The planter offers complete water and energy autonomy, combining a built-in tank with sensor-based irrigation, energy production and storage, and IoT connectivity. It enables the creation of green spaces in consolidated urban areas where underground utilities prevent the traditional installation of shrubs or trees, enriching plazas, streets, and pedestrian environments with biodiversity and improved quality of life.
Degree of protection of light fixtures against the penetration of solids and liquids.
IEC 529 - EN 60529 Standard.
(First digit – Solids / Second digit – Liquids)
IP55
5. Protected against dust penetration.
5. Protected against jets of water.
IP65
6. Hermetically protected against dust.
5. Protected against jets of water.
IP66
6. Hermetically protected against dust.
6. Protected against sea swells and similar.
Degree of protection against mechanical impacts provided by the enclosure.
In accordance with EN 50102.
IK08 (0.5 J), IK09 (1 J), IK10 (2 J).
CLASS I.
Functional insulation in all its parts and ground connection.
CLASS II.
Double reinforced insulation to avoid voltage in exposed metal parts.
Product certificates
All our products comply with applicable European Directives and Standards, authorizing free circulation within the European Economic Area (EEA). We also comply with the Electromagnetic Compatibility (EMC) Directive and the Low Voltage Directive. We certify with ENAC-accredited external laboratories.
Smart planter
Its autonomous sensor system continuously analyses environmental conditions, while a local intelligence makes decisions to ensure plant wellbeing with minimal human effort. From the substrate to the climate, every feature works in harmony to maintain the perfect balance between nature, technology, and sustainability.
The irrigation adapts to the needs of each plant, following its natural rhythm.
The planter integrates a sensor-based, vandal-resistant irrigation system that measures substrate moisture and temperature, automatically adjusting watering frequency according to each species’ requirements. Irrigation is activated automatically when needed, avoiding excesses and unnecessary water loss. The system also analyses climate conditions such as rainfall and evaporation to optimize water consumption and prevent waste.
Fully self-sufficient, with no need for electrical or water connections. Its photovoltaic system harnesses sunlight to power all components, even in demanding urban environments. It features a monocrystalline solar panel and an internal battery that ensure continuous operation of irrigation, sensing, and connectivity. Thanks to efficient energy management, it maintains stable performance even under low solar radiation. The 100L tank stores water for multiple cycles and sends an alert when empty, shifting from inefficient weekly watering to simple monthly refills.
Remote control from anywhere, without unnecessary travel. Equipped with IoT connectivity (WiFi, LoRa, 4G LTE, GNSS, and Bluetooth), Solana communicates with the Urbidata platform, where all planters can be monitored and managed. Technical staff can check current status, adjust irrigation patterns, access historical data, and receive automatic notifications about water levels, battery status, or potential faults, minimizing the need for on-site visits. In addition, its smart sensors detect impacts, movements, or unauthorized openings, enabling faster, more precise interventions with lower operational costs.
Technology to transform urban space management
Solana is more than just a planter, it’s a modular system designed to scale to any urban dimension. Multiple planters connected to a cloud-based infrastructure create a distributed green network. This system is built to simplify maintenance, optimize interventions, and enhance urban planning, turning streets, squares, and public spaces into sustainable and intelligent ecosystems.
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The planter is designed to reduce maintenance costs, optimize resources, and enable remote monitoring from any device through the urbidata app.
- Automatic irrigation.
- Survival irrigation.
- No irrigation.
- Substrate temperature and humidity.
- Water tank level detection.
- Impact and displacement detection.
- Maintenance access detection.
- Battery status analytics.
- Weather forecasting.
Push, email, WhatsApp, or SMS alerts for:
- Irrigation
- Water tank status
- Impacts
- Access events
- System faults
Its intelligent system combines sensors, connectivity, and local algorithms that work autonomously to maintain plant health with minimal human effort.
- WiFi, LoRa, cellular (4G LTE), GNSS y Bluetooth.
- Actualizaciones Firmware por OTA.
- Humidity and temperature sensor.
- 12V self-priming pump.
- Triaxial accelerometer.
- 2Ah battery.
- Monocrystalline photovoltaic panel.
- · Nominal power: 20 Wp
- · Maximum voltage: 18 V
- · Tempered glass: 3.2 mm
- · STC (standard test conditions): 1000 W/m² irradiance, AM 1.5 spectral distribution, temperature 25±2°C
- Edge Computing equipment with BMS and communications.
- · Operating temperature: +5/+40°C
- · Approximate energy consumption: Standby: 0.10 Wh; Connected: 1.25 Wh / 2.30 Wh; Operation: 14.60 Wh / 15.60 Wh
- Edge agent programming.
- API integration to and from external systems.
- Accessible via desktop, tablet, or mobile.
- Container in rotomoulded recycled PE.
- External panels made of strips of compact high pressure laminate (HPL).
- Upper cover made of powder-coated AISI304 stainless steel.
- Support elements made of hot-dip galvanized steel.
- Exudation watering system through porous hoses.
- Watertight box made of PP for electronic elements.
- A2 stainless steel hardware.
Brown HPL
The colours shown are purely indicative.
Other colours are available upon request.
Check finishes for marine environments.
Planter
- Does not need to be anchored to pavement.
- The element is supplied assembled and packaged.
- It includes a battery.
- As an option, it can be connected to the mains.
- Installation and assembly instructions included.
- Container with useful capacity of 100l.
- Volume of substrate 0.24 m3.
- Includes an IoT system with integrated sensors, connected to a cloud-based management platform.
- The planter regulates itself, depending on the plant’s water needs, thus saving water.
- It detects movement, impacts and vandalism.
- It does not require any maintenance.
- Open the Urbidata platform on Cloud or OnPremise.
CE
IP66
IK08
Planter (no water, no substrate): 80
Planter (with water and substrate): 450
*Approximate weight without packaging (kg)
