12W Solar Parking Lot & Area Light

It is suited to parking areas, campgrounds, RV parks, campsites, pathways, entrances, parks, small private roads and other outdoor spaces where grid power is unavailable or inconvenient.

Its flexible wall or pole mounting also makes it useful where a conventional street-light layout is not the best fit.

Yes. Campgrounds and RV parks are a strong use case because the self-contained solar system can provide area lighting without trenching electrical cable to every lighting point.

Actual fixture quantity and placement should still be planned around the site layout, desired light levels, trees, buildings and available solar exposure.

The 12W LED system can produce up to 1,800 lumens at full output.

Brightness at ground level also depends on mounting height, distance from the fixture and the geometry of the installation.

The light operates automatically after dark. When movement is detected, it increases to a brighter output and then returns to its normal lighting level after movement ceases.

This behavior provides brighter illumination when activity is present while reducing unnecessary high-output operation when the area is quiet.

The included remote control provides six lighting settings so the fixture can be adapted to different locations and operating needs.

This is particularly useful when the light is installed high on a pole and routine direct access to the fixture would be inconvenient.

The light can be installed on poles from approximately 8 to 18 feet tall and supports poles up to 2.25 inches in diameter. Wall-mount hardware is also included.

Always confirm that the chosen pole or wall structure is appropriate for the fixture and local installation conditions.

As a reference, mounting the light at about 7 feet provides approximately a 30-foot-diameter illuminated area, while a 10-foot mounting height provides approximately a 40-foot-diameter area.

These figures are useful for initial layout planning, but actual perceived coverage varies with surroundings, mounting conditions and the light level required.

A full charge requires approximately 6–8 hours of strong sunlight.

Solar charging varies with season, cloud cover, shade and panel exposure, so real-world charging time can be longer in less favorable conditions.

A reference spacing of approximately 24–30 feet can be used as an initial planning point when installing multiple fixtures.

Final spacing should be adjusted for mounting height, obstacles, desired uniformity and the actual lighting requirements of the parking area, campground, pathway or other site.