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SWITZERLAND Lausanne - 2022
The Department of Plant Molecular Biology (DBMV) aims to contribute to the challenges that humanity will face in the coming century, particularly that of feeding a population that will grow from 6.5 to 9 billion people by 2050 in a context of global warming.
Progress in understanding the fundamental aspects of plant molecular biology will be essential to developing agricultural production adapted to renewable energy sources and respectful of the environment.
The 360 HPS lamps currently installed in the university's greenhouses are largely defective.
These lamps are not designed to withstand the misting system, compromising their performance and durability.
The project aims to identify an alternative that meets the requirements of producers while adapting to technical constraints.
Reduction of
energy consumption
Lighting adapted to
humid and misting areas
Adaptation to the SIEMENS platform,
current fixings and existing cabling
An intelligent, state-of-the-art installation
More than a 50% reduction in energy consumption
Maintaining the same
level of brightness
Control of lighting
variation with light sensors
As part of this project, we implemented a dual optimization of energy consumption:
Replacement of 360 400w HPS lamps with 120 600w LED lamps, representing a 50% saving or 72 kW/h, while guaranteeing the same light output as the previous luminaires.
Integration of PAR light sensors for intelligent management of luminaire variation with the existing Siemens PLC.
Each greenhouse has been equipped with two PAR light sensors, offering precise lighting management for two distinct zones (left side and right side).
This configuration makes it possible to adjust the brightness by varying the intensity of the luminaires according to specific programmed needs and lack of sunshine.
To ensure perfect compatibility with the existing SIEMENS infrastructure and PLCs, we have designed a tailor-made solution. This includes the development of UV-resistant transformers, fixings, cables and click connectors, offering quick and flexible installation.
This design is designed to simplify long-term maintenance, thanks to fully individually replaceable components. At F.O.G, each luminaire part can be replaced in the event of failure, offering an economical and sustainable solution. This approach allows the producer himself to carry out the interventions, thus reducing maintenance costs while guaranteeing optimal long-term use.
With F.O.G, take advantage of an innovative solution, tailor-made to meet the requirements of your infrastructure, while ensuring maximum optimization of your energy consumption.
"Fabrizio and his company Future Of Grow allowed us to advance on a key research this year, with the possibility of having a completely customized installation and implementation of the project."
