This solar flood light delivers dependable, bright outdoor illumination for gardens, porches, and driveways. It combines a rugged ABS housing, IP65 weather protection, an efficient monocrystalline solar panel, a long-life lithium battery, and an adjustable PIR motion sensor so you get hours of night operation, hands-free motion activation, and a low-maintenance, energy-free lighting solution for landscape and security needs.

Key attributes

IP Rating	IP65	Lamp Body Material	ABS
Lighting solutions service	Lighting And Circuitry Design, Onsite Metering, Dialux Evo…	Warranty(Year)	1
Place of Origin	Guangdong, China	Application	Billboard, Theme Park, Garden, Sport stadium.etc
Color Temperature(CCT)	6000K (Daylight Alert)	Model Number	FL-1725A
Brand Name	SOLAREBRON	Beam Angle(*)	120
Certification	Ce	Color Rendering Index(Ra)	80
Input Voltage(V)	DC 6V	Lamp Luminous Efficiency(tm/w)	120
Lamp Luminous Flux(tm)	120LM/W	Lifespan	5000
Light Source	LED	Product Weight (kg)	700
Support Dimmer	Yes	Working Temperature(°C)	15 – 55
Product Name	solar flood lights outdoor waterproof led	Power	30W
LED	SMD2835 74PCS	Solar Panel	1.5W A grade
Battery Type	Lipe04 battery 2400Mah	Charging time	6-8 hours
Discharging time	20-24 hours	Lamp Size	230+183+53mm

Technical specifications (quick reference)

Design and materials — engineered for outdoor use

Short, practical sentences are easiest to scan. The enclosure is typically molded ABS plastic. ABS offers impact resistance, low weight, and affordability. A polycarbonate or UV-stabilized PC lens is common because it resists yellowing under sunlight. These materials avoid rust and corrosion that affect metal housings near coastal zones. Product listings and manufacturer spec pages frequently show ABS housing paired with PC lenses and sealed seams to achieve IP65 performance.

Design notes for buyers

• Look for silicone gaskets where the housing joins the lens — they reduce moisture ingress.

• External screws should be stainless steel or coated metal to avoid corrosion.

• If the solar panel is detachable (separated by a cable), placement flexibility is much higher; panel location should be the sunniest position you can reasonably reach.

Power subsystem — solar panel and battery behavior

Most contemporary solar flood lights use monocrystalline solar cells. Those cells strike the best balance of size-to-output for compact floodlight assemblies. A higher-efficiency panel yields faster charging hours and better performance on partially cloudy days.

Battery chemistry and capacity

• Lithium-ion and LiFePO4 are the dominant chemistries. LiFePO4 offers better thermal and cycle stability; Li-ion tends to deliver slightly higher energy density for the same volume.

• Capacity is quoted in mAh. A 12,000–12,500 mAh pack is a common spec on higher-tier models and will give long runtime under mixed-use modes; lower-cost variants often have 2,000–5,000 mAh capacity and shorter run times.

Typical charge/run behavior

• In full sun, an efficient monocrystalline panel can fully charge a large battery in 3–8 hours, depending on panel size and battery capacity.

• After a full charge, run-time varies by usage mode — continuous low-power mode may last 8–30+ hours on a full battery; motion-activated mode extends operation over several nights because the LEDs operate only when triggered.

Practical tip

• If you live in a cloudy climate, prioritize larger panel surface area and higher battery capacity. Remote or shaded mountings reduce performance.

Sensing and control — motion detection and lighting modes

Most solar flood lights in this category use a passive infrared (PIR) sensor. PIR sensors detect changes in infrared radiation caused by moving warm objects like people or animals. Modern models tune sensitivity, time delay, and detection angle.

Common behavior patterns

• Motion-triggered full-bright mode: LED output ramps to maximum for a preset duration (typically 10–300 seconds) when motion is detected.

• Dim ambient mode + motion-brighten: the fixture maintains a low glow and boosts to full brightness during motion.

