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ce systme facile dutilisation realisement pratique montage simple le design aussi est tres agreable et tout fonctionne sans prise de tete
Hydroponic/aeroponic systems
GrowStream 10-V2 Aero-Hydroponic System - Terra Aquatica
5.0
Réf. SYST-HYDRO-GROW-STREAM-10-V2 Terra Aquatica
- Reduced risk of root diseases through optimal oxygenation.
- Suitable for large plants thanks to generous root space.
- Durable, UV-resistant design.
- Simplified installation and maintenance.
- Eco-responsible and economical solution.
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GrowStream 10-V2 Aero-Hydroponic...
399,00 €
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5 % pour toi & 5 % pour ton ami
Description
Product presentation
GrowStream 10-V2 System - Terra Aquatica : A Revolution for your Soilless Cultivations
The Terra Aquatica GrowStream 10-V2 is an innovative aero-hydroponic system, designed to optimize your yields while respecting the environment. Designed for growing 10 plants, this high-performance system combines efficiency, economy and ease of use.
Advanced technology and optimized design
The GrowStream stands out with its unique features:
- Closed-Loop Technology : Maximize water and nutrient usage without waste.
- Syncra 1.0 pump : Flow rate of 950L/h for continuous oxygenation and reduced consumption (16W).
- Robust materials : UV-resistant, double-walled white plastic tubes, guaranteeing thermal and light insulation.
- Practical dimensions : 1.09 x 0.49 x 0.57 m, easily integrating into different spaces.
Why choose the GrowStream 10-V2?
1. Substantial savings
- 80% less water : Compared to growing in soil, the GrowStream drastically reduces water consumption.
- Full nutrient utilization : Fertilizers are fully absorbed, minimizing losses and preserving soils.
2. Optimized growth
- Continuous oxygenation promotes rapid and healthy root development.
- Plants grow in a controlled environment, reducing the need for pesticides and herbicides.
3. Practical and versatile
- Direct Root Access : Easily monitor and intervene to ensure optimal health for your plants.
- Suitable for both indoor and outdoor growing thanks to its compact and ergonomic design.
How the GrowStream 10-V2 works
The system uses a simple and effective principle:
- The nutrient solution circulates through specially designed gutters, where jets create constant movement to oxygenate the water.
- The roots of the plants are placed in basket pots filled with clay balls, ensuring perfect drainage.
- The water is collected in a tank, filtered, then reinjected for a continuous cycle.
The pumps can run 24 hours a day or be turned off at night to save energy, except in high temperatures.
What the growers say
"The GrowStream has transformed the way I grow. The results are fast, the plants are in excellent health and I save a lot of water. An ideal solution to combine performance and ecology."
— Expert Grower's Opinion
Frequently Asked Questions
1. What crops is this system suitable for?
The GrowStream is perfect for vegetables, herbs and flowers requiring high oxygenation.
2. What maintenance is required?
Regular cleaning of the tank, gutters and filters ensures optimal operation.
3. What is the lifespan of the system?
With UV-resistant materials and a robust design, this system can last for many years with proper maintenance.
4. Can I use other substrates besides clay balls?
Yes, any light, free-draining substrate is suitable, as long as it does not block the flow of the nutrient solution.
5. Is specific handling required?
No, the system is designed to be simple to install and use, even for beginners in aero-hydroponics.
Boost your crops with Terra Aquatica 's GrowStream 10-V2, and enjoy rapid growth, sustainable savings and unmatched performance!
Technical data sheet
Features detailed
| Marque | Terra Aquatica |
|---|---|
| Growing medium compatibility | Hydroponics |
| Dimensions | 109 x 49 x 57 |
| Type | Aéroponie |
| Compatibilité | solutions nutritives Terra Aquatica, billes d'argile, pots panier de 3 pouces |
| Alimentation | 230V |
| Nombre de plantes | 10 |
| Type de système | Aéroponie |
| Pompe incluse | non (nécessite une pompe à eau standard) |
| Adaptabilité | extensible en modules jusqu'à 120 plantes, s'adapte aux tentes de culture |
Convinced? Shipped from France. Add to cart — 399,00 €
They've adopted it
Reviews customers
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Excellent choix. Ça
Excellent choix. Ça marche super bien et c'est facile à utiliser. Recommande.
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C'est un bon
C'est un bon investissement. Ça marche bien, pas de déception. Recommande.
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Après quelques jours d'utilisation
Après quelques jours d'utilisation intensive, je peux confirmer que ce produit tient ses promesses. Efficace, économique, et facile à mettre en place. Les résultats sont visibles rapidement. Le service client est top, très réactif. Livraison sans souci. C'est un bon rapport qualité-prix pour ce type de produit. Recommande.
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Vraiment impressionné par la
Vraiment impressionné par la qualité et l'efficacité. J'utilise ce produit depuis plusieurs semaines maintenant et les résultats sont excellents. La livraison a été rapide et le produit bien protégé. Le service client a répondu à mes questions rapidement. Je recommande vivement ce produit à tous ceux qui cherchent une solution efficace et durable.
