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Fond The Future of Grow

Our work

Professional and methodical, we have the ability to optimize all types of projects and create custom LED lights at the request of customers without minimum quantities. Leader in advanced horticultural LED technology, our Swiss know-how will seduce you.

UNIL University
Lausanne in Switzerland

Optimization of 12 research laboratories in plant biology. Replacement of neon tubes with horticultural LED luminaires with high luminous efficiency.

Result: 58% reduction in energy consumption.

UNIL University
Lausanne in Switzerland

Optimization of 6 plant biology research greenhouses. Replacement of 360 HPS lamps of 400w  by 120 horticultural LED luminaires of 600w with high luminous efficiency.

Result: 50% reduction in energy consumption.

université de lausanne UNIL
Projets The Futur of Grow

REPORTING UNIL
Lausanne in Switzerland

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UNIGE University
Geneva Switzerland
 

Custom creation of 2 plant biology culture rooms. ​

Custom stainless steel shelves. ​
Custom LED lighting with switches and dimmers per floor

UNIGE université de Geneve

VERTICAL CULTIVATION
Switzerland

Creation of a turnkey vertical CBD cannabis cultivation project.

5 cultivation rooms with 60 lamps for a total of 300 LED lighting fixtures.

Lighting, automation, electricity, irrigation, growing table, solar panels, filtration, climate management.

Projets The Futur of Grow
Image The Future of Grow

ARTICLE
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UNIL University 

Lausanne in Switzerland

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Optimization of culture rooms.

Decrease 50% off consumption energy.

Tanja Schwander is a biologistSwiss olutionist and professor at the University of Lausanne. She is known for her work on the evolution of sexual reproduction in insects.

schwander The Futur of Grow
Led fitotron

HEPIA

Lullier in Switzerland

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Update of the 13 FITOTRON climatic chambers at the Geneva agricultural engineering school.

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Custom development of LED lighting to replace neon tubes. Addition of PAR-PPFD probes and a controller for lighting control in rooms without lamp dimming system.

50% reduction in energy consumption.

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