• Dusk-to-dawn operation: lights remain off during daylight, turn on at dusk automatically.

Sensor performance pointers

• Detection range varies by design; many products claim 20–60 feet and 120–180° coverage. Verify an individual model’s spec sheet before purchase.

• False triggers happen when car headlights, heat sources, or swaying branches cross the sensor field. Install so the sensor faces likely human approach paths and not busy roads or reflective heat sources.

Weatherproofing and IP65 explained

IP65 is one of the most common ratings for consumer solar flood lights. It is a two-digit standard: the first digit references solids protection, the second digit describes liquid ingress.

What IP65 actually means in practice

• First digit 6: complete protection against dust ingress — the unit is dust-tight.

• Second digit 5: protection against low-pressure water jets from any direction (e.g., rain driven by wind or sprinkler spray). It is not rated for continuous submersion.

Real-world implications

• IP65-equipped fixtures perform well through rainstorms and typical outdoor exposure. They are not intended for underwater use or for locations where they will be submerged or exposed to high-pressure cleaning jets.

• Check whether the battery compartment has a separate seal/cover. Some lights achieve IP65 at the light head but rely on external enclosures for battery access; poor sealing there creates failure points.

Why IP matters for placement

• Moderate coastal salt spray: IP65 helps but additional corrosion-resistant fasteners and more frequent inspections are wise.

• High-splash areas (fountains, tidal zones): choose IP66 or higher, or relocate the unit away from direct splash.

Installation and placement — getting the best coverage

Mounting options

• Wall mount: the most common. Install at 2–3 meters (6–10 ft) above ground for good coverage.

• Pole or bracket: use for lighting larger yards or driveways.

• Ground spike: some units offer stakes for directional accent lighting on plants (check that wiring and panel placement are compatible).

Positioning principles

• Solar panel orientation: face solar panels due south (northern hemisphere) with a tilt roughly equal to the local latitude for seasonal optimization or shallower tilt for summer-optimized charging. Avoid shading from trees, chimneys, or eaves during peak sun hours.

• Sensor alignment: angle the sensor toward the expected approach path rather than at the street or areas with frequent non-human motion. This reduces false positives.

• Angle the lamp head so you illuminate the intended zone without light spill that could disturb neighbors or wildlife.

Hardware and mounting tips

• Use included brackets and anchors. Pre-drill holes and use wall anchors rated for the substrate (brick, wood, siding).

• Ensure cable glands for wired-separate panels are sealed after routing. Apply a small silicone bead if necessary to preserve IP sealing.

Performance expectations — lumens, coverage and real-world output

Brightness and perceived coverage are governed by lumens, beam angle, and mounting height.

Practical lumen guidance

• 500–1,000 lm: Path and accent lighting; useful for small walks and patios.

• 1,000–2,500 lm: Effective for gardens, yard corners, and small driveways.

• 2,500–3,500+ lm: Broad-area lighting, strong security presence, or illuminating façades. These higher-output models often use COB or many high-power LEDs.

Beam behavior

• Flood beams spread light widely at shallower angles; some designs use multiple LED heads or adjustable arrays to aim light where needed. Choose a narrower beam for long-throw coverage, a wider beam for area wash.

Realistic caveat

• Advertised lumen figures derive from ideal conditions and full-power runs. When motion-mode is used, average nightly consumption is lower than continuous full-bright operation. Battery capacity and charge-in-daylight ultimately limit nightly performance.

Safety, compliance and longevity

Certifications & labels

• Look for CE, RoHS, FCC marks where applicable. These denote electrical safety standards and environmental compliance for the marketplace where the product is sold. Retail listings and manufacturer pages usually show those marks.

Thermal management

• LEDs create heat. Good designs include internal fins or spaced LED arrays to limit hotspotting. Overheating shortens LED life and battery longevity. Avoid mounting the lamp where it sees extreme ambient heat for prolonged periods.