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Frequently asked questions
Your questions
What is the exact electrical power of the Syncra 1.0 pump in the GrowStream 10-V2 and can it operate continuously 24/7 without the risk of overheating?
The Syncra 1.0 pump of the Terra Aquatica GrowStream 10-V2 system has an exact electrical power of 16 watts. It is designed to operate continuously 24/7 without overheating risk thanks to its built-in thermal protection that stops the pump if the temperature exceeds the limit. It is a reliable and quiet pump, suitable for both immersion use and dry operation.
What are the concrete feedbacks after several months of use regarding the reliability of the Syncra 1.0 pump and the maintenance of a constant flow without risk of failure?
The Syncra Silent 1.0 pump integrated into the GrowStream 10-V2 Aero-Hydroponic system is known for its stable performance, remarkable silence, and energy efficiency. Its robust design, including a stainless steel shaft and thermal protection, aims to ensure a constant flow and good long-term reliability.
Although we do not have specific user feedback on this system with this pump after several months, the extended 5-year warranty reflects the manufacturer's confidence in its durability. Under normal operating conditions, this pump remains a solid choice for ensuring a consistent flow without major risk of failure.
What is the average yield in g per plant with the GrowStream 10-V2 compared to traditional soil cultivation for herbs?
The GrowStream 10-V2 Aero-Hydroponic System generally offers a yield that is 20 to 50% higher compared to traditional soil cultivation for herbs, thanks to better root oxygenation, constant access to water and nutrients, and accelerated growth. However, there are no precise and standardized data in grams per plant published for this system. In practice, this results in plants that are in excellent health and more frequent harvest cycles, thus optimizing the productivity of your aromatic crops.
Does the GrowStream 10-V2 effectively support fast-growing varieties under LED with adjusted pump flow management to optimize oxygen and nutrient absorption?
The GrowStream 10-V2 Aero-Hydroponic System is perfectly designed for fast-growing varieties under LED lighting. Thanks to its unique programmable pump, you can accurately adjust the flow rate and watering intervals, optimizing root oxygenation and nutrient absorption.
Its spacious root chamber, combined with advanced aero-hydroponic technology, ensures rapid and healthy growth by maintaining an ideal environment even under the thermal demands of intense LEDs. Innovations like the double wall and flexible connectors ensure system stability and limit nutrient losses.
In summary, this system offers fine and efficient pump flow management, perfectly suited to stimulate the vigor and yield of your indoor plants.
What is the average daily total electrical consumption of the GrowStream 10-V2 in continuous operation and its impact on yield g/Watt?
The GrowStream 10-V2 consumes about 16 Watts continuously thanks to its Syncra 1.0 pump, resulting in a total consumption of 0.384 kWh per day when operating 24/7. This low energy requirement comes with a notable optimization of growth due to excellent root oxygenation and a reduced water usage of approximately 80% compared to soil cultures.
Regarding the yield in grams per watt consumed, there is no specific exact value for this model. However, this aeroponic-hydroponic system is recognized for maximizing plant growth while limiting energy expenditure, which results in a good overall yield relative to the energy used.
What cleaning frequency is recommended to avoid odors and maintain good aeration of the reservoir in this GrowStream 10-V2 Aero-Hydroponic System?
For the GrowStream 10-V2 Aero-Hydroponic System, it is advised to completely drain, clean, and disinfect the reservoir at the end of each growing cycle, approximately every 6 to 12 weeks. In the meantime, a regular rinse every 1 to 2 weeks with clear water or an appropriate disinfectant solution helps prevent the accumulation of algae and residues that cause bad odors and poor aeration.
Also, remember to check the cleanliness of the pipes, pumps, and accessories with each nutrient solution change to ensure a healthy environment and optimal air and nutrient circulation.
To limit the heat generated by the Syncra 1.0 pump, do you recommend systematic night shutdown or only during high temperatures?
The Syncra 1.0 pump of the GrowStream 10-V2 Aero-Hydroponic system is designed to run continuously 24/7 without the risk of overheating, thanks to built-in thermal protection. Therefore, it is not necessary to stop it systematically at night or during high temperatures: the system manages the temperature effectively on its own.
What are the ideal pump cycle parameters 24/7 versus intermittent cycles to optimize growth and save energy with the GrowStream 10-V2?
The GrowStream 10-V2 Aero-Hydroponic System offers great flexibility to optimize both plant growth and energy consumption. In continuous operation 24/7, the pump ensures constant irrigation and oxygenation, ideal especially in hot weather or under intense lighting to avoid root water stress.
To save energy, it is advisable to adopt intermittent cycles in temperate or cool areas, for example by stopping the pump at night when the temperature drops. This method maintains good oxygenation while reducing electrical consumption.
It is important to adjust the frequency and duration of the cycles according to the ambient temperature, growth stage, and culture. Regular maintenance of the system also ensures optimal irrigation efficiency.
