Integrated All-In-One Solar Street Lamp

All-in-One Solar Street Light: Efficient, Smart, and Eco-Friendly Outdoor Illumination

Experience the future of sustainable lighting with our advanced all-in-one solar street light system—designed for maximum efficiency, minimal installation effort, and long-term durability. Whether you're upgrading a residential pathway, illuminating a commercial parking lot, or enhancing safety in public areas, this integrated solution offers unmatched performance without relying on traditional power grids.

Key Features That Set Us Apart

• Wireless Integration – Combines solar panel, LED Lamp, lithium battery, microcontroller, and motion sensor into one compact unit—no wiring needed, no clutter, just clean design.
• Smart Energy Management – Advanced microcomputer control synchronizes motion detection, ambient light sensing, and time-based scheduling for optimal energy use across varying weather conditions.
• Zero Installation Hassle – No trenching, no electrical connections. Easy mounting on poles with adjustable angles ensures ideal sunlight exposure and coverage.
• High-Efficiency Monocrystalline Panels – Adjustable tilt mechanism maximizes solar absorption throughout the year, even in low-light environments.
• Lithium Iron Phosphate (LiFePO4) Battery – Superior to older gel batteries: longer lifespan (over 1500 deep cycles), safer operation, and better temperature tolerance (-10°C to +60°C).
• Customizable Options – Choose from multiple wattages (20W–60W), color temperatures (3000K–6500K), and mounting diameters (φ65mm–φ89mm) to match your project’s needs.
• Uniform Bat-Wing Light Distribution – Patented optics deliver wide, even illumination—ideal for pedestrian walkways, driveways, and security zones.

In-Depth Technical Specifications

Our All-In-One Solar Street Lights are engineered for real-world performance. Each model features a dedicated monocrystalline photovoltaic array (ranging from 60W to 125W), high-capacity LiFePO4 batteries (75AH–150AH), and intelligent controllers that adapt to seasonal changes and usage patterns. The LED modules offer up to 130 lumens per watt, ensuring bright, consistent lighting while minimizing power consumption. With an operational life exceeding 50,000 hours, these fixtures provide reliable service for over a decade with minimal maintenance.

Ideal Applications Worldwide

Perfect for urban planning initiatives, rural electrification projects, and eco-conscious communities across Europe, North America, Australia, and beyond. Suitable for driveways, garden paths, school campuses, parks, industrial complexes, and off-grid locations where access to electricity is limited or costly. These solar-powered luminaires support smart city goals by reducing carbon emissions and lowering infrastructure costs over time.

What Users Are Saying

"Installed in my suburban property last winter—I’ve never had to worry about cloudy days draining the battery. The motion sensor kicks in reliably when someone approaches, saving energy during nighttime hours." — Sarah L., Canada

"We used it at our community center in Germany. It's been running smoothly for two years now—no repairs, no replacements. The light distribution is excellent for both safety and aesthetics." — Markus R., Germany

Frequently Asked Questions

How does the motion sensor enhance energy savings? It activates full brightness only when movement is detected, then switches to low-power mode afterward—ideal for reducing unnecessary light waste in unoccupied areas.

Can I install this myself? Yes—no electrician required. Just mount the pole, adjust the angle, and let the sun do the rest. Designed for DIY users worldwide.

Is it suitable for cold climates? Absolutely—the LiFePO4 battery performs efficiently even below freezing, making it perfect for regions like Scandinavia or northern U.S. states.

What makes this different from other Solar Street Lights? Unlike modular systems, ours integrates everything into a single unit with intelligent controls, higher efficiency, and lower total cost of ownership over time.