The solar charging station operates with dual power sources: solar energy and a backup battery. It features a smart energy management system that prioritizes solar power. The battery charges up while the device is idle. On overcast days and during nighttime, the battery supplies the necessary power.
Typically, we employ rechargeable batteries designed to endure deep discharges, such as during the winter months when sunlight is scarce. These batteries feature a solid electrolyte, guaranteeing safe operation without any risk of leakage.
Indeed, the duration of functionality is contingent on the quantity of energy accumulated throughout the day.
When there is no sunlight, all energy consumers are deactivated. Fear not, the charging station incorporates mechanisms to prevent excessive battery depletion, which can shorten battery life.
The SunFlower includes three USB A ports as standard, two equipped with AiPower and one featuring Quick Charge 3.0. This setup allows you to charge any portable device while you're at the solar station, including phones, tablets, GPS devices, smartwatches, or power banks for the rest of your trip. With Quick Charge 3.0 technology, you can even power up certain laptops, like the MacBook Air.
During winter, the functionality of the charging station hinges on the amount of sunlight available. The batteries are engineered to operate even at sub-zero temperatures. The primary impact of cold conditions is a decrease in battery capacity, which, once temperatures rise, is restored to its normal level. Essentially, as long as there's sunshine, even on chilly days, the device will operate effectively.
Electronic components are housed in specialized enclosures to keep the control systems at optimal temperatures. For charging stations in warmer climates, we incorporate extra forced air cooling.
The street light feature activates the station's lighting automatically as it gets dark and shuts it off after a set period. This street light operates without external sensors like a dusk sensor, ensuring reliability. We can customize settings according to the customer's needs, such as switching the light on 30 minutes post-dusk and powering it down after 4 hours.
The station is maintenance-free and operates autonomously once set up in the chosen location, eliminating the need for external intervention.
The station needs to be secured to the ground and features mounting holes in its base. SunFlower operates fully autonomously, requiring no external connections and functions in any area without shade.
Charging from empty to full on a sunny day (like after a string of cloudy days) takes around eight hours. In regular use, it requires about five hours to charge fully. However, this doesn't imply the station is out of service during this time. The energy management system strategically activates specific features. For instance, if you prioritize phone charging and Wi-Fi, these functions will be the last to turn off and the first to restart.
Yes, all electronic components are shielded against water and dust.
We've put in maximum effort to guarantee quality. The primary materials used include carbon steel, rust, and HPL (a highly durable material similar to wood). We've considered potential damage and strengthened the most susceptible parts. We've rigorously tested our designs under multiple conditions.
Assuming the station is fully charged and the ambient temperature is around 68 degrees Fahrenheit: in the standard version (charging 4 phones daily for two hours, lighting functional for 5 hours a day), the maximum runtime reaches 60 hours. For models equipped with extra features, the operational time varies based on the chosen options.
No concerns whatsoever, the entire system operates on a safe 12V voltage and low currents. Moreover, all connections are waterproof and safeguarded against unintended disconnections.
Indeed, the SunFlower features specialized screws that deter unauthorized access. Optionally, you can add a GPS module to the station (as part of an extra package for Wi-Fi hotspot) for an additional fee.
