Solar Flood Lights
Solar flood lights feature ultra-high battery capacities that deliver high-output illumination for sports fields, security perimeters, billboards, and remote industrial yards. Designed for flexible solar panel positioning, they maximize sunlight absorption while placing light exactly where needed.
When bringing grid power to a remote site is too expensive or practically impossible, solar flood lights are the logical choice. But for serious outdoor projects, off-the-shelf residential solar lights simply won’t cut it.
AGC designs and manufactures industrial-grade solar flood lights built to handle tough environments. By combining high-efficiency solar panels, long-lasting LiFePO4 batteries, and precision optical lenses, our systems deliver reliable, high-lumen illumination for perimeters, sports yards, construction sites, and commercial facilities, without the high energy bills or costly trenching.
Engineered for Performance and Longevity
Battery depletion and sudden light failure during cloudy spells are the primary failure points of solar flood lights. AGC addresses this by engineering every system component for predictable runtime and severe-weather durability:
Flexible Split & Adjustable Mounting
AGC solar flood lights feature versatile mounting architectures with separate monocrystalline solar panels. This enables flexible tilt-angle adjustments for maximum solar radiation while placing the luminaire precisely where illumination is required, even in shaded locations or under building eaves.
LiFePO4 Energy Storage
We exclusively incorporate Lithium Iron Phosphate (LiFePO4) battery packs selected for their exceptional thermal stability, safety, and deep-cycle performance, maintaining long-term capacity across extreme seasonal temperature variations.
Smart Power Optimization & Control
Operating at unthrottled 100% power all night drains batteries prematurely. AGC luminaires feature intelligent MPPT/PWM control algorithms and multi-stage operating modes (including customizable timer profiles and high-sensitivity motion sensing) to conserve energy and ensure multi-day autonomy.
Rugged Housing & High Environmental Protection
Designed for long-term outdoor exposure, our solar flood lights feature heavy-duty construction with high-grade anti-corrosion coatings, high IP-rated water ingress protection, and impact resistance against outdoor weather, wind loads, and debris.
Quick Selection Guide for Your Application
| Application | Optics | Recommended Energy Profile | Target Environment |
|---|---|---|---|
| Perimeter & Security Fencing | Wide asymmetric flood distribution | Standby dimming with PIR / Microwave motion sensor detection | High-security zones, remote yards |
| Billboards & Signage | Uniform optical distribution | Full-power timer during peak traffic hours, auto-dim late night | Commercial corridors, entrances |
| Pathway & Architectural Lighting | Glare-controlled optics | Constant ambient light profile or CCT selectable modes | Campuses, commercial parks |
| Construction & Temporary Worksites | Heavy-duty wide flood angle | Maximum brightness during active shift hours | Outdoor industrial environments |
Intelligent Energy Management for Rainy Day Autonomy
No project manager wants perimeter security lights going dark after two consecutive overcast days. To guarantee continuous night-by-night performance regardless of the season, we provide intelligent energy management.
Motion Sensor Hybrid Profile
Luminaires maintain a low standby light output for general orientation, instantly boosting to 100% full lumen output when movement is detected.
Time-Phased Power Dimming
Custom power curves automatically reduce energy output during late-night hours when foot traffic drops, preserving battery charge for early morning hours.
Adaptive Energy Regulation
The smart controller continuously monitors real-time battery state of charge (SoC) and dynamic solar input, automatically adjusting output levels to extend operating hours through extended bad weather.
FAQ
A split-type configuration allows the solar panel and light fixture to be installed independently. This is essential when the lighting target is located in a shaded area, under a canopy, or on a north-facing structure, as the solar panel can still be positioned in direct, unshaded sunlight for optimal charging.
By leveraging adaptive dimming algorithms and motion-sensor standby modes, system energy consumption is drastically reduced when maximum brightness isn’t required.
Yes. Share your site layout, installation heights, and lux requirements with our engineering team to receive a tailored photometric calculation.