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POWERNEED

Art.-Nr. 149173203

POWERNEED SSL34 Lamp Cool white

POWERNEED

Art.-Nr. 149173203

-10%

€672.69

€605.42
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Delivery to your home
Delivery 29-07-2026 - 30-07-2026
+ € 0,–
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Independent solar-powered lighting systems are designed to give you freedom in designing your small architecture.
Light sources can be placed where it is really needed, not just where there is access to the mains.
Ecological solar panel charges the built-in battery for free during the day to automatically turn on the light after sunset.

The main features
- efficient solar panel - quickly charge your built-in battery
- ALS2.3 + VFT + TCS technology for night lighting, even on cloudy or rainy days
- lithium-ion battery - the safest and most durable solution currently available on the market
- built-in motion sensor - the light turns on only when you need it
- built-in twilight sensor - the light turns on automatically at dusk
- waterproof lamp housing - reliable, regardless of weather conditions

Technical data
- built-in solar panel 38.4W
- battery: 269.36Wh, Li-Ion
- light source power: 40W
- built-in LED light
- built-in motion sensor
- built-in twilight sensor
- waterproof lamp housing
- dimensions: 963x303x84mm
- weight: 9.27 kg
- PV dimensions: 827x241mm

Lighting modes
- Red indicator (M1) - 30% light output + 100% light output until sunrise
- Green indicator (M2) - 100% light output for the first 5 hours / 25% light output for the next 5 hours + 100% light output until sunrise / 70% light output until sunrise
- Orange indicator (M3) - 70% of light output until sunrise

Capacity indication
- Green light - more than 70%
- Orange light - 30-70%
- Red light - 10-30%
- Red flashing light - below 10%

Application possibilities
Courtyard / garden / park / street / road / path / parking lot / private road / pavement / public square / plaza / campus / airport / farm / protected area / nature reserve / remote area / military base

Please note that the charging times by the solar panel refer to the ideal radiation conditions at our latitude. The deviation of the angle of incidence of sunlight and partial shade have a profound impact on the efficiency of such a source, thereby extending the charging time.