Pedestrian Crossing Lighting
LED Pedestrian Crossing Lighting – Active, Solar and Hybrid Systems Enhancing Road Safety
LED pedestrian crossing lighting is one of the most effective methods of improving pedestrian visibility and reducing traffic incidents. Our crossing illumination systems are designed in accordance with current standards and the WR-D-41-4 guidelines, and are adapted for operation in all conditions. We offer a complete range of solutions:
- 230V (on-grid) – pedestrian crossing lighting powered from the electrical grid, ideal for urban areas,
- solar – fully autonomous solar pedestrian crossing lighting,
- hybrid – a combination of photovoltaic modules and a wind turbine, ensuring reliability even during winter.
Each system is equipped with active D-6 / D-6b signs such as “SIGN FLASH” or “WALKING FIGURE,” and offers the option of installing LED road studs in the pavement, operating synchronously after pedestrian detection.
Advanced Motion Detection – the Active Crossing Operates Only When Needed
Our systems use a dual, narrow-beam motion sensor that detects only pedestrians approaching the crossing. As a result, pedestrian crossing lighting and LED flashers activate only when drivers need to react.
- activation of LED flashers in D-6 / D-6b signs,
- activation of LED road studs embedded in the roadway,
- increased pedestrian visibility from a long distance.
Radio communication synchronizes all system components, creating a clear and easily noticeable light signal.
Main Advantages of Active Pedestrian Crossing Lighting Systems
- Maximum pedestrian visibility regardless of time of day or weather.
- Full compliance with standards and WR-D-41-4 regulations.
- Autonomous operation in solar and hybrid versions.
- Instant response after pedestrian detection.
- Proven improvement in safety – confirmed reduction in accidents.
- Emergency operation capability thanks to an energy storage system.
Applications – Where Do Active Pedestrian Crossing Lighting Systems Work Best?
Active LED pedestrian crossings are used wherever increased protection of vulnerable road users is required:
- crossings near schools, kindergartens and public buildings,
- urban crossings with high traffic volumes,
- pedestrian routes near bus and railway stops,
- unlit road sections outside built-up areas,
- residential estates, parks and recreational zones,
- difficult road sections with limited visibility.
Polish LED Luminaires and Certified Poles – Quality, Durability and Compliance
Our systems use only Polish-made LED luminaires that meet the highest quality requirements. They feature:
- a minimum 5-year warranty,
- above-standard luminous efficacy,
- full certifications confirming safety.
Lighting poles used in solar and hybrid systems are certified according to PN-EN 1090. Each pole:
- is manufactured in a single facility – without combining structures from different producers,
- has structural calculations performed for PV panels and turbines,
- is adapted to wind zone I, II or III,
- is equipped with dedicated brackets for panels and hybrid components.
Why Choose Our LED Pedestrian Crossing Lighting Systems?
- Complete sets: luminaires, sensors, signs, controllers, poles.
- Reliable year-round operation – including solar and hybrid options.
- Full compliance with guidelines for pedestrian crossing lighting.
- Individual project tailored to the location.
- Highest manufacturing and certification standards.
Modern active LED pedestrian crossings are an investment that significantly increases safety for both pedestrians and drivers, while fully meeting current lighting standards.
We supply complete, certified systems for municipal, regional, road, industrial and commercial projects.
Looking for professional LED pedestrian crossing lighting – on-grid, solar or hybrid? We will prepare a design and select the right solution.
Example of our Active Safe Pedestrian Crossing with hybrid lighting + Active D6 Sign (powered exclusively by photovoltaic panels + wind turbine):
| Model | HLU-38W | HLU-50W |
| Wind Turbine | Rated Power: 400W 24V – Maximum Output Power: 500W | |
| Photovoltaic Panel | 1 pc x > 450W 48V (144 cell) | min. 2 pcs x 340W = 680W (120 cell) |
Monocrystalline panels HALF-CUT, tempered solar glass (thickness min. 3.2 mm), coated with anti-reflective layer. Panels tested according to IEC 61215 for snow load up to 5400 Pa (approx. 5.4 kN/m²). | ||
| LED Lighting Fixture (dedicated for pedestrian crossings) | Luminaire Power: | |
| 38W | 50W | |
| Luminous Flux: | ||
> 5,300 lm (behind glass) | > 6,900 lm (behind glass) | |
| ASYMMETRICAL luminaire – Polish production LED efficacy: 138 – 160 lm/W Lifetime: > 100,000 hours Protection rating: min. IP66 Impact resistance: min. IK09 Light colour: 4000K – 5700K (customer choice) Certification: ZETOM or ENEC Warranty: min. 5 years | ||
| Control Unit | MPPT 20A 24V | 2 x MPPT 20A 24V |
Lighting output and operating time controlled via intelligent MPPT controller. | ||
| Gel Battery | 2 pcs x 120Ah 12V = 120Ah 24V | 2 pcs x 200Ah 12V = 200Ah 24V |
NPG gel battery for solar systems, fully sealed, deep-cycle, maintenance-free, | ||
| Battery Box | PVC material, underground installation, waterproof hermetic type, heat-dissipating, anti-vandal, lined with thermal insulation inserts. Optional: enclosure made of stainless steel AISI 304 with EPDM gaskets (intended for installation in wet, rocky, clayey or otherwise challenging soil conditions). | |
Steel Pole Made in Poland | Total height: 7 m to 10 m, hot-dip galvanized steel according to EN ISO 1461. The pole, including the structure for photovoltaic panels and the boom arm for the wind turbine, is designed for wind zones I, II or III in accordance with PN-EN 1991-1-4. Frame for panels with extension arm for LED luminaire with the possibility of rotation around the axis of the pole 360º - independently | |
| Foundation weight approx. 450 kg | Prefabricated foundation F-200 V43 M24, Certified, compliant with: | |
| Active Sign D6 (roadside) | Composite active sign D6 / D6b | |
| Operating Time | 10–12 hours/day (full power), battery capacity ensures min. 4 consecutive cloudy, windless and rainy days. – min. 44h hybrid lamp operation without sunlight. | |









