Solar energy, as a renewable resource, greatly facilitates our lives.
One of the examples is the LED solar streetlight, which, together with the solar energy system, brings about significant benefits. Choosing the right size of solar panels for LED solar streetlights can be a challenging decision. Whether for household solar power generation systems or LED solar streetlights, we need to accurately calculate the capacity of solar panels. However, determining the capacity of solar panels is not straightforward as it is influenced by various factors that need to be considered from multiple perspectives. Today, let’s discuss the relevant information regarding the configuration of solar panels for solar streetlights.
The design concept of an independent photovoltaic system is to meet the average daily load’s electricity demand. To calculate the capacity of the independent photovoltaic system, divide the average daily energy consumption of the load and batteries by the daily energy output of a solar panel. This will give the number of solar panels needed for the system. Dividing the nominal voltage of the system by the voltage of a solar panel will provide the number of solar panels to connect in series. The total number of solar panels divided by the series count yields the number of parallel arrays.
When purchasing LED solar streetlights, it is essential to find a reputable solar streetlight manufacturer. A strong manufacturer can provide a more professional configuration calculation for you.
Bitpott solar streetlight manufacturers specialize in the research, development, production, and sales of solar streetlight products, solar photovoltaic power generation systems, and outdoor lighting lights such as LEDs. With years of production experience and advanced manufacturing equipment, they offer quality assurance, reasonable pricing, and configurations. For inquiries regarding LED solar streetlight pricing, please contact our online customer service. We welcome you to place orders!
