Integrated Solar Powered Street Light

All-in-One Integrated Solar Street Light – Efficient, Smart & Customizable Outdoor Lighting Solution

Discover the future of sustainable street lighting with our advanced all-in-one integrated solar street light—a smart, eco-friendly, and highly efficient outdoor lighting system designed for modern urban and rural environments. Engineered for long-term performance, this solar-powered solution combines cutting-edge technology, durable materials, and intelligent controls to deliver consistent illumination while reducing energy costs and environmental impact.

Key Features That Set Us Apart

• Wireless Integration – Combines solar panel, LED Lamp, lithium battery, microcontroller, and sensors into a single compact unit for sleek installation without external wiring or complex setup.
• Smart Energy Management – Equipped with motion detection (PIR/microwave), ambient light sensing, and time-based control logic for optimal power usage and extended battery life.
• Adjustable Mounting System – Solar panel tilt adjustment in both vertical and horizontal directions ensures maximum sunlight absorption throughout the year, enhancing energy conversion efficiency.
• High-Performance Lithium Iron Phosphate Battery – Offers superior cycle life (>1500 cycles), safety, and durability compared to traditional gel batteries—ideal for extreme weather conditions (-10°C to +60°C).
• Customizable Options – Available in multiple configurations including LED wattage (20W), color temperature (3000K–6500K), mounting diameter (φ65/φ78/φ89 mm), and pole height (3–5 meters).
• Advanced Optics – Uses bat-wing light distribution with high-efficiency LED chips (3030/5050/7070) and precision-engineered polycarbonate lenses for uniform illumination across roads, pathways, and public spaces.

Technical Specifications & Performance Highlights

This all-in-one solar street light features a monocrystalline photovoltaic module (60W/6V), a DC 3.2V system voltage, and a 75Ah LiFePO₄ battery, ensuring reliable operation even during cloudy periods. The integrated controller intelligently manages charge and discharge cycles based on real-time weather data, optimizing energy storage and minimizing waste. With an impressive luminous efficacy of ≥130 lumens per watt and a rated lifespan exceeding 50,000 hours, it outperforms conventional lighting systems while lowering maintenance needs.

Ideal Applications Across Diverse Environments

Perfect for residential streets, commercial parking lots, school campuses, parks, agricultural fields, and remote areas where grid access is limited or unavailable. Its plug-and-play design makes it ideal for off-grid installations, municipal projects, and sustainable infrastructure development worldwide. Whether you're upgrading existing lighting or installing new systems, this solution offers unmatched value through reduced operational costs, minimal environmental footprint, and enhanced safety.

What Customers Are Saying

Users praise the product's ease of installation, especially in hard-to-reach locations where trenching or electrical work would be costly. Many highlight how the motion-sensing feature significantly reduces nighttime energy consumption while maintaining adequate visibility when needed. The robust build quality and weather-resistant components have proven reliable in tropical, desert, and temperate climates alike, making it a top choice for international municipalities seeking sustainable lighting alternatives.

Frequently Asked Questions

How long does the battery last under normal use? With proper placement and regular sun exposure, the LiFePO₄ battery typically lasts over 10 years, far exceeding standard lead-acid batteries. Can I install this myself? Yes—it requires no professional electrical knowledge due to its self-contained design and simple mounting mechanism. Is it suitable for winter regions? Absolutely—the system operates efficiently down to -10°C and includes thermal protection for cold environments. What if there’s prolonged cloud cover? The intelligent controller adjusts brightness levels dynamically to conserve energy, ensuring several nights of operation even during low-light conditions.