Enabling greenhouse's energy transition
Voltiris enables the energy transition of greenhouses by developing a new generation of solar modules, allowing the combination of greenhouse crops and electricity production.
Producers can generate their own renewable electricity and thus reduce their external needs for fossil fuels. This results in improved energy independance, profitability and sustainability.
Voltiris modules are able to achieve energy production efficiencies as high as standard solar photovoltaic panels, at a similar cost
Producers can generate their own renewable electricity and thus reduce their external needs for fossil fuels. This results in improved energy independance, profitability and sustainability.
Voltiris modules are able to achieve energy production efficiencies as high as standard solar photovoltaic panels, at a similar cost
Innovations
Voltiris Solar Modules
Voltiris
The modules allow to combine electricity production with greenhouse crops. They are able to generate as much electricity as standard solar PV, at a similar cost, without impacting the yield of crops. This works with a patented spectral filtering technology that allows the light components needed by crops to pass through, unlike opaque panels that cast shadows and degrade crop production.
Voltiris
The modules allow to combine electricity production with greenhouse crops. They are able to generate as much electricity as standard solar PV, at a similar cost, without impacting the yield of crops. This works with a patented spectral filtering technology that allows the light components needed by crops to pass through, unlike opaque panels that cast shadows and degrade crop production.
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Products
Voltiris Solar Modules
Solar module compatible with greenhouse crops
Solar module compatible with greenhouse crops
Voltiris modules are able to achieve energy production efficiencies as high as standard solar photovoltaic panels, at a similar cost, without impacting the agricultural yield of high light crops commonly grown in greenhouses.
This is made possible by a patented spectral filtering technology that allows the light components (colors) needed by crops to pass through, unlike opaque panels that cast shadows and degrade crop production.
This is made possible by a patented spectral filtering technology that allows the light components (colors) needed by crops to pass through, unlike opaque panels that cast shadows and degrade crop production.
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