The solar charging station operates using dual power sources: solar energy and a battery. An advanced energy management system gives priority to solar power. The battery charges up when the station is idle. On overcast days and during nighttime, the station draws power from the battery.
Typically, we utilize rechargeable batteries that are more resilient to deep discharges, such as those experienced during winter months with reduced sunlight. These batteries feature a solid electrolyte, guaranteeing safe operation without any leakage.
Indeed, the operational duration is contingent on the quantity of energy accumulated throughout the day.
Then, all energy consumers are shut down until the sun comes out again. Don't fret, the charging station is equipped with systems to prevent excessive battery depletion, which can reduce battery lifespan.
The SunFlower comes equipped with three USB A ports, two featuring AiPower and one with Quick Charge 3.0. This setup allows you to charge any portable device while you relax at the solar station, including: smartphones, tablets, GPS devices, smartwatches, or power banks for your next trip. The Quick Charge 3.0 technology enables fast charging for several computers, like a MacBook Air.
During winter, the performance of the charging station hinges on the number of sunny days. The batteries are designed to operate in sub-zero temperatures. The sole downside of the cold is a decrease in battery capacity, which, naturally, is restored once the temperatures rise. To sum it up, as long as there's sunshine, even on a chilly day, the device will work.
Electronic parts are housed within dedicated enclosures, ensuring the control devices stay at the proper temperature. For charging stations used in warmer climates, we implement extra forced air cooling.
The street light feature activates the station's lighting automatically at dusk and deactivates it after a set period. This street light operates without external sensors like a dusk sensor, ensuring reliability. We can customize the settings for each customer, for example, turning the light on 30 minutes post-sunset and switching it off 4 hours later.
The station is maintenance-free and operates independently 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 at the base. SunFlower operates fully independently, requiring no external connections and can function in any area without shade.
Charging from empty to full takes roughly eight hours on a sunny day (such as after several cloudy days). Under normal conditions, fully charging takes about five hours. This doesn't mean the station will be inactive during charging. The power management system prioritizes certain functions. For instance, if you need phone charging and Wi-Fi to be available continuously, these features will be the last to shut off and the first to reactivate.
Absolutely, all electronic components are shielded against water and dust.
We've gone the extra mile to ensure the highest quality in our construction materials, primarily using carbon steel/stainless steel and HPL (a highly durable material similar to wood). We've considered potential damages and fortified the most susceptible parts. Our team has rigorously tested these innovations themselves.
Assuming the station is fully charged and the ambient temperature is around 68 degrees Fahrenheit: in the standard model (charging four phones daily for two hours, with lights operational for five hours per day), the max operating time hits 60 hours. For models with extra features, operating duration varies based on the selected options.
You can be totally at ease; the entire system operates on a secure 12V voltage and low currents. Plus, every connection is waterproof and safeguarded against unintentional disconnections.
Indeed, the SunFlower comes with specialized screws designed to deter unauthorized access. Optionally, the station can be outfitted with a GPS module (an add-on to the Wi-Fi hotspot package) for an extra charge.
