LINE 180-1 brings a distinctly architectural character to solar pathway lighting. Its slender proportions, wood-inspired surface and precisely integrated solar technology allow the luminaire to sit quietly within gardens, pathways and refined landscape environments rather than competing with them.

Developed around European lighting aesthetics, the design combines efficient vertical solar capture with controlled illumination, intelligent sensing and long-life energy storage. Every element serves the same purpose: to make autonomous lighting feel considered, natural and visually calm.

SKYBEAM moves solar lighting beyond the conventional relationship between a pole, a panel and a luminaire. Solar generation, energy storage and lighting are resolved within a single architectural structure, creating a clean vertical presence for streets, public spaces and contemporary developments.

Behind its restrained form is a professional lighting system: high-efficiency energy management, modular battery architecture and precision optics that can be selected around pedestrian, roadway and wide-area requirements. SKYBEAM gives designers greater freedom to integrate autonomous lighting without compromising the language of the space.

HERMES is built around a simple principle: put light where it is needed, and avoid wasting it where it is not. A robust die-cast aluminium body, integrated LiFePO₄ energy storage and precision optical control create a dependable solar lighting platform for roads and larger outdoor environments.

A choice of engineered beam distributions allows the lighting design to respond to different road geometries, improving uniformity and visual comfort while reducing spill light, dark zones and unnecessary energy use. The result is not simply higher output, but more purposeful illumination.

DIYA brings the autonomy of solar lighting into a compact, fully integrated street-lighting platform. Adjustable LED modules allow the light to be shaped around the project, while solar generation, LiFePO₄ storage and intelligent energy management are contained within a structure designed for straightforward installation and long-term serviceability.

Beyond illumination, DIYA is conceived for connected infrastructure. Its optional Zhaga-D4i interface opens the luminaire to sensors, communication nodes and future smart-city systems — without locking the project into a single technology ecosystem.

PILLAR B treats solar technology as part of the architecture rather than an added component. Vertical solar surfaces, a slender structural profile and carefully controlled 180° illumination come together in a lighting element designed to belong naturally within gardens, residential landscapes and pedestrian spaces.

By integrating energy generation, storage, sensing and light into one coherent form, PILLAR B reduces visual complexity while preserving the character of the surrounding landscape — a quieter approach to autonomous outdoor lighting.

LINE 180-1 brings a distinctly architectural character to solar pathway lighting. Its slender proportions, wood-inspired surface and precisely integrated solar technology allow the luminaire to sit quietly within gardens, pathways and refined landscape environments rather than competing with them.

Developed around European lighting aesthetics, the design combines efficient vertical solar capture with controlled illumination, intelligent sensing and long-life energy storage. Every element serves the same purpose: to make autonomous lighting feel considered, natural and visually calm.

SKYBEAM moves solar lighting beyond the conventional relationship between a pole, a panel and a luminaire. Solar generation, energy storage and lighting are resolved within a single architectural structure, creating a clean vertical presence for streets, public spaces and contemporary developments.

Behind its restrained form is a professional lighting system: high-efficiency energy management, modular battery architecture and precision optics that can be selected around pedestrian, roadway and wide-area requirements. SKYBEAM gives designers greater freedom to integrate autonomous lighting without compromising the language of the space.

HERMES is built around a simple principle: put light where it is needed, and avoid wasting it where it is not. A robust die-cast aluminium body, integrated LiFePO₄ energy storage and precision optical control create a dependable solar lighting platform for roads and larger outdoor environments.

A choice of engineered beam distributions allows the lighting design to respond to different road geometries, improving uniformity and visual comfort while reducing spill light, dark zones and unnecessary energy use. The result is not simply higher output, but more purposeful illumination.

DIYA brings the autonomy of solar lighting into a compact, fully integrated street-lighting platform. Adjustable LED modules allow the light to be shaped around the project, while solar generation, LiFePO₄ storage and intelligent energy management are contained within a structure designed for straightforward installation and long-term serviceability.

