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Solar Wireless Light

Solar Traffic Light is the inner part of our led traffic lights.

4 Inch(100MM) Solar Traffic Light Parking And Access Control

Solar Traffic Light NJGQ-JD-100-2YS2

4 Inch(100MM) Solar Traffic Light For Vehicle

Solar Traffic Light NJGQ-FX-100-3YS3

4 Inch(100MM) Solar Wireless Traffic Light For Vehicle

Wireless Traffic Light NJGQ-JD-100-3YS3

4 Inch(100MM) Solar Wireless Traffic Light For Parking And Access Control

Solar Wireless Traffic Light NJGQ-FXJD-100-3YS2

A solar wireless light is an integrated luminaire with a built-in solar panel, battery, LED source, and wireless control module, designed for deployment in locations without grid power or where running grid power is uneconomic. The most common applications are rural roads, parking lots, pathways, security lighting, and emergency or temporary lighting. For B2B buyers, the critical decisions are solar panel sizing (matched to local irradiance), battery autonomy (days of no-sun operation), lumen output, and wireless control capability. GAOQIAO has shipped solar wireless lights for export since 2008, with deployments in 60+ countries across all irradiance regimes.

Technical Specifications

Parameter	Standard Range
Lumen output	1,500 lm to 12,000 lm
Solar panel	30 W to 150 W monocrystalline integrated
Battery	LiFePO4 20 Ah to 100 Ah integrated
Autonomy (no sun)	3 to 7 days
LED chip	Lumileds / Osram / Cree high-efficiency
Color temperature	3000 K to 6500 K
IP / IK rating	IP66 / IK08 standard
Wireless control	PIR motion sensor, optional LoRa / 4G module
Operating temperature	-20 °C to +60 °C (LiFePO4)
Mounting	Pole side-entry 60-76 mm or post-top

How to Choose the Right Solar Wireless Light

Solar wireless light selection is dominated by local solar irradiance, the required operating hours per night, and the autonomy required during no-sun periods. A Middle Eastern site with 6 kWh/m^2/day supports very different sizing than a Northern European site with less than 1 kWh/m^2/day in winter.

Solar panel sizing is the most common mistake. Undersizing forces the battery into chronic partial state of charge, which destroys lead-acid batteries in 12-18 months and degrades LiFePO4 in 3-5 years. GAOQIAO provides site-specific solar sizing based on the project coordinates and the 10-year average daily solar irradiance from the NASA SSE database.

Battery chemistry is the second key choice. LiFePO4 delivers 5-7 year service life even at 45 °C ambient, at 2-3x the upfront cost of lead-acid. For permanent installations, LiFePO4 pays back in 3-4 years through avoided battery replacement labor. For temporary or rental deployments, lead-acid may be the lower-risk choice.

PIR motion sensor dimming is the highest-ROI feature for solar wireless lights. Dimming to 30% output when no motion is detected and ramping to 100% on detection reduces average power consumption by 60-70%, allowing the same solar panel and battery to support 2-3x the lumen output. This is the standard configuration for all GAOQIAO solar wireless lights above 3,000 lm.

Key Features and Benefits

Integrated All-In-One Design

The solar panel, battery, LED source, and control electronics are integrated into a single fixture housing. Installation is reduced to: mount the fixture on the pole, switch it on, and walk away. No external wiring, no separate battery box, no separate solar panel mount.

PIR Motion Sensor with Smart Dimming

Standard configuration dims to 30% output when no motion is detected and ramps to 100% on detection, with a 30-second hold time. This reduces average power consumption by 60-70% and allows the same solar panel and battery to support significantly higher lumen output.

Field-Replaceable LiFePO4 Battery

The LiFePO4 battery pack is field-replaceable with standard hand tools, allowing on-site battery swap at end-of-life without replacing the entire fixture. Battery replacement cost is approximately 25% of the fixture cost, versus 100% for non-replaceable integrated battery fixtures.

Common Applications

Solar Wireless Light products are specified in a wide range of projects:

Rural road lighting (3,000-6,000 lm with PIR dimming)
Parking lot lighting (8,000-12,000 lm high-output)
Pathway and park lighting (1,500-3,000 lm decorative)
Security perimeter lighting (PIR-triggered full brightness)
Construction site temporary lighting (portable trailer mount)
Emergency lighting after disaster (rapid deployment, no grid)
Highway rest area lighting (autonomous operation, low maintenance)

Related GAOQIAO products: solar warning light, solar wireless controller, customized street light.

Installation and Maintenance

Installation is the simplest of any solar product: mount the fixture on the pole, switch it on, and walk away. No trenching, no mains power connection, no control wiring. A 2-person crew can install 8-12 solar wireless lights per day. Maintenance is the annual solar panel cleaning and the 5-7 year battery replacement (LiFePO4 battery is field-replaceable without tools).

Certifications and Compliance

All solar wireless lights are manufactured under ISO 9001:2015 with CE, RoHS, and IEC 62124 (solar PV systems) compliance as standard. Photometric performance is documented per LM-79 and TM-30. Each fixture ships with a solar sizing report, battery test certificate, and 5-year limited warranty on the fixture with a separate 5-year warranty on the LiFePO4 battery.

Why Choose GAOQIAO

GAOQIAO has shipped solar wireless lights for export since 2008, with deployments in 60+ countries across all irradiance regimes. Our 12,000 m^2 Nanjing facility integrates solar panel, battery pack, LED source, and control electronics under one roof, with a typical lead time of 20-30 days for standard configurations. Custom configurations (different lumen output, larger battery, wireless control module) ship in 30-45 days.