Shenzhen UNIKE Technology Limited sales@unike.cc 86-158-1737-7218
Dettagli del prodotto
Luogo di origine: Cina
Marca: UNIKE
Numero di modello: UNK-SL-C-50w
Termini di pagamento e di spedizione
Quantità di ordine minimo: 1
Fonte della lampada: |
5050/5054 SMD chip 2W*100pcs, 160-190lm/W |
Modalità di lavoro: |
Controller MPPT intelligente, induzione a microonde o PIR opzionale |
Energia: |
25w/30w/40w/50w/60w/80w facoltativo |
Dimensione della lampada: |
1098*394*143MM |
Altezza dell'installazione: |
Altezza 6-9 m |
Pannello solare: |
18V/90W Monocristallino silicio |
batteria: |
12.8V/30AH LiFePo4 batteria al litio |
Angolo trave: |
Tipo II-M (160*80)° |
Fonte della lampada: |
5050/5054 SMD chip 2W*100pcs, 160-190lm/W |
Modalità di lavoro: |
Controller MPPT intelligente, induzione a microonde o PIR opzionale |
Energia: |
25w/30w/40w/50w/60w/80w facoltativo |
Dimensione della lampada: |
1098*394*143MM |
Altezza dell'installazione: |
Altezza 6-9 m |
Pannello solare: |
18V/90W Monocristallino silicio |
batteria: |
12.8V/30AH LiFePo4 batteria al litio |
Angolo trave: |
Tipo II-M (160*80)° |
Outdoor Smart Road Lighting Auto Cleaning LED Solar Street Light
power | Solar Panel | Lamp Size | Battery | Lamp Source | Installation Height |
25w | 5V/55W Monocrystalline silicon | 728*394*143mm | 3.2V/75AH LiFePo4 | 5050/5054SMD chips 2W*60pcs | Height 4-6m |
30w | 18V/67W Monocrystalline silicon | 888*394*143mm | 3.2V/90AH LiFePo4 | 5050/5054SMD chips 2W*60pcs | Height 5-7m |
40w | 18V/75W Monocrystalline silicon | 988*394*143mm | 3.2V/105AH LiFePo4 | 5050/5054SMD chips 2W*100pcs | Height 5-8m |
50w | 18V/84W Monocrystalline silicon | 1098*394*143mm | 12.8V/30AH LiFePo4 | 5050/5054SMD chips 2W*100pcs | Height 6-9m |
60w | 18V/100W Monocrystalline silicon | 1298*394*143mm | 12.8V/36AH LiFePo4 | 5050/5054SMD chips 2W*200pcs | Height 7-10m |
Applications:
Aluminum solar street lights stand as a testament to modern engineering’s ability to merge durability, efficiency, and environmental consciousness into a single, functional design. Crafted from high-grade aluminum alloys, these fixtures boast exceptional resistance to corrosion, rust, and extreme weather conditions—qualities that make them ideal for deployment in diverse environments, from coastal regions with salty air to industrial zones with heavy pollution. The lightweight nature of aluminum not only simplifies installation and reduces transportation costs but also allows for sleek, aerodynamic designs that minimize wind resistance, ensuring stability even during storms.
At the heart of these lighting systems lies a symbiotic relationship between solar technology and energy storage. Equipped with high-efficiency photovoltaic panels, typically mounted atop the pole or integrated into the fixture, they harness sunlight during the day, converting it into electricity that is stored in rechargeable batteries—often lithium-ion, chosen for their long lifespan and high energy density. As dusk falls, intelligent sensors automatically activate the LED lamps, which emit bright, uniform light while consuming minimal power. This reliance on renewable solar energy not only eliminates the need for grid electricity but also reduces carbon emissions, making aluminum solar street lights a cornerstone of sustainable urban planning and rural electrification projects.
Beyond their environmental benefits, these lights offer practical advantages that enhance their appeal. The low maintenance requirements of aluminum, combined with the longevity of LEDs (which can last up to 50,000 hours) and sealed battery compartments, result in significantly lower operational costs compared to traditional street lighting. Many models also feature smart controls, such as dimming capabilities or motion sensors, which further optimize energy usage by adjusting light output based on ambient conditions or pedestrian activity. Whether illuminating quiet residential streets, busy highways, or remote rural pathways, aluminum solar street lights represent a forward-thinking solution that balances performance, durability, and ecological responsibility, paving the way for a more sustainable and well-lit future.