With their unique aesthetics, these products can enhance all your projects which call for designer and eco-friendly lighting.
The Eco Technology products equipped with the unique power tube technology, the latest generation LED technology and a programmable microprocessor (light management), will meet all your requirements of technological efficiency, eco-friendliness and energy efficiency.
Our premium range "Mira & Champ" comprises of 4 models:
If you only wish to change the bulbs of your lamps with the latest generation of LED, please select our product range "Antares", which can also meet this requirement.
Our ANTARES range offers you the ability to quickly and simply install new lighting or replace obsolete ones with the latest generation LED lamps powered by solar energy.
We can offer you a 100% solar version, completely independent of the grid, but also a hybrid version (combining solar and on-grid system). In the hybrid version the role of the grid is to supplement any potential shortage of stored solar energy and to sufficiently charge the batteries to ensure the optimum functioning of the light. With these different versions, our aim is to offer a unified urban aesthetic for a project and to thereby be in a position to meet the different demands of customers with regard to infrastructure with the same model. Each of our models are available in single and double cross versions.
The Eco Technology products are equipped with the unique power tube technology, the latest generation of LED technology and a programmable microprocessor (for light management) to meet your requirements in terms of technological efficiency, eco-friendliness and energy efficiency.
Our ANTARES range comes in four versions, either entirely solar powered or hybrid, always with the option of a single or double LED head:
Please note that we can also offer an on-grid version of these products. You can, therefore, choose to change only the light source (the lamp head) or, if required, change the whole structure, by choosing an assembled mast, while remaining connected to the power source.