Solar bollard lights for pathways, car parks and architectural landscapes — grid-free, low-maintenance and built for daily cycles. Impact-resistant and IP65-protected with clean low-level output.
Pathway and boundary bollards engineered in-house with Grade A LiFePO4 batteries, IP65-rated waterproof die-cast aluminum housings and intelligent controllers — zero trenching, zero grid connection, dusk-to-dawn autonomy in any climate.
WOODPECKER TRI-180: 10 W, 2,000 lm, 42Wp monocrystalline, 3.2V 30Ah LiFePO4. A triangular architectural bollard that combines multi-angle solar exposure with efficient pathway lighting for modern landscapes.
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Rated power: 10 W
Solar panel: 42Wp monocrystalline
Battery: 3.2V 30Ah LiFePO4
Colour temperature: 2200 K / 3000 K / 4000 K / 6000 K
WOODPECKER CUBE-180: 12 W, 2,400 lm, 56Wp monocrystalline, 3.2V 36Ah LiFePO4. A compact four-sided solar pathway light with a geometric profile, durable aluminum construction and 180-degree illumination.
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Rated power: 12 W
Solar panel: 56Wp monocrystalline
Battery: 3.2V 36Ah LiFePO4
Colour temperature: 2200 K / 3000 K / 4000 K / 6000 K
WOODPECKER CUBE-360: 12 W, 2,400 lm, 56Wp monocrystalline, 3.2V 36Ah LiFePO4. A four-sided architectural solar light designed for complete solar exposure and all-around pathway illumination.
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Rated power: 12 W
Solar panel: 56Wp monocrystalline
Battery: 3.2V 36Ah LiFePO4
Colour temperature: 2200 K / 3000 K / 4000 K / 6000 K
IK10 vandal-resistant with Dark Sky optics: 6.2W panel, 38.4Wh LiFePO4, up to 280lm, smart PIR sensing, 2200K amber option. For campuses, coastal paths, public spaces.
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Solar Panel Technology: 6.2W Monocrystalline Silicon Panel (>22.5% Conversion Efficiency)
Solar Lawn Light CPD-3004 Mini Hourglass: 2W / 5V monocrystalline panel, 3.2V / 3000mAh LiFePO4, 20 pcs, φ185 mm × H500 / 700 mm, IP65. For pathway and landscape lighting.
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Rated power: 2W
Solar panel: 2W / 5V
Battery: 3.2V / 3000mAh
Input voltage: DC 3.2V
Working time: 3 – 5 rainy days
Light source: 2835 LED
Lamp colour: Black; other colours can be customized
LETO Solar Bollard Light: 6.2W / 5V monocrystalline panel, 3.2V / 38.4WH LiFePO4, 1.5W >280 lm, φ275 × H300 mm, 2700K–6000K, build-in microwave sensor, IP65.
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Rated power: 1.5W
Solar panel: 6.2W / 5V
Battery: 38.4WH 3.2V LiFePO4
Input voltage: DC 3.2V
Working time: 2h100% + 5h30%~70% + 4h20% + 6h(10%+40%)
Light source: 1.5W LED
Lamp colour: Black; other colours can be customized
Luminous flux: >280 lm
Project-ready solar lighting
Factory-direct manufacturing
Engineered and produced in-house with Grade A LiFePO4 cells, IP-rated housings and intelligent controllers.
Configured to your site
Wind resistance, lux levels, autonomy and mounting height optimized for your project conditions and climate.
OEM / ODM customization
Custom branding, housing, materials and configurations developed to match your product line and market.
Frequently asked questions
Answers to common questions about solar bollard lights for pathways, car parks and architectural landscapes — light distribution, spacing, height and IP protection.
1
What is a solar bollard light?
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A solar bollard light is a low-level off-grid luminaire with an integrated solar panel, LiFePO4 battery and LED array housed in a bollard. It illuminates pathways, driveways, car parks and garden edges from low height for glare-free wayfinding and safety, with no cabling or grid connection.
2
How tall are solar bollard lights?
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Most bollards are 600-1000 mm high, with common full-height options at around 600 mm or 800 mm. The height is chosen so the light spreads across the path without glare, which is why low-level bollard lighting is preferred for pedestrian routes and car park margins.
3
How far apart should solar bollard lights be spaced?
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Spacing depends on the lumen output, mounting height and required illuminance. As a guide, bollards are often spaced 3-6 m apart for walkways, with wider spacing on car park boundaries. E-Able Power can provide a lighting layout for even distribution across your site.
4
Are bollard lights IP65 weatherproof?
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Yes. Solar bollards are rated IP65 for waterproof and dustproof outdoor use, with impact-resistant die-cast aluminium and PC diffusers. They are built for year-round exposure to rain, frost and UV in pathways, car parks and landscape areas.
5
What battery and runtime do solar bollards provide?
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Solar bollards typically use a 3.2V LiFePO4 battery (commonly 8000mAh) charged by a 5W/5V monocrystalline panel, giving dusk-to-dawn operation and roughly 3-5 rainy days of autonomy depending on model and location.
6
Can E-Able Power customise a solar bollard light?
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Yes. E-Able Power engineers bollards factory-direct for distributors, contractors and project owners — configuring LED output, CCT, height, housing finish, IK impact rating and OEM/ODM branding, with lighting layout and sizing support.
Plan your Solar BollardLights project.
Send your site conditions, lighting requirements or load profile for a system engineered to your location — DIALux simulation, sizing and pricing within 2–3 business days.