Päikeseenergia tänavavalgusti ATLAS 2000lm, LED x20, päikesepaneel 25.8W, liikumis- ja hämarikuandur

Solar street lamp ATLAS 2000lm, LED x20, solar panel 25.8W, motion and twilight sensor
Product code: SSL32

Independent solar light systems are designed to give you freedom of your small architecture desing.
Light sources can be placed where it’s really needed, not only where there is a power line access.
Ecological solar panel recharges free of charge the build in battery during the day to let the light turn on automatically after dusk.

The most important features:

• efficient solar panel – quickly recharging your built-in battery
• ALS2.3+VFT+TCS technology for all night lighting even in cloudy or rainy day
• lithium ion battery – the safest and most durable solution currently available on the market
• built-in motion sensor – the light will be on only when you need it
• built-in twilight sensor – the light is turned on automatically at dusk
• waterproof lamp casing – reliable, regardless of weather conditions

Technical data:

• built-in solar panel 25.8W
• battery: 153.92Wh, Li-Ion
• power of the light source: 20W
• built-in LED light
• built-in motion sensor
• built-in twilight sensor
• waterproof lamp casing
• dimensions: 678x303x84mm
• weight: 7.35kg
• PV dimensions: 542x241mm

Lighting modes

• Red indicator (M1) – 30% of light power + 100% of light power till dawn
• Green indicator (M2) – 100% of light power for first 5h / 25% of light power for next 5h + 100% of light power till dawn / 70% of light power till dawn
• Orange indicator (M3) – 70% of light power till dawn

Capacity indication

• Green light – above 70%
• Orange light – 30-70%
• Red light – 10-30%
• Red flash light – below 10%

Application possibilities
Courtyard / garden / park / street / road / path / parking lot / private road / pavement / public square / square / campus / airport / farm / protected area / wildlife area / secluded area / military base

Please note that the times given for charging by the solar panel refer to ideal radiation conditions in our latitude. The deviation of the angle of incidence of sunlight and partial shading have a radical effect on the efficiency of such a source, so as a result they extend the charging time.