Solar Powered Street Lighting Hot sale IP65/IP67

LUXINT Solar public lighting Engineered To Reliably Illuminate Streets With Minimal Failure. Meets Roadway Lighting Standards & Built For The Differing Needs Of All Industry Types

LUXINT solar street lights provide high-intensity lighting at night while consuming no electricity

Off-Grid Solar Solution, Global Lighting Innovator, Cost-Effective,Up To 100% Up-Time

Free Quote ! Get A Free Photometric Plan ! Ready To Ship Stock & Free Lighting Plans.Our Craftsmen Can Custom Build Any Lighting System, Contact Us About Our Pricing Today!

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Solar Powered Street Lighting 300w 600w 800w IP65 IP67

An incorporated solar panel, built-in lithium-ion batteries, battery management system, night and motion sensors, as well as automated controls, are features of contemporary Solar Powered Street Lighting. The completely autonomous gadget has passive infrared (PIR) sensors, an internal and changeable Lithium-ion battery, and LEDs. A typical solar street light has a longer lifespan, is weather- and water-resistant, has a low rate of insect attraction, and produces less glare.

The built-in battery stores the electrical energy that the integrated solar panel transforms from solar energy and is utilized for dusk-to-dawn illumination operations. Modern solar street lights have a major advancement in their battery management system, which is made possible by the presence of motion and night sensors.

We are exporting Solar Powered Street Lighting worldwide and satisfying customers in the best way possible.

Solar Powered Street Lighting Specification:

 

LED Chip Lumileds 2835
Luminous Efficacy  >140lm/W @ Ra 72
CCT 3000K, 4000K, 5000K, 2200K, 2700K, 3500K, 5700K, 6500K optional
CRI >Ra72 (>Ra82 optional)
IP Rating IP67
Impact Resistance IK08
Working Environment -40℃ to +50℃,15%~90%RH
Storing Condition -40℃~+65℃
Input Voltage 100-240Vac/100-277Vac, 50-60Hz, >0.95  (DC12/24V, 347Vac,480Vac optional)
Power Factor >0.95
Dimming 0/1-10V dimming optional
Housing material DIE CAST ALUMINUM + PC Lens
Mounting POLE MOUNTING (HOLE SIZE:standard¢62MM)
Lighting control Optional: LIGHT SENSOR(PHOTOCELL), UL LISTED PHOTOCELL, 3 Pin, 5pin, 7 pin
THD@230Vac <15%
Surge Protective 10KV,10KA / 20KV,20KA optional
Transient Voltage and Surge Suppression Capability Transient Voltage and Surge suppression capability that meets or exceeds the requirements of ANSI/IEEE C.62.41-2002 Location category C low exposure.
Optics TypeⅡ-150×70°
Lifespan >100,000hrs-L80 25 °C
Warranty 5 Years
Listing and Certificates CE,ROHS,IP66,LM80

The lighting system operates at an average lumen brightness for the first five hours of the night. The light then gradually dims until morning or until a human movement triggers the PIR sensor. Solar powered street lighting turns on automatically when someone enters a specified distance from it, at full brightness. Due to this clever feature, Solar powered street lighting are the ideal blend of renewable energy and energy efficiency.

Deelat Industrial’s Solar powered street lighting has been tried and true in a broad range of household and commercial applications. The tool is ideal for lighting up streets, courtyards, gardens, parks, complexes, boundary walls, and other locations in an economical and environmentally beneficial way.

Solar powered street lighting Constant Benefits

The fact that solar powered street lighting are off-grid means that they have low operating expenses. These lights are independent of the utility provider and wireless in nature. Solar street lights need a lot less upkeep than traditional street lights.

These lights do not provide a risk of mishaps like electrocution, strangling, or overheating since there are no external wires attached to them. In fact, despite blackouts and system outages, solar lights keep the streets lit throughout the night.

Environmentalists all around the globe are delighted with solar powered street lighting since they may significantly reduce the carbon footprint of people, houses, and companies. In other words, solar-powered lighting is the best kind of environmentally friendly lighting.

If both the capital and O&M expenditures are taken into account, solar street lights are a more cost-effective investment than traditional street lights.

 

There is various type of Solar powered street lighting manufactured and exported in many countries.

FAQ on Solar Powered Street Lighting

There are a few questions that come to mind while installing the lights on the road or street. Before purchasing we need to clear few things.

What is a sun hour?

A sun hour is a measure of the amount of sunlight falling on the planet at a certain moment that may be utilised to produce solar electricity while taking climatic and meteorological conditions into account. A full sun hour is defined as the amount of sunshine that is present at noon; less sunlight will be present before and after that time.

What happens if there are cloudy days?

Each day, the battery stores electrical energy, part of which is utilised to power the light at night. Typically, we build your system such that the battery powers the light for five nights before needing to be recharged. This implies that there will be sufficient energy in the battery to power the light each night, even after a string of overcast days. Additionally, even under overcast conditions, the solar panel will keep recharging the battery (although at a slower pace).

What is the typical maintenance schedule for a solar lighting system?

There is no regular maintenance required for a solar lighting system. However, it is helpful to keep the solar panels clean, especially in a dusty climate.

Do I have to charge the batteries?

Batteries are shipped 25% charged. The batteries will be at 100% charged within two weeks of proper operation.

What’s the matter with the better weather and less power generation?

Due to the continual high temperatures in the summer having a significant influence on the modules, the power output of solar power plants may not be as high as that in spring or fall. The output power of the module will decrease as the temperature rises. The electricity production will drop by around 0.44 percent for each degree of rise.

How to calculate the voltage and current?

The string voltage is calculated according to the full load MPPT of the inverter; The string current shall not be greater than the maximum input current of the inverter.
For other queries, Feel free to contact us or ask for a quotation for bulk purchase.