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| Brand Name : | UNIKE |
| Model Number : | UNK-SL-YL2-30w-4 modules |
| Payment Terms : | L/C,D/A,D/P,T/T,Western Union,MoneyGram |
Ip65 40w 50w 60w 70w Integrated Solar Street Light with Motion Sensor Dimming
| 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 similar to a small universe
with precise coordination. The lamp acts as the core output unit
for lighting, and the light source is responsible for converting
electrical energy into light energy—such as fluorescent lamps,
sodium lamps, metal halide lamps, and LED light sources.
Fluorescent lamps have a luminous efficiency of more than 80Lm/W
and a lifespan of up to 8,000-10,000 hours; high-pressure sodium
lamps have a luminous efficiency of about 120Lm/W and a service
life of up to 24,000 hours; LED light sources have become the
mainstream choice for solar street lamps due to their high
brightness, long lifespan, and low energy consumption. Optical
components adjust the direction and diffusion angle of light,
mechanical components ensure the stability and durability of the
lamp, and electrical components work with the light source to
achieve stable operation.
The solar panel is the "energy collector" of the system. It is
composed of solar cells connected in series and parallel, sealed
with tempered glass, EVA, and TPT, and surrounded by an aluminum
alloy frame. Like a hardworking "little sun", it converts solar
radiation into electrical energy, resists wind and hail, and is
easy to install. The battery is an "energy storage tank" that
stores electrical energy when there is sufficient light and
releases it when lighting is needed, ensuring a stable power supply
for the light source at night. As the "intelligent brain" of the
system, the solar controller provides the best charging current and
voltage for the battery, prevents overcharging and deep
discharging, and prolongs the service life of the battery. The
poles work closely with the base: the base lays power cables to
support the street lights, and the base firmly fixes the lampposts
to ensure that the entire system stands upright.
During the day, under the command of the intelligent controller,
the 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 and realize the
lighting function. The whole process is automated with little
manual intervention.
The development of solar street lamps has a rich history. In 1900,
inventor Clarence Kemp patented the design of the first solar
street lamp, marking the beginning of its history. In the 1960s,
photovoltaic-powered navigation devices and lighting appeared on
the streets, and solar lighting was officially born. In 1973,
countries around the world actively carried out research on the
ground application of solar cells, and related projects emerged in
large numbers. In the 1990s, governments around the world actively
promoted clean energy, and the application of solar street lamps in
civil, commercial, and industrial fields increased rapidly. Today,
driven by the development of LED technology and new battery
technology, solar street lamps are favored in street lighting
systems because of their high energy efficiency, long service life,
and low maintenance requirements. By 2022, their market size has
reached 4.56 billion US dollars, and the Asia-Pacific region has
become the largest market.
There are many ways to classify solar street lamps. In terms of
energy sources, they directly benefit from solar energy, a clean
energy source; in terms of power supply mode, they are independent
power supplies and do not rely on the traditional power grid; in
terms of application, they are widely used in street lighting, park
beautification, industrial construction, military fields, airports,
parking lots, and other scenarios; in terms of lamp head design,
there are various shapes to choose from.
Their advantages are obvious. In terms of environmental protection
and energy saving, they use solar power generation to achieve zero
carbon emissions, do not need to consume fossil energy, reduce
pollutant emissions, and effectively reduce the load of the power
grid, which is especially suitable for remote areas or areas with
insufficient power grid coverage. The installation and maintenance
costs are low: the independent photovoltaic panel power supply does
not require wiring, which greatly reduces the difficulty and cost
of construction. The LED light source has a long lifespan of
5,000-100,000 hours, and the design life of the photovoltaic panel
and battery pack can reach 5-8 years, with low maintenance
frequency. It is highly flexible and adaptable, can operate
off-grid, and is suitable for mountainous areas, islands, temporary
lighting for road construction, and other scenarios. It is also
equipped with intelligent control functions such as light control
and time control, which can automatically adjust the brightness to
adapt to different environments. In terms of policy and economy,
many countries provide subsidies for renewable energy projects, and
the long-term operating cost is lower than that of traditional
street lamps, with excellent economic benefits.



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