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| Categories | All In One Solar Street Lights |
|---|---|
| Brand Name: | UNIKE |
| Model Number: | UNK-SL-YL2-30w-4 modules |
| Place of Origin: | China |
| MOQ: | 100~500 pieces,1 sample supported |
| Payment Terms: | L/C,D/A,D/P,T/T,Western Union,MoneyGram |
| Controller: | Intelligent solar charge controller |
| Lamp Size: | 887*400*267MM |
| Pole Mount Interface: | diameter 60/76mm optional |
| Lighting Time: | 12hrs per night, 3-5 rainy days |
| Battery: | 240W(3.2V/75AH) LiFePo4 LiFePo4 Lithium battery |
| Solar Panel: | 5V/70W Monocrystalline silicon, 25yrs life span |
| Company Info. |
| Shenzhen UNIKE Technology Limited |
| Verified Supplier |
| View Contact Details |
| Product List |
Engineering Ip65 Waterproof Integrated Induction LED Solar Powered Street Light
| Power | Number of modules | Solar panel | Battery | Light source | Installation Height | Lamp Size |
| 30w | 4 modules | 5V/70W Monocrystalline silicon | 240WH(3.2V/75AH) LiFePo4 LiFePo4 Lithium battery | 256pcs*1.5W Lumileds 3030SMD LED 6500K | 5-7m | 887*400*267MM |
| 40w | 4 modules | 18V/70W Monocrystalline silicon | 288WH(3.2V/90AH) LiFePo4 LiFePo4 Lithium battery | 256pcs*1.5W Lumileds 3030SMD LED 6500K | 5-7m | 887*400*267MM |
| 45w | 5 modules | 18V/90W Monocrystalline silicon | 336WH(3.2V/105AH) LiFePo4 LiFePo4 Lithium battery | 320pcs*1.5W Lumileds 3030SMD LED 6500K | 5-7m | 1160*400*267MM |
| 50w | 5 modules | 18V/90W Monocrystalline silicon | 384WH(3.2V/120AH) LiFePo4 LiFePo4 Lithium battery | 320pcs*1.5W Lumileds 3030SMD LED 6500K | 5-7m | 1160*400*267MM |
| 60w | 5 modules | 18V/90W Monocrystalline silicon | 460.8WH(12.8V/36AH) LiFePo4 LiFePo4 Lithium battery | 320pcs*1.5W Lumileds 3030SMD LED 6500K | 5-7m | 1160*400*267MM |
| 60w | 6 modules | 18V/110W Monocrystalline silicon | 480WH(3.2V/150AH) LiFePo4 Lithium battery | 384pcs*1.5W Lumileds 3030SMD LED 6500K | 7-9m | 1435*400*267MM |
| 70w | 6 modules | 18V/110W Monocrystalline silicon | 537.6WH(12.8V/42AH) LiFePo4 Lithium battery | 384pcs*1.5W Lumileds 3030SMD LED 6500K | 7-9m | 400*2671435*MM |
Solar Street Lights: Sustainable Lighting:
The solar street lighting system is akin to a small realm of
precise collaboration. The lamp functions as the core output
component for illumination, with the light source tasked with
converting electrical energy into light energy—such as fluorescent
lamps, sodium lamps, metal halide lamps, and LED light sources.
Fluorescent lamps boast a luminous efficiency exceeding 80Lm/W and
can last up to 8,000-10,000 hours; high-pressure sodium lamps have
a luminous efficiency of around 120Lm/W and a service life of up to
24,000 hours; LED light sources have emerged as the primary choice
for solar street lamps due to their high brightness, long lifespan,
and low energy consumption. Optical components regulate the
direction and spread angle of light, mechanical parts ensure the
lamp’s stability and durability, and electrical components work in
tandem with the light source to maintain its steady operation.
The solar panel serves as the system’s "energy harvester," composed
of solar cells connected in series and parallel, sealed with
toughened glass, EVA, and TPT, and framed with an aluminum alloy.
Like a diligent "mini sun," it transforms solar radiation into
electricity, withstands wind and hail, and is easy to install. The
battery acts as an "energy reservoir," storing electrical energy
when light is abundant and releasing it when illumination is
required, ensuring the light source has a stable power supply at
night. Serving as the system’s "smart brain," the solar controller
delivers optimal charging current and voltage to the battery,
prevents overcharging and deep discharging, and extends the
battery’s lifespan. Poles collaborate closely with the base: the
base houses power cables to support the street lights and secures
the lampposts firmly in place, keeping the entire system upright.
During the day, under the direction of the intelligent controller,
solar panels absorb solar energy, convert it into electricity, and
charge the battery pack. At night, the battery pack releases
electrical energy to power the light source, enabling it to
illuminate—the entire process is automatic and requires minimal
manual intervention.
The evolution of solar street lights has a rich history. In 1900,
inventor Clarence Kemp was granted a patent for the design of the
first solar street lamp, marking the beginning of its story. In the
1960s, photovoltaic-powered navigation devices and lighting
appeared on streets, with solar lighting being officially
established. In 1973, countries worldwide actively conducted
research on ground-based applications of solar cells, with related
projects increasing significantly. In the 1990s, governments around
the globe actively promoted clean energy, leading to a rapid rise
in the use of solar street lights in civilian, commercial, and
industrial sectors. Today, with advancements in LED and new battery
technologies, solar street lights have gained popularity in street
lighting systems due to their high energy efficiency, long service
life, and low maintenance requirements. By 2022, their market size
had reached $4.56 billion, with the Asia-Pacific region becoming
the largest market.
Solar street lights can be categorized in various ways. By energy
source, they directly utilize solar energy—a clean energy source;
by power supply mode, they are self-contained and independent of
the traditional power grid; by application, they are widely used in
street lighting, park decoration, industrial construction, military
sites, airports, parking lots, and other scenarios; by lamp head
design, there are numerous different shapes.
Their advantages are evident. In terms of environmental protection
and energy efficiency, they use solar power to achieve zero carbon
emissions, require no fossil fuels, reduce pollutant discharges,
and effectively lower the power grid load—particularly suitable for
remote areas or regions with poor grid coverage. Installation and
maintenance costs are low: independent photovoltaic panel power
supply eliminates the need for wiring, significantly reducing
construction difficulty and expenses. LED light sources have a long
lifespan of 5,000-100,000 hours, while photovoltaic panels and
battery packs have a design life of 5-8 years and require little
maintenance. They are highly flexible and adaptable, capable of
off-grid operation, and suitable for mountainous areas, islands,
temporary road construction lighting, and other scenarios. They
also feature intelligent control functions such as light sensing
and time control, which can automatically adjust brightness to suit
different environments. In terms of policy and economics, many
countries offer subsidies for renewable energy projects. Long-term
operating costs are lower than those of traditional street lights,
making them highly economical.



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