{"id":3219,"date":"2023-01-25T15:49:22","date_gmt":"2023-01-25T15:49:22","guid":{"rendered":"https:\/\/server5.keti-test.it\/Verdeprofilo\/vertical-garden-innovation\/"},"modified":"2026-01-18T19:08:41","modified_gmt":"2026-01-18T19:08:41","slug":"vertical-garden-innovation","status":"publish","type":"post","link":"https:\/\/server5.keti-test.it\/Verdeprofilo\/en\/vertical-garden-innovation\/","title":{"rendered":"Vertical garden innovation"},"content":{"rendered":"

Our experience in\u00a0vertical green<\/strong>\u00a0has allowed us to devise an\u00a0innovative system<\/strong>\u00a0for the realization of\u00a0modular Vertical Gardens<\/strong>.<\/p>\n

The initial system from which we started was the classic hydroponics system consisting of an elementary structure composed of L or T-shaped uprights depending on the positioning on the wall, a rigid waterproof paneling covered by double or triple technical fabric according to the installation circumstances, respectively indoor or outdoor, the whole was completed with the plants and irrigation.
\nToday, technology has led us to design and engineering a performing and durable system over time, with lower supply costs and customization possibilities.
\nThe\u00a0Vertical Gardens<\/strong>\u00a0created with\u00a0VP-MODULO system<\/strong>\u00a0have a patented structure that allows the passage of air into the space created between it and the supporting wall, forming a protection for better\u00a0thermal and acoustic insulation<\/strong>.
\nThe\u00a0essences are pre-cultivated<\/strong>\u00a0into the modules that are made of EPP. This material not only gives a lasting solidity to the structure but also guarantees\u00a0protection to the plant roots\u00a0<\/strong>from any sudden temperature changes. In fact the EPP material of which the modules are composed doesn’t transmit neither hot nor cold so to maintain a\u00a0temperature suitable for root growth<\/strong>.
\nThe space available for the roots due to the size of the module allows the use of\u00a0more voluminous plants\u00a0<\/strong>compared to the hydroculture system, allowing us to create\u00a0most sophisticated botanical layouts<\/strong>\u00a0and as close as possible to the needs of the client.
\nGiven the absence of heat transfer to the ground, the\u00a0VP-MODULO system<\/strong>\u00a0is the ideal system for the realization of\u00a0Outdoor Vertical Gardens<\/strong>.
\nThe structural layouts for\u00a0outdoor vertical gardens<\/strong>\u00a0are numerous, thanks to the free positioning of the module into the structure and according to customer needs we can calibrate the amount of modules on the fa\u00e7ade, creating\u00a0vertical gardens<\/strong>\u00a0in total, partial or low coverage<\/strong>.<\/p>\n

Total coverage:<\/h4>\n

The system consists of a series of modules placed one on top of the other without escape between one module and another.
\nThis layout guarantees better thermal and acoustic insulation.
\nThe total green coverage is immediate but has a higher cost than the other two solutions.<\/p>\n

Partial coverage:<\/h4>\n

The system takes advantage of the alternation of the modules, creating a free escape between one module and the other of 20 cm.
\nIn this solution the complete green cover will require more time because there is a lower quantity of planted modules, the thermal and acoustic insulation will initially be comparable to half of the insulation obtained from the total coverage described above.
\nThe solution has a lower cost compared to total coverage.<\/p>\n

Low coverage:<\/h4>\n

The size and the shape of the module allow the creation of vertical gardens with the use of climbing essences, will have longer greening times than the above mentioned systems as the total coverage because depends only and exclusively on the growth of the essences on the wire mesh included in the system. The thermal and acoustic insulation with a newly installed system will be very low, after the greening completed we will have a thermal and acoustic insulation but not comparable to the total coverage.
\nThe costs of this layout are the lowest possible due to the minimum amount of modules compared to the coated surface.<\/p>\n