Battery safety

• Purchased units should ship with protection circuits against deep discharge, overcharge, and overcurrent. For replacement batteries, match chemistry and voltage exactly. If the internal battery becomes swollen or leaks, discontinue use immediately and dispose per local battery recycling regulations.

Expected lifetime

• With moderate climates and proper installation, the LED module commonly lasts 25,000–50,000 hours. Plastic housings last for several years but will eventually show UV-related discoloration; inspect seals annually.

How this product compares with common market offerings

Synthesis of trends across top retail and review pages

• Brightness variance: the market ranges widely from 500 lm in budget models up to 5,000 lm in premium multi-head devices. Most best-selling garden/security units sit between 1,500–3,000 lm.

• Battery & panel pairing: higher-end models pair larger Li-ion/LiFePO4 packs with monocrystalline panels; value models use smaller panels and less capacity.

• Sensor sophistication: premium lights include dual sensors, adjustable sensitivity, and multi-mode programming. Entry-level lights use a single PIR and fixed timers.

Where this design excels

• Simplicity of installation and maintenance.

• Balanced offering: adequate brightness with IP65 protection and a sealed ABS body.

• Low ongoing cost — no utility electricity required once installed.

Where buyers may want upgrades

• For coastal or high-spray environments, consider higher ingress protection (IP66 or IP67).

• For large-area illumination or commercial settings, consider multiple fixtures or higher-output models to maintain consistent lux levels across the zone.

Maintenance, troubleshooting, and lifespan extension

Simple maintenance schedule

• Quarterly: clean the solar panel with a soft, damp cloth; remove dust and leaves from the lamp face.

• Annually: verify seals and mounting hardware; replace corroded fasteners.

• Replace internal battery every 2–4 years depending on usage, temperature cycling, and charge cycles.

Troubleshooting quick-checks

• If the light doesn’t turn on at night: check the charging panel for shading, verify the “auto” mode is enabled, and confirm battery presence/health.

• If runtime shortens dramatically: battery capacity has degraded; test under full sun for several days and consider battery replacement.

• If motion triggers are erratic: adjust sensor angle, reduce sensitivity if adjustable, and rule out heat sources or fast-moving shrubs in the field of view.

Safety disposal

• Recycle lithium and lead-acid batteries only via approved collection points. Do not discard batteries into regular trash.

Maintenance checklist (table)

Frequently Asked Questions

1. How bright is this flood light — will it light a driveway?
   Many models in this class deliver 1,500–3,500 lumens; at the higher end they can illuminate short driveways effectively. For full driveway coverage, use a higher-lumen model or multiple fixtures spaced to overlap light cones.

2. What does IP65 protect against?
   IP65 means the casing is dust-tight and resists water jets from any direction. It will handle rain and sprinklers but is not built for immersion or sustained high-pressure washdowns.

3. Will it work in cloudy weather?
   Yes, but charging is slower. Choose a model with a larger panel and higher battery capacity if your location has frequent overcast days; even so, full solar recharge depends on daylight intensity.

4. Can the solar panel be mounted separately?
   Some designs offer an external panel connected by cable to enable optimal panel placement. Separate-panel designs improve charging if the fixture location is shaded. Always seal any cable entry to retain IP protection.

5. How long will the LED module last?
   Modern LEDs typically last tens of thousands of hours (25,000–50,000 hrs). Physical components like seals and batteries will require periodic attention or replacement earlier than the LED chips.

6. Why does the light trigger for animals or cars?
   PIR sensors detect heat changes; they cannot always distinguish humans from animals or vehicle exhaust. Adjust sensor angle or sensitivity when possible and mount to minimize exposure to pet paths or road traffic.

7. Is the battery replaceable?
   Many units have replaceable battery packs; others require professional service. If replaceable, match voltage and chemistry exactly and follow recycling rules for used batteries.

8. What are common reasons for short runtime?
   Reduced runtime usually stems from insufficient daily charging (shaded panels), battery degradation, or constant full-power mode. Switching to motion-assisted modes and verifying panel exposure usually restores multi-night operation.