Solar Street Lights with Complementary Electricity
Solar roadway LED luminaires with hybrid lighting solution
Hybrid solar lights that switch between solar energy and grid power during cloudy days or high-usage periods. These all-in-one integrated solar street lights with battery include solar panels, LED fixtures, controllers, and lithium batteries in one compact unit. And these commercial solar street lights are ideal for municipalities and industrial settings needing consistent illumination. Whether you're lighting up solar lighting for large-scale outdoor lighting projects such as highways, campuses, and industrial zones or for parks or for solar roadway LED luminaires and parking lot solar lights, this hybrid model ensures fully service and reduced energy costs.
PD-C-SEP-5050-56-E Solar Street Lights with Complementary Electricity
- LED: 56pcs 5050 SMD type LED
- Lumen efficiency: 180lm/per Watt
- Lumen: 5500lm at 30W
- Color Temp: 3000K
- Beam angle：65 x 143°
- Solar Panel: 18V 90W MONO
- Solar panel dimensions：1256 x 390 x 4.5mm
- Battery : 12.8V 48Ah Lithium battery
- LED output: 12hrs 30W
- Autonomy: 2 days
- Controller: 12V 10A MPPT
- Main Materials: Aluminum alloy
- Mounting dimension: D65mm
- Product size:1273 x 407 x 90mm
- Working mode: light control + time control
- Color: black
Advantages of bifacial solar panels: Bifacial solar panels not only rely on direct sunlight from the front, but also improve overall power generation efficiency by reflecting and scattering light. Compared with single-sided solar panels, double-sided solar panels can effectively increase energy efficiency by 30%. For example, when it is covered with snow, the other side of the solar panel can absorb the light reflected from the ground to ensure that the solar lamps run for a long time.
Integrated design, completely independent. Batteries include pre-installed lithium cells. Solar panels are built into the top of the fixture. This outdoor solar light fixture features automatic dusk and dawn sensing. Aluminum structure with polycarbonate shade. Comes with manual override switch.
To ensure that the solar panel can absorb the most energy for charging, we recommend installing it in a location with the longest sunshine hours and the most sunlight. The specific installation location needs to be selected based on your project.
Here are some suggestions for solar panel installation:
1. Orientation selection: Best suited for installation in the south-facing direction. Installation in a west- or east-facing direction may result in reduced lighting hours. It is not recommended to install in the north direction.
2. Height setting: Installing in a higher position can reduce the obstruction of ground objects (such as vehicles, plants, etc.) and maximize the use of sunlight.
3. Avoid blocking: When installing, make sure there are no tall buildings or trees around the solar panels that block the sun during the day.
4. Angle adjustment: During installation, the tilt angle of the solar panel needs to be adjusted so that it faces the sun and is as perpendicular to the sun as possible to improve absorption efficiency. The ideal angle is approximately the angle of the local latitude.
Although the initial investment of solar energy is relatively high, its advantages include long-term low operating costs, savings in electricity bills, simple installation process, and less manual maintenance. The battery we utilize with capable of withstanding at least 6,000 discharge cycles, the LED lighting life with over 50,000 hours, and the solar panels with the lifespan of over 20 years.
Since 2018, we have supported with customers to launch multiple projects, and the lights and batteries in the current projects are in normal operation. With our rich project experience in working with worldwide clients enables us to provide the necessary technical support for your project to ensure that the project proceeds smoothly. Upgrade your outdoor space with reliable, eco-friendly lighting that performs. Contact sallywu8@ms19.hinet.net we are happy to make proposal for your project.