between photovoltaic panel and battery usage.
The capacity of solar street light panels is influenced by many conditions, so calculations should take into account these external and internal factors in order to better support the solar photovoltaic power generation system and solar street light illumination setup.
Bitpott solar street light manufacturers specialize in the research, development, and sales of solar street light products and LED solar street light system configurations.