All In One Solar Street Light

MPPT Charging Controller.
Adjustable Bracket Angle.
Battery overcharge/deep discharge protection
Load cut-off voltage for battery deep discharge protection – 9V
Easy Maintenance.
Motion: human infrared motion sensor module. lights come on when triggered by motion if the level of ambient light becomes low.

Product Details:

Lumen 2000 lm 3000 lm 4000 lm 5000 lm 6000 lm 8000 lm 10000 lm
Solar panel 25W 25W 35W 45W 60W 75W 75W
Li-on battery 11.1V/12AH 11.1V/15AH 11.1V/18AH 11.1V/25AH 11.1V/25AH 11.1V/30AH 11.1V/40AH
Dimensions (cm) 49×36.3×4.3 49×36.3×4.3 60.8×36.3×4.3 60.8×36.3×4.3 60.8×36.3×4.3 79.3×36.3×4.312 79.3×36.3×4.3
NET Weight 6.2kgs 6.5kgs 7.5kgs 12.5kgs 14kgs 16kgs 17kgs
Packing size (cm) 60.5×44.1×21 60.5×44.1×21 69×44.1×21 87.1×44.1×21 87.1×44.1×21 130×44.1×21 130×44.1×21
Gross Weight 6.7kgs 7kgs 8.7kgs 8.7kgs 8.7kgs 13.5kgs 13.5kgs
20”Container 600pcs 600pcs 500pcs 500pcs 500pcs 400pcs 400pcs
LEDs 5050 LED
Efficacy 200 Lm/w
Material Die-casting Alumium
Solar panel Monocrystalline silicon
Beam Type II / Type III / Type IV / Type V
Working -20° ~ +60°℃
CCT 3000k – 4000k – 5000k – 5500k – 6000k
Output DC 45V
Mode PIR + Light control + Time control
Circle 6-8 Hour
Working ≥ 36 Hour
CRI Ra > 70


What’s the features?
Preprogrammed operation modes, suitable for almost any application.
Even more efficient than the predecessor model, it can be used in northern regions even in the winter months.
High quality integrated Li-ion battery packs, lifespan of ca. 7 years.
Efficient solar panel which charges the luminaire in ca. 7-10h fully
Timer control and proximity sensor combined for longer operation time
Automatic proximity sensor, dimmer function (Sleep Mode)
Wall or pole mount (60mm connector)
Reliable under extreme conditions, from -25°C to +50
Battery holds also at bad weather, like rain or heavy clouds, ca. 7+ days of continuous operation (ECO Mode 1 or 2)
Protection class IP65 /IK08
Warranty 3 years

What is the benefits?
Lower Operation Cost: It is less expensive to operate a solar powered street light than a traditional street light.

Compact Design: Our design and technology implementation have been driven by our desire to eliminate the need for bulky external battery boxes and external solar panels and achieve All in One Solar Powered Street Light.

Reduced Damage/Theft: By locating directly on the light fixture and placing the battery within, the risk of damage, theft or tampering is greatly reduced. There are no wires in the street pole, which means that the wire itself (which exists in regular street lights) can’t be stolen and sold for scrap.

Ruggedized Technology: Require less maintenance and reduced parts replacement due to initially incorporating higher quality components.

Insect Swarms: The solar powered street light uses LED lighting which does not produce Infrared light, and therefore will not attract insects.

Improved Safety: The solar powered street light does not require connection to an electrical grid. It is safer and easier to install. In the event of a power outage, the light remains on. This reduces the chance of accidents and the constant light deters theft/vandalism.

Anywhere/anytime: The solar powered street light can be used in any location. Since no electrical grid is required, it can be installed on buildings, in parking lots, in remote locations simply by hanging it on a pole.

Faster Installation: Since you don’t need to trench power lines to the pole, run wires up the pole, connect wires to an electrical grid, or hard wire the street light, the installation is significantly faster. In fact, it is so easy, it can be installed on the pole before it’s erected, and thereby reducing a step completely from the process.

Where is it used to?
It’s for camping places, parkings, side streets, bicycle paths, walkways etc. Integrated proximity sensor with automatic dimmer function, timer, remote control and high quality solar panel and Li-Ion battery. Suitable for secluded places or paths, places which do not have electrical lines, or where excavation projects would be too costly

How does it function?
Battery is being charged through solar panel in ca.7-10h, during the day.
As soon as the integrated dusk sensor registers that it is getting dark, the luminaire turns on automatically, and shines with 10% of the maximal output. It shines under the control of the chosen operation mode.
When the proximity sensor registers a walker or a cyclist, it immediately changes to 100% or 60% of maximum luminosity. When a walker or a biker leave the range of the sensor, the luminaire switches to lower power after some time.
That is how we achieve maximum conservation of energy, and ensure a long luminous output, even if the weather is bad for 7+ days.
Battery gets almost never fully discharged, and it achieves a lifespan of ca. 7 years.
When the battery is fully charged, the luminaire will shine even if it does not charge during the day, for ca. 3 days with normal performance.

What’s the light efficiency?
It can reach 200 lumen per watt.

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