Beyond illumination, DIYA is conceived for connected infrastructure. Its optional Zhaga-D4i interface opens the luminaire to sensors, communication nodes and future smart-city systems — without locking the project into a single technology ecosystem.

PILLAR B treats solar technology as part of the architecture rather than an added component. Vertical solar surfaces, a slender structural profile and carefully controlled 180° illumination come together in a lighting element designed to belong naturally within gardens, residential landscapes and pedestrian spaces.

By integrating energy generation, storage, sensing and light into one coherent form, PILLAR B reduces visual complexity while preserving the character of the surrounding landscape — a quieter approach to autonomous outdoor lighting.

LINE 180-1 brings a distinctly architectural character to solar pathway lighting. Its slender proportions, wood-inspired surface and precisely integrated solar technology allow the luminaire to sit quietly within gardens, pathways and refined landscape environments rather than competing with them.

Developed around European lighting aesthetics, the design combines efficient vertical solar capture with controlled illumination, intelligent sensing and long-life energy storage. Every element serves the same purpose: to make autonomous lighting feel considered, natural and visually calm.

SKYBEAM moves solar lighting beyond the conventional relationship between a pole, a panel and a luminaire. Solar generation, energy storage and lighting are resolved within a single architectural structure, creating a clean vertical presence for streets, public spaces and contemporary developments.

Behind its restrained form is a professional lighting system: high-efficiency energy management, modular battery architecture and precision optics that can be selected around pedestrian, roadway and wide-area requirements. SKYBEAM gives designers greater freedom to integrate autonomous lighting without compromising the language of the space.

HERMES is built around a simple principle: put light where it is needed, and avoid wasting it where it is not. A robust die-cast aluminium body, integrated LiFePO₄ energy storage and precision optical control create a dependable solar lighting platform for roads and larger outdoor environments.

A choice of engineered beam distributions allows the lighting design to respond to different road geometries, improving uniformity and visual comfort while reducing spill light, dark zones and unnecessary energy use. The result is not simply higher output, but more purposeful illumination.

DIYA brings the autonomy of solar lighting into a compact, fully integrated street-lighting platform. Adjustable LED modules allow the light to be shaped around the project, while solar generation, LiFePO₄ storage and intelligent energy management are contained within a structure designed for straightforward installation and long-term serviceability.

Beyond illumination, DIYA is conceived for connected infrastructure. Its optional Zhaga-D4i interface opens the luminaire to sensors, communication nodes and future smart-city systems — without locking the project into a single technology ecosystem.

PILLAR B treats solar technology as part of the architecture rather than an added component. Vertical solar surfaces, a slender structural profile and carefully controlled 180° illumination come together in a lighting element designed to belong naturally within gardens, residential landscapes and pedestrian spaces.

By integrating energy generation, storage, sensing and light into one coherent form, PILLAR B reduces visual complexity while preserving the character of the surrounding landscape — a quieter approach to autonomous outdoor lighting.

LINE 180-1 brings a distinctly architectural character to solar pathway lighting. Its slender proportions, wood-inspired surface and precisely integrated solar technology allow the luminaire to sit quietly within gardens, pathways and refined landscape environments rather than competing with them.

Developed around European lighting aesthetics, the design combines efficient vertical solar capture with controlled illumination, intelligent sensing and long-life energy storage. Every element serves the same purpose: to make autonomous lighting feel considered, natural and visually calm.

SKYBEAM moves solar lighting beyond the conventional relationship between a pole, a panel and a luminaire. Solar generation, energy storage and lighting are resolved within a single architectural structure, creating a clean vertical presence for streets, public spaces and contemporary developments.

Behind its restrained form is a professional lighting system: high-efficiency energy management, modular battery architecture and precision optics that can be selected around pedestrian, roadway and wide-area requirements. SKYBEAM gives designers greater freedom to integrate autonomous lighting without compromising the language of the space.

HERMES is built around a simple principle: put light where it is needed, and avoid wasting it where it is not. A robust die-cast aluminium body, integrated LiFePO₄ energy storage and precision optical control create a dependable solar lighting platform for roads and larger outdoor environments.

