30-40W all in one LED solar street light

Advanced All-in-One Solar Street Light with Adjustable 30-40W LED Technology for Smart Urban Lighting Solutions

This innovative solar-powered street lighting system offers a complete off-grid solution that combines high-efficiency photovoltaic technology, intelligent control systems, and durable lithium battery storage—ideal for modern infrastructure projects across residential neighborhoods, commercial parking areas, rural roads, and public pathways worldwide. Engineered for optimal performance in diverse climates and environments, this 40W all-in-one solar street light delivers long-lasting illumination while minimizing environmental impact and installation costs.

Key Features That Set It Apart:

• Wireless Integration – A fully self-contained unit includes monocrystalline solar panels, LED modules, LiFePO4 batteries, and microcontroller-based electronics—all housed in a compact, weather-resistant casing. No trenching or electrical grid connection required.
• Smart Energy Management – Equipped with PIR/microwave motion sensors and ambient light detection, the system automatically adjusts brightness (from 30% to full power) based on activity levels and time of day, reducing unnecessary energy consumption by up to 60%.
• Adjustable Solar Panel Angle – With a tilt range of 140°, users can optimize sun exposure throughout the year, boosting solar absorption efficiency by 15–30% compared to fixed-angle installations.
• Long-Life Lithium Battery – Uses advanced LiFePO4 chemistry rated for over 50,000 hours of operation and stable function between -20°C and +50°C, significantly lowering maintenance needs and extending service life.
• Customizable Output Options – Offers multiple color temperatures (2700K–6500K), adjustable brightness settings (25%–100%), and various mounting diameters (φ65/φ78/φ89mm) to suit different project requirements—from low-light garden paths to well-lit urban thoroughfares.
• Cost-Efficient Installation – Eliminates utility bills and avoids expensive wiring infrastructure, resulting in a 40% reduction in upfront expenses versus traditional wired LED Street Lights, with payback achieved within 2–3 years.

The product’s robust design supports pole heights from 6 to 7.5 meters, making it suitable for medium-scale lighting applications such as driveways, walkways, and small-town streets. Its IP65-rated waterproof enclosure ensures reliable performance even under heavy rain or dusty conditions. The built-in programmable timer allows users to set operating hours (2–8 hours per night), further enhancing energy savings without compromising safety or visibility.

Ideal for municipalities seeking sustainable lighting upgrades, property developers aiming for eco-friendly designs, and private homeowners looking to reduce electricity usage, this solar street light is a versatile choice for any location where access to grid power is limited or costly. Whether deployed in suburban communities, parks, or remote industrial zones, its modular configuration enables seamless integration into existing outdoor lighting plans.

Customer feedback consistently highlights ease of setup—many installers report completing mounting tasks in under 10 minutes using simple screw-fix brackets. Users appreciate the flexibility in customization options, especially the ability to switch between warm white (3000K) and cool daylight (6500K) lighting depending on the environment’s aesthetic and functional needs. Long-term reliability has also been praised, particularly in regions with extreme seasonal variations in sunlight availability.

Frequently asked questions often revolve around durability in harsh climates, battery longevity, and compatibility with existing poles. The answer lies in the use of premium-grade components: the LiFePO4 battery maintains charge stability in both freezing winters and hot summers, while the monocrystalline panel efficiently captures diffuse light during cloudy days. For those considering large-scale deployment, the system’s scalability makes it an excellent candidate for phased rollouts across cities or campuses.