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Huis > producten > Alles in één straatverlichting op zonne-energie > Waterproof Ip65 Outdoor Dusk to Dawn Integrated All in One LED Solar Street Light

Waterproof Ip65 Outdoor Dusk to Dawn Integrated All in One LED Solar Street Light

Productgegevens

Plaats van herkomst: China

Merknaam: UNIKE

Modelnummer: UNK-SL-S-20w

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Min. bestelaantal: 100 ~ 500 stuks, 1 monster ondersteund

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Productgegevens
Markeren:
Zonnepaneel:
Monokristallijn silicium 18V/25W
Batterij:
12.8V/12000mAH LiFePo4
Lampbron:
24 stuks Lumileds 3030 SMD LED
Oplaadtijd:
6-7 uur.
Installatie hoogte::
Hoogte 4-5m / Afstand 18-22M
Garantie:
2 jaar
Zonnepaneel:
Monokristallijn silicium 18V/25W
Batterij:
12.8V/12000mAH LiFePo4
Lampbron:
24 stuks Lumileds 3030 SMD LED
Oplaadtijd:
6-7 uur.
Installatie hoogte::
Hoogte 4-5m / Afstand 18-22M
Garantie:
2 jaar
Productbeschrijving

Waterproof Ip65 Outdoor Dusk to Dawn Integrated All in One LED Solar Street Light

Waterproof Ip65 Outdoor Dusk to Dawn Integrated All in One LED Solar Street Light


Power Battery Led Chips Lumens Installation Product Size
15w Lithium battery 12.8V 12Ah Philips 3030smd led chips (24PCS) 180-190lm/w Height 4-5M / Distance 18-22M 540*280*70mm
20w Lithium battery 12.8V 14Ah Philips 3030smd led chips (40PCS) 180-190lm/w Height 4-5M / Distance 18-22M 549*294*67.5mm
35w Lithium battery 12.8V 20Ah Philips 3030smd led chips (54PCS) 180-190lm/w Height 4-6M / Distance 18-22M 667*357*70mm
40w Lithium battery 12.8V 22Ah Philips 3030smd led chips (60PCS) 180-190lm/w Height 5-6M / Distance 20-25M 659*367*63.5mm
60w Lithium battery 12.8V 28Ah Philips 3030smd led chips (120PCS) 180-190lm/w Height 6-7M / Distance 20-25M 789*367*63.5mm
80w Lithium battery 12.8V 42Ah Philips 3030smd led chips (160PCS) 180-190lm/w Height 7-8M / Distance 25-30M 1000*430*83.5mm

1.Lightweight Design for Remote-Controlled Systems​
Aluminum’s low density creates lighter casings than steel and other metals—an advantage amplified for remote-controlled solar street lights. These systems often integrate additional remote communication modules (e.g., wireless signal receivers, control chips) alongside standard components like light sources and batteries. The aluminum casing’s light weight keeps the overall system manageable, simplifying transportation to installation sites and reducing the effort needed to mount the 路灯 (street light) with its extra remote-related parts.​
2.Superior Heat Dissipation Protects Remote Components​
Aluminum’s excellent thermal conductivity quickly disperses heat from not just LEDs and batteries, but also the sensitive electronic parts of the remote control system (such as signal processors and wireless modules). Remote-controlled solar street lights rely on these components to maintain stable communication (e.g., receiving remote commands to adjust brightness or check status). Effective heat dissipation prevents overheating-induced malfunctions in the remote system, ensuring consistent responsiveness and extending the lifespan of both the control modules and the entire luminaire.​
3.Corrosion Resistance Ensures Uninterrupted Remote Operation​
Aluminum’s strong corrosion resistance—bolstered by its natural oxide layer—keeps the casing and internal parts intact in humid, rainy, or salt-spray environments (e.g., coastal areas). For remote-controlled solar street lights, this is critical: corrosion on external ports or internal remote components could disrupt wireless signal transmission, rendering the remote control function useless. The aluminum casing’s ability to resist rust and degradation ensures the remote system remains operational even in harsh conditions.Robust Weather Resistance for Reliable Remote Performance​
Aluminum’s adaptability to extreme climates (high/low temperatures, heavy rain, intense UV) safeguards the remote control system year-round. UV exposure, for example, can degrade plastic casings and damage internal remote chips, but aluminum’s UV resistance prevents casing embrittlement and protects the control modules. This means the remote function—whether used to toggle the light on/off or adjust settings—remains reliable, even in severe weather that outdoor solar street lights often face.​
4.Balanced Strength Shields Remote Control Hardware​
Aluminum alloy’s impressive strength withstands external impacts (e.g., strong winds knocking debris into the 路灯) and pressure, protecting the delicate remote control components inside (like circuit boards and antennas). The casing’s structural integrity—enhanced by specialized design and processing—ensures that even if the 路灯 takes minor damage, the remote system stays intact, avoiding costly repairs to restore remote functionality.​
5.Excellent Processability for Custom Remote Integration​
Aluminum alloy’s easy machinability allows manufacturers to design casings with precise cutouts, compartments, or mounting points for remote control parts (e.g., external antennas for better signal or ports for wired remote setup). Whether the remote system requires a small embedded antenna or a dedicated slot for a signal receiver, the aluminum casing can be shaped to fit these components seamlessly—no need for bulky, aftermarket modifications that could compromise the 路灯’s aesthetics or performance.​
6.Aesthetic Appeal Complements Remote-Controlled Modernity​
Remote-controlled solar street lights are often chosen for their modern, convenient functionality, and the aluminum casing enhances this sleek image. Through surface treatments like anodization or electrophoretic coating, the casing can achieve metallic luster, matte finishes, or custom colors that match urban or rural landscapes. The polished look of the aluminum casing pairs well with the high-tech feel of the remote control feature, making the 路灯 a visually pleasing addition to any outdoor space.​
7.Eco-Friendliness Aligns with Remote-Controlled Efficiency​
Aluminum’s recyclability and low resource consumption during production align with the eco-friendly goals of solar energy systems. Remote-controlled solar street lights already boost efficiency (e.g., allowing targeted brightness adjustments to save energy), and using aluminum—an environmentally responsible material—strengthens the product’s green credentials. This is increasingly important for projects focused on sustainable infrastructure, where both energy efficiency (via solar/remote control) and material sustainability (via aluminum) are priorities.​
8.Cost-Effectiveness for Long-Term Remote System Value​
While aluminum alloy may have a slightly higher initial cost than plastic, its durability and minimal maintenance needs make it cost-effective for remote-controlled solar street lights. Plastic casings might need frequent replacement due to wear (which also requires reworking the remote components inside), but aluminum’s long lifespan eliminates this hassle. Additionally, the aluminum casing’s protection of the remote system reduces the risk of expensive repairs to fix remote-related issues, making the overall investment in a remote-controlled aluminum-cased 路灯 more economical over time.
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