SERRANOVA The future of Urban Innovation
The relationship between agriculture and technology is getting ever closer. In the cultivation sector, Serranova claims that its new technologies are “the future of urban farming”. The Perugia-based company specializes in the production of high-tech vertical greenhouses that also adapt to the new trend in urban landscapes populated with spaces dedicated to agriculture.
“Thanks to the photoluminescent panels that we have patented, we are able to convert sunlight or artificial light into a precise peak to optimize the effectiveness of photosynthesis in plants,” explains Stefano Chiocchini, CEO of Serranova. “Plants grow faster while when using organic farming processes.”
Not only that; in addition to using growth amplification systems, Serranova products help reduce energy consumption. Thanks to their photoluminescence system, the use of simple white-light LED spotlights is implemented with an intermittent system that reduces the energy used to supply the same amount of light to plants by 80%.
The relationship between agriculture and technology is getting closer and closer. In the use of new technologies in the cultivation sector, Serranova proposes itself as “the future of urban farming”. The company based in Perugia specializes in the production of “vertical” greenhouses with a high technological content, which adapt to new trends that also see urban landscapes populated with spaces dedicated to agriculture.
“Thanks to the photoluminescent panels that we have patented, we are able to convert sunlight or artificial light into a precise peak, which optimizes the effectiveness of the plant photosynthesis process,” says Stefano Chiocchini, CEO of Serranova. “Plants grow faster by respecting organic cultivation processes”.
Not only that: in addition to the use of growth “amplification” systems, Serranova products make it possible to reduce energy consumption. Thanks to the photoluminescence system, the use of simple white light LED spotlights is implemented with an “intermittent” system, which allows the energy used to be reduced by 80% for the same light supplied to the plants.
