Intellifarms
IntelliFarms represents a step towards a more sustainable and efficient agricultural model. The key to the project lies in its modularity and adaptability. This flexibility is manifested in the layout of its components, which can be distributed horizontally or vertically, maximising the use of the available space.
Intellifarms
IntelliFarms represents a step towards a more sustainable and efficient agricultural model. The key to the project lies in its modularity and adaptability. This flexibility is manifested in the layout of its components, which can be distributed horizontally or vertically, maximising the use of the available space.
Intellifarms
IntelliFarms represents a step towards a more sustainable and efficient agricultural model. The key to the project lies in its modularity and adaptability. This flexibility is manifested in the layout of its components, which can be distributed horizontally or vertically, maximising the use of the available space.
Intellifarms
IntelliFarms represents a step towards a more sustainable and efficient agricultural model. The key to the project lies in its modularity and adaptability. This flexibility is manifested in the layout of its components, which can be distributed horizontally or vertically, maximising the use of the available space.
Research
Research
The project requires a great capacity to adapt to different soils, spaces and natural ecosystems. For this reason, the main concept of the project will be modularity. This will allow the construction of individual pieces that can be combined in different ways to adapt to the particular context in which each installation is developed. Inspired by the aforementioned projects, the aim was to find a morphology that would allow easy adaptation to the terrain and at the same time be functional and efficient.
The project requires a great capacity to adapt to different soils, spaces and natural ecosystems. For this reason, the main concept of the project will be modularity. This will allow the construction of individual pieces that can be combined in different ways to adapt to the particular context in which each installation is developed. Inspired by the aforementioned projects, the aim was to find a morphology that would allow easy adaptation to the terrain and at the same time be functional and efficient.
Research
The project requires a great capacity to adapt to different soils, spaces and natural ecosystems. For this reason, the main concept of the project will be modularity. This will allow the construction of individual pieces that can be combined in different ways to adapt to the particular context in which each installation is developed. Inspired by the aforementioned projects, the aim was to find a morphology that would allow easy adaptation to the terrain and at the same time be functional and efficient.
Design
Design
A system of modular greenhouses that interconnect and form structures over a flooded field is an innovative and sustainable solution for agriculture. The greenhouses use solar panels and artificial light to provide the plants with light for growth, and aeroponic towers allow the plants to be grown without soil. In addition, an artificially intelligent robot harvests the plants efficiently and accurately. Above the greenhouses is a modular public park that is landscaped with local flora and promotes the ecoregion, as well as providing a pleasant place for leisure and recreation for the locals.
A system of modular greenhouses that interconnect and form structures over a flooded field is an innovative and sustainable solution for agriculture. The greenhouses use solar panels and artificial light to provide the plants with light for growth, and aeroponic towers allow the plants to be grown without soil. In addition, an artificially intelligent robot harvests the plants efficiently and accurately. Above the greenhouses is a modular public park that is landscaped with local flora and promotes the ecoregion, as well as providing a pleasant place for leisure and recreation for the locals.
Design
A system of modular greenhouses that interconnect and form structures over a flooded field is an innovative and sustainable solution for agriculture. The greenhouses use solar panels and artificial light to provide the plants with light for growth, and aeroponic towers allow the plants to be grown without soil. In addition, an artificially intelligent robot harvests the plants efficiently and accurately. Above the greenhouses is a modular public park that is landscaped with local flora and promotes the ecoregion, as well as providing a pleasant place for leisure and recreation for the locals.
Sustainability
Sustainability
Intellifarms aims to significantly reduce water consumption by using the aeroponics method, which consumes 90% less water than conventional methods of plant production. In addition, it aims to eliminate the need for pesticides or fertilisers as the plants are in a controlled environment and receive nutrients directly into their roots, so they are not threatened by insects or pests.
Intellifarms aims to significantly reduce water consumption by using the aeroponics method, which consumes 90% less water than conventional methods of plant production. In addition, it aims to eliminate the need for pesticides or fertilisers as the plants are in a controlled environment and receive nutrients directly into their roots, so they are not threatened by insects or pests.
Sustainability
Intellifarms aims to significantly reduce water consumption by using the aeroponics method, which consumes 90% less water than conventional methods of plant production. In addition, it aims to eliminate the need for pesticides or fertilisers as the plants are in a controlled environment and receive nutrients directly into their roots, so they are not threatened by insects or pests.
Intellipark
Intellipark
The IntelliPark is modular and can therefore be expanded as required. This allows for the creation of exciting trails for visitors with breathtaking panoramic views of the Argentinean countryside and surrounded by native flora and fauna. These native species were carefully chosen for their potential in the ecoregion, which increases the relevance of the project in terms of sustainability and biodiversity. In addition, visitors will have a close interaction with the agriculture of the future, which will inspire future generations to adopt better agricultural practices.
The IntelliPark is modular and can therefore be expanded as required. This allows for the creation of exciting trails for visitors with breathtaking panoramic views of the Argentinean countryside and surrounded by native flora and fauna. These native species were carefully chosen for their potential in the ecoregion, which increases the relevance of the project in terms of sustainability and biodiversity. In addition, visitors will have a close interaction with the agriculture of the future, which will inspire future generations to adopt better agricultural practices.
Intellipark
The IntelliPark is modular and can therefore be expanded as required. This allows for the creation of exciting trails for visitors with breathtaking panoramic views of the Argentinean countryside and surrounded by native flora and fauna. These native species were carefully chosen for their potential in the ecoregion, which increases the relevance of the project in terms of sustainability and biodiversity. In addition, visitors will have a close interaction with the agriculture of the future, which will inspire future generations to adopt better agricultural practices.
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