A choice of engineered beam distributions allows the lighting design to respond to different road geometries, improving uniformity and visual comfort while reducing spill light, dark zones and unnecessary energy use. The result is not simply higher output, but more purposeful illumination.

DIYA brings the autonomy of solar lighting into a compact, fully integrated street-lighting platform. Adjustable LED modules allow the light to be shaped around the project, while solar generation, LiFePO₄ storage and intelligent energy management are contained within a structure designed for straightforward installation and long-term serviceability.

Beyond illumination, DIYA is conceived for connected infrastructure. Its optional Zhaga-D4i interface opens the luminaire to sensors, communication nodes and future smart-city systems — without locking the project into a single technology ecosystem.

PILLAR B treats solar technology as part of the architecture rather than an added component. Vertical solar surfaces, a slender structural profile and carefully controlled 180° illumination come together in a lighting element designed to belong naturally within gardens, residential landscapes and pedestrian spaces.

By integrating energy generation, storage, sensing and light into one coherent form, PILLAR B reduces visual complexity while preserving the character of the surrounding landscape — a quieter approach to autonomous outdoor lighting.

LINE 180-1 brings a distinctly architectural character to solar pathway lighting. Its slender proportions, wood-inspired surface and precisely integrated solar technology allow the luminaire to sit quietly within gardens, pathways and refined landscape environments rather than competing with them.

Developed around European lighting aesthetics, the design combines efficient vertical solar capture with controlled illumination, intelligent sensing and long-life energy storage. Every element serves the same purpose: to make autonomous lighting feel considered, natural and visually calm.

SKYBEAM moves solar lighting beyond the conventional relationship between a pole, a panel and a luminaire. Solar generation, energy storage and lighting are resolved within a single architectural structure, creating a clean vertical presence for streets, public spaces and contemporary developments.

Behind its restrained form is a professional lighting system: high-efficiency energy management, modular battery architecture and precision optics that can be selected around pedestrian, roadway and wide-area requirements. SKYBEAM gives designers greater freedom to integrate autonomous lighting without compromising the language of the space.

HERMES is built around a simple principle: put light where it is needed, and avoid wasting it where it is not. A robust die-cast aluminium body, integrated LiFePO₄ energy storage and precision optical control create a dependable solar lighting platform for roads and larger outdoor environments.

A choice of engineered beam distributions allows the lighting design to respond to different road geometries, improving uniformity and visual comfort while reducing spill light, dark zones and unnecessary energy use. The result is not simply higher output, but more purposeful illumination.

DIYA brings the autonomy of solar lighting into a compact, fully integrated street-lighting platform. Adjustable LED modules allow the light to be shaped around the project, while solar generation, LiFePO₄ storage and intelligent energy management are contained within a structure designed for straightforward installation and long-term serviceability.

Beyond illumination, DIYA is conceived for connected infrastructure. Its optional Zhaga-D4i interface opens the luminaire to sensors, communication nodes and future smart-city systems — without locking the project into a single technology ecosystem.

PILLAR B treats solar technology as part of the architecture rather than an added component. Vertical solar surfaces, a slender structural profile and carefully controlled 180° illumination come together in a lighting element designed to belong naturally within gardens, residential landscapes and pedestrian spaces.

By integrating energy generation, storage, sensing and light into one coherent form, PILLAR B reduces visual complexity while preserving the character of the surrounding landscape — a quieter approach to autonomous outdoor lighting.

LINE 180-1 brings a distinctly architectural character to solar pathway lighting. Its slender proportions, wood-inspired surface and precisely integrated solar technology allow the luminaire to sit quietly within gardens, pathways and refined landscape environments rather than competing with them.

Developed around European lighting aesthetics, the design combines efficient vertical solar capture with controlled illumination, intelligent sensing and long-life energy storage. Every element serves the same purpose: to make autonomous lighting feel considered, natural and visually calm.

SKYBEAM moves solar lighting beyond the conventional relationship between a pole, a panel and a luminaire. Solar generation, energy storage and lighting are resolved within a single architectural structure, creating a clean vertical presence for streets, public spaces and contemporary developments.

