Why this collection?
Outputs scale from pathway-level up to full parking lot coverage
LiFePO4 battery with 4 consecutive rainy days of backup, standard across the collection
Microwave 360° motion sensor on every fixture
196 lumens per watt — Philips Luxeon LED efficacy throughout
No wiring, no trenching, no grid connection required
Built for parking lots and urban corridors
Solar street and area lighting built for urban corridors, parking lots, and larger outdoor spaces — where a single conventional pole light would otherwise be specified. Every fixture pairs a solar panel, battery, LED module, controller, and motion sensor into one self-contained unit.
Integrated street columns
The pole and luminaire built as one piece, for a cleaner streetscape.
Streets & corridorsArea luminaires
Fixture-on-pole designs scaling from smaller lots up to large parking areas.
Parking lotsVertical retrofit systems
Designed to convert an existing grid-powered street light to solar without replacing the pole.
Existing poles
What's inside each fixture
- Monocrystalline Grade A cells, with high-efficiency panel technology used across the collection
- Sized to each fixture's LED and battery load
- Protected against corrosion, UV fade, and shading loss
- Philips Luxeon LED chips, rated at 196 lumens per watt
- Long-rated service life, LM-80 tested
- CCT selectable across five options, from warm 2300K to cool 6500K
- LiFePO4 (Lithium Iron Phosphate) across the entire collection — the chemistry Bullard Solar has standardized on for solar applications
- Over 24 hours of autonomy at full charge, with 4 consecutive rainy days of backup
- Rated for a decade or more of service life
- Protected by an electronic Battery Management System against overcharge, overcurrent, and temperature extremes
- MPPT smart controller, charging efficiency up to 98%
- Automatic dusk-to-dawn operation with multiple configurable lighting programs
- Anti-black-out load management, adjusting output to remaining battery capacity to guarantee all-night lighting
- Optional Bullard Solar Bridge for remote, multi-fixture monitoring across a site
- Microwave 360° detection — Doppler-effect technology, the same principle used in radar
- Detects pedestrians, cyclists, and vehicles, and increases output as they approach
- More reliable than infrared detection and unaffected by ambient light, color, or temperature
- Aluminum and stainless steel construction throughout
- AKZO NOBEL polyester powder coating for salt, humidity, and UV resistance
- Dark Sky compliant — minimal upward light output across the collection
- Integrated column — pole and luminaire installed as one piece, mounting height 2.7–6.1m
- Area luminaire — fixture-on-pole, mounting height 5–8m, tilt adjustable at installation
- Vertical retrofit — mounts onto an existing pole, converting it to solar without replacement, height 4–9m
- No wiring or trenching required across any of the three platforms
- Automatic On/Off Switching — reliable dusk-to-dawn operation
- Flexible Lighting Programs — choose from multiple modular lighting profiles
- Custom Scheduling Modes — tailor operating times to project requirements
- Part-Night Dimming — reduce brightness during low-traffic hours
- Early-Evening Lighting — optimize output when illumination is needed most
- Project-Specific Control — configure lighting performance for each application
Warranty
Luminaire
5-Year Limited Warranty, covering defects in material and workmanship when installed and operated per Bullard Solar instructions
Solar Panel
Extended performance warranty, up to 20–25 years depending on the model
Controller & Battery
5 years
Lighting Without Limits
Versatile lighting solutions designed for every space and purpose.
Parking lots & rest areas
Where higher-output models deliver full area coverage.
Streets & urban corridors
Where an integrated column design suits the streetscape.
Existing street light retrofits
Converting grid-powered poles to solar without replacing infrastructure.
Parks & recreation
Parks, gardens, hiking trails, campsites, and pathways.
Sites without practical grid access
Where trenching costs would otherwise be prohibitive.
Every fixture is tested before it ships
Not sampled, not spot-checked. Materials are inspected on arrival, checked at each production stage, and every completed unit is verified before shipping.
- 01
Incoming inspection — materials checked before production
- 02
In-process inspection — checked at each stage
- 03
Final inspection — every unit checked before shipping
IEC standards
IEC 61215, IEC 61730 (I and II), IEC 60904
Photometric testing
LM-79-08 and LM-80 test standards
Ratings & listings
IP65/IP66, IK8 or higher, CE, ETL
Parking lot / urban luminaires collection
Specification Support You Can Rely On
Our experienced team is available to assist with product selection, technical specifications, lighting layouts, and project requirements — whether you're developing a new specification or evaluating solutions for an upcoming project.
Frequently asked questions
Parking lot & urban lighting, answered
No. Every fixture in this collection is fully self-powered — an integrated solar panel charges a battery during the day, and an MPPT controller manages that charge automatically. Installation typically requires no cabling and no trenching.
Fixtures across the collection are designed to run for over 24 hours on a full charge, with 4 consecutive rainy days of backup built into the battery sizing. Anti-black-out load management also adjusts output based on remaining battery capacity, prioritizing getting through the full night over running at maximum output.
Yes. This collection includes a retrofit-focused option built specifically to convert an existing grid-powered street light pole to solar power, without needing to replace the pole itself — a lower-cost path to solar than full infrastructure replacement.
Every fixture includes a microwave 360° motion sensor as standard. It uses the same Doppler-effect principle as radar to detect pedestrians, cyclists, and vehicles, increasing light output as they approach and stepping back down once the area is clear — more reliable than infrared and unaffected by ambient light or temperature.
Output scales significantly across the collection, from pathway-level lighting up to full parking lot and large area coverage. The right output level depends on the site's scale and layout — smaller, lower-output models suit pathways and smaller lots, while higher-output models are built for full parking areas and larger urban spaces.
Yes. A wireless diagnostic system gives real-time access to battery state, charging history, and fault diagnosis via remote control. An optional add-on extends this to monitoring a full batch of fixtures across a site remotely.
Five CCT options are available across the collection: 2300K, 3000K, 4000K, 5000K, and 6500K, selected at time of order — warmer tones for residential and park settings, cooler tones where sharper visual clarity is the priority.
Yes, though wind and corrosion ratings vary by specific model. Confirm the wind speed rating and finish/coating specification for the exact model being considered against the project's site conditions.
Still have questions? Our support team is here to help. Contact Support