Top Sale Advanced Solar Flood Light with Smart Control for Urban
Yards
Autonomous Smart Light-Sensing Operation
Featuring an intelligent photosensitive control system, this
solar-powered floodlight delivers complete operational autonomy for
ultimate user convenience. The advanced light detection mechanism
precisely monitors ambient luminosity, automatically activating the
charging process at daybreak and initiating illumination at
twilight without any manual intervention. This sophisticated
automation ensures optimal energy conservation while providing
consistent lighting performance exactly when needed. Boasting an
IP65 weatherproof certification, the fixture guarantees
uninterrupted functionality during severe weather conditions, with
comprehensive protection against dust infiltration and powerful
water exposure. The multi-layer sealing architecture, incorporating
specialized gaskets and fused junctions, effectively blocks
moisture penetration, enabling reliable performance through
torrential rains and high humidity environments. This seamless
integration of intelligent automation and superior weather
resistance creates a truly maintenance-free lighting solution for
demanding outdoor applications.

Comprehensive Product Specifications
| Feature Category | Technical Details |
|---|
| Operation Mode | Intelligent Light-Sensing Automation |
| Weather Protection | IP65 Water & Dust Resistance |
| Light Source | High-Lumen Power LED |
| Chip Configuration | Multi-Core Integration Design |
| Power Storage | High-Stability Lithium Battery |
| Thermal Tolerance | Wide Temperature Range Operation |
| Runtime | 12-Hour Continuous Illumination |
| Solar Technology | High-Efficiency Polycrystalline Panel |
| Energy Conversion | Enhanced Photoelectric Transformation |
| Charging Performance | Accelerated Power Restoration |
High-Intensity Multi-Core LED Array
The illumination system incorporates a revolutionary multi-core LED
configuration that generates exceptional luminous output through
advanced semiconductor technology. This innovative design
integrates multiple light-emitting cores within a single chip
structure, creating intensified brightness while maintaining
efficient thermal management. The strategically arranged LED matrix
ensures uniform light dispersion across wide areas, providing
consistent illumination without variations in intensity. The
proprietary chip architecture enhances heat dissipation
capabilities, permitting sustained high-performance operation
without degradation of light quality or reduction in component
lifespan. This cutting-edge lighting technology produces superior
visibility for security surveillance, perimeter lighting, and
large-area illumination, while the refined optical engineering
maximizes light distribution efficiency for comprehensive coverage
and visual clarity.
Extended-Cycle Power System
Powered by a high-capacity lithium battery system, this floodlight
demonstrates remarkable performance stability across diverse
climatic conditions. The sophisticated power cell chemistry
maintains consistent output in both freezing winter temperatures
and scorching summer heat, ensuring dependable operation through
seasonal transitions. The integrated smart battery management
circuit provides multi-level protection against over-charging,
excessive discharge, and current overloads, substantially
prolonging the battery's operational life. With its generous energy
storage capacity, the system sustains up to 12 hours of continuous
high-intensity illumination per charging cycle, making it perfectly
suited for overnight security applications and extended-duration
lighting needs. The climate-resilient construction ensures stable
charging and discharging performance, delivering reliable power
supply throughout the year regardless of environmental challenges.

Advanced Polycrystalline Solar Harvesting
The energy collection system employs high-performance
polycrystalline solar panels that achieve superior energy
conversion efficiency through refined photovoltaic technology.
These premium panels feature optimized crystalline structures and
light-trapping surface treatments that maximize solar absorption
throughout daylight hours. The advanced panel engineering enables
significantly faster charging rates, dramatically reducing the time
required to achieve full battery capacity compared to standard
solar lighting systems. The enhanced energy conversion capability
ensures effective power generation even during overcast conditions,
maintaining consistent charging performance across varying weather
patterns and seasonal light variations. This reliable solar
technology, combined with intelligent power allocation systems,
guarantees sustained operational capability while optimizing energy
utilization, establishing it as an ideal solution for locations
requiring autonomous, grid-independent lighting solutions.