Outdoor Dusk To Dawn 60w Solar Street High Brightness Light 6000 Lumens
Outdoor Dusk To Dawn 60w solar street high brightness light 6000 lumens
Product Description of 60w solar street high brightness light 6000 lumens,
| LED | 60W Bridgelux chips3030(Life time 100000hours) |
| Lumen(LM) | 120LM/W |
| Colour Tempreture | 6000K ~6500K(it can be customized) |
| LifePO4 Battery | 36Ah 12.8V |
| Solar Panel | 18V80WImported High Efficiency Monocrystalline Silicon |
| Install Pole diameter | 60-65mm |
| Mounting Height | 7~8m (Suggest install between space30-40m) |
| Solar Charging Time | 6 hours by bright sunlight |
| Cloudy/Rainy days | 12 Cloudy/Rainy days |
| Material | High Class Aluminum(anodic oxidation treatment) |
| Product Size | 1250*356*60mm(LED lamp)585*125*320m(Brackets) |
| LED Lamp | 90PCS |
| Motion sensor | without motion sensor also can be available |
| Remote Control | Yes(1pc remote control per lot) |
| Waterproof | IP65 |
| Working Tempreture | -25℃ to 65℃ |
| Certificates | CE,ROHS,IP65 |
| Warranty | 5Years |
| Features of solar street light with inbuilt batteries: 1..High class Integrated die-casting Aluminum alloy case . 2.Lighting mode use intelligence radar senor,sensor long distance. 3.140° view angle,lighting more area. 4..Easy to install,maintance,Auto on/off 5.With remote control,UVA technology,bring high corrosion resistance,30m remote control operation,4 lighting mode. |
Normally, the number of days supported by the lithium battery in rainy and cloudy days is 2-3 days, that is, when there is no sun in winter and autumn, the electricity in the battery can last for 2-3 days. But in actual use, once the battery is fully charged, it will last more than 2-3 days. On the one hand, even in rainy weather, solar panels can still charge some electricity. On the other hand, the controller has automatic power reduction, which can automatically reduce the brightness of the solar street light, according to the voltage dropped by the battery to save power. Through this series of measures to increase revenue and reduce expenditure, 3-5 days can be used.
Then we calculate according to 3 days,
the storage capacity of the battery = the daily power consumption * the number of support in rainy and cloudy days:
135WH*3days=405WH,
and then divide by the voltage of the lithium battery to get the capacity, for example, we use 11.1V lithium battery, the capacity is 405/11.1≈36AH
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