Integrated Solar Street Lamps

Solar-Powered Street Lighting Solutions for Modern Urban Infrastructure

Our 30W integrated solar Street Light represents a sustainable, high-efficiency lighting solution designed for cities, towns, and communities worldwide seeking eco-friendly illumination without grid dependency. Unlike traditional electric-powered fixtures, this all-in-one system harnesses photovoltaic energy through monocrystalline panels, stores it in long-life lithium iron phosphate (LiFePO4) batteries, and delivers consistent performance even in variable climates. Whether you're planning new installations or upgrading existing infrastructure, our Solar Street Lights offer intelligent control, durability, and minimal maintenance—ideal for global urban development goals.

Key Features:

• Monocrystalline Solar Panel (90W/18V) for optimal daylight conversion efficiency
• High-Efficiency LED Light Source (≥130 lumens per watt) with customizable color temperature options (3000K–6500K)
• Lithium Iron Phosphate Battery (105AH) offering up to 50% longer lifespan than standard lead-acid alternatives
• Smart Motion Detection (PIR/Microwave Sensor) reducing power consumption by up to 70% during low-traffic periods
• Integrated IoT-ready controls enabling remote monitoring, adaptive brightness adjustment, and real-time diagnostics
• Wide Operating Temperature Range (-10°C to +60°C), suitable for diverse geographic regions
• Adjustable mounting diameter (φ65–φ89mm) and recommended installation heights from 5m to 10m

This advanced solar lighting fixture combines design simplicity with cutting-edge technology. The compact, self-contained unit eliminates the need for external wiring or controllers, making it perfect for rural roads, pedestrian pathways, parks, and commercial zones where access to electricity is limited or expensive. With an expected operational life exceeding 50,000 hours and built-in protection against overcharging, deep discharge, and extreme weather, our 30W solar street light ensures reliable performance year-round. Its modular architecture supports easy integration into smart city ecosystems, allowing municipalities to reduce carbon emissions while enhancing public safety through precise optical distribution and dynamic lighting strategies.

Application Scenarios:

Ideal for municipalities aiming to modernize outdoor lighting with renewable energy sources, this product excels in residential neighborhoods, industrial complexes, university campuses, and off-grid locations across Europe, North America, Australia, and beyond. It's particularly effective in areas with moderate to high solar irradiance such as southern Spain, California, South Africa, or parts of Southeast Asia. By leveraging motion sensors and adaptive dimming, it minimizes light pollution while maintaining adequate visibility for pedestrians and vehicles—a critical factor in sustainable urban planning initiatives.

User Feedback Highlights:

Users have praised the system’s reliability under varying conditions—from cold winters in Scandinavia to hot summers in Arizona. Many appreciate the ease of setup, reduced utility bills, and the ability to customize settings based on traffic patterns. Municipal engineers note significant reductions in maintenance costs due to the absence of underground cabling and the robustness of the LiFePO4 battery technology. Overall, customers report increased satisfaction with both environmental impact and visual comfort compared to older lighting systems.

Frequently Asked Questions:

What makes this solar street light different from split-type models? While split designs separate panels from fixtures for flexible placement, our all-in-one configuration offers streamlined installation, lower upfront labor costs, and enhanced aesthetic consistency—perfect for new developments or retrofits where aesthetics matter.

How does it perform in cloudy or low-light environments? Thanks to its efficient monocrystalline panel and optimized charge controller, the system can store enough energy for 3–5 nights of operation in regions with average sunlight, ensuring uninterrupted service even during extended overcast periods.

Can I adjust brightness levels remotely? Yes, via wireless connectivity protocols like LoRaWAN or NB-IoT, which allow centralized management of multiple units, enabling adjustments based on time-of-day, occupancy, or ambient light conditions—an essential feature for energy-efficient smart cities.

Is it suitable for international markets outside the U.S.? Absolutely. Designed for global deployment, it complies with international standards including IP65 waterproofing, CE certification, and RoHS compliance, ensuring safe and legal use across regulated markets worldwide.