VALARA

Self-sufficient solar lighting for modern urban and remote spaces

Descriere

Fiets

Bike & pedestrian paths
Pleinen en voetgangersgebieden

Squares & pedestrian areas
Hoofdwegen & woonstraten

Urban & residential streets
Залізничні станції та метро

Railway stations & metros

VALARA is a self-sufficient solar-powered LED streetlight, combining sleek aesthetics with advanced functionality. Its design is both elegant and functional, incorporating integrated vertical solar panels that optimise energy capture while maintaining a cohesive appearance. Perfect for parks, pathways, and remote areas without grid access, VALARA delivers reliable, sustainable lighting. With an in-ground IPX8-rated battery, it offers durability, sophistication, and superior performance.
  • Optimised solar energy capture

    • Four vertical monocrystalline panels ensure maximum energy harvesting, even in diffuse light, while preventing snow and dirt build-up for uninterrupted performance.

  • Elegant, seamless solar design

    • VALARA’s four-faced solar panel design blends cubic elegance with a rounded pole and luminaire, making it almost indistinguishable from a traditional light. Its sleek integration delivers modern aesthetics without compromising functionality.

  • Durable and theft-resistant battery design

    • An in-ground LiFePO4 battery ensures thermal management, protection against theft, and long lifespan with IPX8-rated water resistance for reliability in all conditions.

  • Tailored for diverse outdoor spaces

    • VALARA is ideal for parks, pathways, heritage sites, and remote areas, delivering reliable lighting where it is needed most.

Versatile lighting options

VALARA offers symmetric and asymmetric light distribution options, suitable for pathways, parks, heritage sites, and modern urban areas. This adaptability ensures tailored lighting solutions for various applications while maintaining high performance and elegance.
Sustainability meets aesthetics

VALARA’s design complements modern architectural styles while championing renewable energy use. Its eco-friendly features contribute to reducing carbon footprints, meeting international green standards, and enhancing project sustainability credentials.

Characteristics

Conformitate
CE mark
Clasa electrică
Class III EU
Luminaire output flux (lmm)
500 - 
4000
Power consumption (W)
3.0 - 
34.0
Eficacitate aparat de iluminat (lm/W)
167
Temperatura de culoare LED
Warm White 730
Indicele de redare a culorilor (CRI)
70
Procent flux luminos in emisfera superioara (ULOR)
<6%
Carcasă
Galvanised steel
Finish
Polyester powder coating
Standard colour
RAL 7016 anthracite grey
Nivel de etanșeitate
IP 65
Rezistența la impact
IK 06
IP 67 for the LED module, IPX8 for the battery
Toate configurațiile
100,000h - L95
Lifetime may be different according to the size/configurations. Please consult us.

Dimensions and mounting

AxBxC (mm | inch)
195x4440x3228x89 | 7.7x14.5x10.6x3.5
Greutate (kg | lbs)
18.0 | 39.6
Download all specs

Control systems

Control link

All Control Options

Installation and Maintenance

Effortless installation

VALARA is designed for quick installation with coded toolless connectors for easy assembly and maintenance.
Pipe foundation mounting

VALARA can be installed using a pipe foundation, where a pipe is embedded in the ground at the base of the column. This method offers a secure and stable base, suitable for areas with soft ground or where a deep foundation is necessary to handle wind loads and maintain long-term stability.
Anchor base mounting

Anchor base installation involves securing a base plate to a concrete foundation using bolts. This method is appropriate for locations with existing concrete surfaces or where constructing concrete foundations is feasible. It ensures a strong and long-lasting installation, making it suitable for urban settings and areas with high traffic.
Ground screw foundation

The ground screw foundation uses a helical anchor driven into the ground, making it quick and efficient with no need for concrete. It's ideal for tough ground conditions, providing stability and reducing environmental impact and installation time.