Solar street lights are powered by crystalline silicon solar cells and utilize maintenance-free valve-controlled sealed batteries (gel batteries) to store electrical energy. They employ ultra-bright LED lamps as light sources and are controlled by intelligent charge and discharge controllers. These lights are designed to replace traditional public electric street lighting.
Product Description:
| The tempered glass mask offers excellent light transmittance, along with features such as explosion-proof and high-temperature resistance. It possesses high strength, pressure resistance, and reinforced glass for vivid imagery. |
The high-brightness LED chip has minimal light attenuation, excellent heat dissipation performance, and an extended service life. More chips result in increased brightness without a price increase. |
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| The die-cast aluminum shell incorporates integrated lamp body stripes, enabling faster heat dissipation. It undergoes surface polishing and a multi-pass paint process, ensuring it's not prone to peeling off. This construction makes it resistant to corrosion, and rust, and highly durable. |
Precisely waterproofed wires effectively prevent rainwater from entering, ensuring constant electricity safety at all times. |
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| Utilizing a large-capacity lithium iron phosphate battery, the light can last for 20 hours when fully charged. |
A high-power polycrystalline solar panel with high light absorption efficiency performs better, especially on cloudy and rainy days. |
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| Enjoy uninterrupted power supply 365 days a year, resulting in a zero electricity bill throughout. With light control and remote control timing, experience higher brightness and a wider illuminated area. |
Solar environmentally friendly lighting maximizes solar resources, efficiently collecting energy and representing carbon-neutral, green energy. |
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| Solar environmentally friendly lighting maximizes solar resources, efficiently collecting energy and representing carbon-neutral, green energy. |
Solar Street Light Detailed View
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Q: What causes the dead light phenomenon in solar street lights?
A: The dead light issue in solar street lights can stem from two main factors. Firstly, excessive leakage current may lead to PN junction failure, resulting in localized dead lights while the overall lamp continues to function. Secondly, disconnection of the internal control connection within the solar street light can halt the current flow through the LED, causing the entire lamp to fail.
Q: How can the dead light problem in solar street lights be prevented?
A: There are two effective ways to prevent dead lights in solar street lights:
Preventing Static Electricity: Static electricity poses a significant threat to LED lights, potentially causing damage or permanent failure. Grounding design during LED packaging production is crucial to avoid issues arising from static electricity. Human body static electricity, reaching about 3000V, can adversely affect LED chips.
Using Automatic Welding Equipment: Whenever possible, employing automatic welding equipment is advisable. In cases where manual welding is necessary, strict control over welding temperatures is essential. High temperatures, typically above 400 degrees during soldering iron use, can lead to dead light problems if not controlled properly during the welding process.
Q: Why is temperature control during welding critical in preventing dead lights in solar street lights?
A: The expansion coefficient of LED leads at high temperatures is significantly higher than the risk coefficient at approximately 150. This difference can cause the internal gold wire solder joints to pull apart due to thermal expansion and contraction, resulting in dead lights. Effective preventive measures by companies can significantly extend the lifespan of street lights.
hello@lederlighting.com
+86 15815758133
+86 15815758133
Contact: Mr. Otis
Phone: +8615815758133
Tel: +8615815758133
Email: Hello@lederlighting.com
Add: No. 1 Gaoxin West Road,High-tech Zone, Jiangmen, Guangdong, China
