IP66 Waterproof Aluminium High Lumen All In One Solar Led Street Light 20w With Photocell

01.Features of led street lamp

• The integrated all in one design, no cable,the installation is very convenient.
• Fully-digital and high-precision constant current control boasting an efficiency of up to 96%
• The Mono-crystalline solar panel,LED lights,lithium battery,intelligent controller integrated Aluminum Alloy shell.
• True constant current rather than current-limiting control ensures smooth and stable output current, effectively reducing LED light attenuation and extending LED service life.
• When the products with optically controlled microwave induction infrared sensor, automatic adjustment of intelligent power on rainy days, extend rainy days.
• It used of alloy material as the main structure,with good rust prevention,corrosion protection. A metal case and an IP66 waterproof level enable the device to operate in various kinds of tough conditions.
• The wireless remote control setting device,adjustable lighting time ,lighting power ,automatic detection of battery voltage,read light power parameters,a human body induction function,as long as people go through when full power lighting,no automatic power down alf, restore
• energy saving mode.
• Time control + light sensor control+ motion sensor control
• Motion and light sensor built in:solar street light goes on at dusk at 20% brightness(Brightness adjustable). Can go from 20% power to full brightness when motion is detected.

02 Specification of all in one solar led street light

03 Work Model of solar led street lighting

Solar panel charges in sunny daytime.Light works at night with the power stored by battery

When People leaves 8-10M away, after set times, the light will dim to set brightness

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05 Production of led street light

Features a DC detection function. If DC available, the system will automatically

switch to lithium battery supply when the battery voltage rise to the DC switching point;

the system will automatically switch to DC power supply when the battery voltage falls

to the DC switching point; if DC powers off, the system will shut off output when the

battery reaches the over-discharge point after continuous discharging.