Behind its restrained form is a professional lighting system: high-efficiency energy management, modular battery architecture and precision optics that can be selected around pedestrian, roadway and wide-area requirements. SKYBEAM gives designers greater freedom to integrate autonomous lighting without compromising the language of the space.

HERMES is built around a simple principle: put light where it is needed, and avoid wasting it where it is not. A robust die-cast aluminium body, integrated LiFePO₄ energy storage and precision optical control create a dependable solar lighting platform for roads and larger outdoor environments.

A choice of engineered beam distributions allows the lighting design to respond to different road geometries, improving uniformity and visual comfort while reducing spill light, dark zones and unnecessary energy use. The result is not simply higher output, but more purposeful illumination.

DIYA brings the autonomy of solar lighting into a compact, fully integrated street-lighting platform. Adjustable LED modules allow the light to be shaped around the project, while solar generation, LiFePO₄ storage and intelligent energy management are contained within a structure designed for straightforward installation and long-term serviceability.

Beyond illumination, DIYA is conceived for connected infrastructure. Its optional Zhaga-D4i interface opens the luminaire to sensors, communication nodes and future smart-city systems — without locking the project into a single technology ecosystem.

PILLAR B treats solar technology as part of the architecture rather than an added component. Vertical solar surfaces, a slender structural profile and carefully controlled 180° illumination come together in a lighting element designed to belong naturally within gardens, residential landscapes and pedestrian spaces.

By integrating energy generation, storage, sensing and light into one coherent form, PILLAR B reduces visual complexity while preserving the character of the surrounding landscape — a quieter approach to autonomous outdoor lighting.

LINE 180-1 brings a distinctly architectural character to solar pathway lighting. Its slender proportions, wood-inspired surface and precisely integrated solar technology allow the luminaire to sit quietly within gardens, pathways and refined landscape environments rather than competing with them.

Developed around European lighting aesthetics, the design combines efficient vertical solar capture with controlled illumination, intelligent sensing and long-life energy storage. Every element serves the same purpose: to make autonomous lighting feel considered, natural and visually calm.

SKYBEAM moves solar lighting beyond the conventional relationship between a pole, a panel and a luminaire. Solar generation, energy storage and lighting are resolved within a single architectural structure, creating a clean vertical presence for streets, public spaces and contemporary developments.

Behind its restrained form is a professional lighting system: high-efficiency energy management, modular battery architecture and precision optics that can be selected around pedestrian, roadway and wide-area requirements. SKYBEAM gives designers greater freedom to integrate autonomous lighting without compromising the language of the space.

HERMES is built around a simple principle: put light where it is needed, and avoid wasting it where it is not. A robust die-cast aluminium body, integrated LiFePO₄ energy storage and precision optical control create a dependable solar lighting platform for roads and larger outdoor environments.

A choice of engineered beam distributions allows the lighting design to respond to different road geometries, improving uniformity and visual comfort while reducing spill light, dark zones and unnecessary energy use. The result is not simply higher output, but more purposeful illumination.

DIYA brings the autonomy of solar lighting into a compact, fully integrated street-lighting platform. Adjustable LED modules allow the light to be shaped around the project, while solar generation, LiFePO₄ storage and intelligent energy management are contained within a structure designed for straightforward installation and long-term serviceability.

Beyond illumination, DIYA is conceived for connected infrastructure. Its optional Zhaga-D4i interface opens the luminaire to sensors, communication nodes and future smart-city systems — without locking the project into a single technology ecosystem.

PILLAR B treats solar technology as part of the architecture rather than an added component. Vertical solar surfaces, a slender structural profile and carefully controlled 180° illumination come together in a lighting element designed to belong naturally within gardens, residential landscapes and pedestrian spaces.

By integrating energy generation, storage, sensing and light into one coherent form, PILLAR B reduces visual complexity while preserving the character of the surrounding landscape — a quieter approach to autonomous outdoor lighting.