How to manage the simultaneous cultivation of several varieties with different nutrient needs and watering cycles in the GrowStream 10-V2 aeroponic-hydroponic system?
The GrowStream 10-V2 Aero-Hydroponics system allows for the simultaneous cultivation of several varieties thanks to its modular spacing between plants via flexible T-connectors. This makes it easier to accommodate plants of different sizes.
However, the nutrient solution circulates in a single reservoir, meaning that the same formula is distributed to all plants. It is therefore advisable to group varieties with similar nutrient needs and watering cycles to optimize their development.
The watering cycle can be programmed globally via the pump, but there is no individual management per plant. Regular vigilance and manual adjustments (specific inputs, modification of the solution between crops) are necessary if the requirements are divergent.
In summary, this system excels in its simplicity and mechanical flexibility, ideal for homogeneous crops or those with similar nutritional profiles, but requires some adaptation and observation to manage varieties with very different needs.
Compatible with home automation integrators like MQTT or Zigbee for pump control and real-time water reservoir monitoring?
The GrowStream 10-V2 Aero-Hydroponic System from Terra Aquatica does not have native compatibility with home automation integrators like MQTT or Zigbee. It operates autonomously, with a pump that can be run continuously or managed via a standard timer, without dedicated electronic control for remote operation or real-time monitoring of water level.
For home automation management, it would require adding compatible external sensors and actuators, as well as custom programming, since no connected function or IoT interface is provided out of the box with this system.
What is the average electrical consumption of the GrowStream 10-V2 in continuous operation and its yield in grams per watt?
The GrowStream 10-V2 Aeroponic-Hydroponic System consumes an average of 16 watts in continuous operation, thanks to its Syncra 1.0 pump optimized for 24/7 use. This represents approximately 0.384 kWh per day.
Regarding the yield in grams per watt, no precise data is officially communicated. However, this technology promotes rapid and healthy plant growth due to excellent root oxygenation and optimal nutrient management, promising a higher energy yield than traditional systems.
To maintain these performances, regular maintenance of components (pump, tubes) during nutrient solution changes is recommended.
What is the average daily electricity consumption in watt-hours of the GrowStream 10-V2 system in continuous operation and its real impact on yield gain compared to a traditional hydro system?
The GrowStream 10-V2 Aero-Hydroponic system consumes about 16 watts in continuous operation, which results in an average electricity consumption of approximately 384 Wh per day (16 W × 24 h).
This moderate consumption powers an aero-hydroponic technology that optimizes the oxygenation of the nutrient solution through swirling jets, promoting maximum nutrient absorption by the roots. This process enables faster and healthier plant growth compared to a traditional hydroponic system.
By limiting water and fertilizer waste through its closed circuit and precise nutrient optimization, the GrowStream 10-V2 generates a superior yield compared to a traditional hydroponic system, while also providing very interesting energy efficiency for indoor cultivation.
Does the Syncra 1.0 pump really hold up over time in continuous use without overheating or loss of flow?
The Syncra 1.0 pump integrated into the GrowStream 10-V2 system is designed for continuous operation without overheating, thanks to its built-in thermal protection. Its quiet and energy-efficient motor, combined with a ceramic shaft, ensures great durability and wear resistance, thus limiting flow loss over time. Additionally, its preset flow rate and suction cups stabilize its operation and protect against any premature malfunction. You can therefore trust it for prolonged use without worry of overheating or significant performance drop.
Does the GrowStream 10-V2 system really live up to its promises of water savings and sustainability over time, even under intensive use?
The GrowStream 10-V2 Aeroponic-Hydroponic System indeed lives up to its promises regarding water savings and sustainability, even under intensive use. Its closed-loop technology recycles the nutrient solution, significantly reducing water consumption compared to traditional systems. With a 45-liter reservoir and controlled irrigation, it minimizes water loss while ensuring optimal oxygenation of the roots.
Designed with UV-resistant materials, an insulating double wall, and easy cleaning, this system offers notable robustness and longevity, even for frequent use. User feedback highlights its simplicity of installation, minimal maintenance, and the excellent vigor of the plants obtained.
This system proves to be a reliable choice for reducing water consumption while ensuring an efficient and sustainable aeroponic-hydroponic cultivation.
Micro culture 10 plants: does the pump flow rate of 950L/h risk creating too much turbulence and disturbing the roots in aero-hydroponics?
The GrowStream 10-V2 Aero-Hydroponic System is specifically designed for the cultivation of 10 plants with a pump flow rate of 950 L/h. This flow, delivered intermittently and precisely, ensures optimal oxygenation without creating excessive turbulence that could disturb the roots.
Thanks to its innovative design and flexible connectors, the system promotes an even distribution of the nutrient solution, thus minimizing turbulence in the root zone. You can therefore cultivate confidently in aero-hydroponics, as the flow rate is perfectly suited for an effective balance between nutrient supply and root health.
Is an autonomous management system planned to adjust the pump flow according to ambient temperature to optimize consumption and oxygenation?
The GrowStream 10-V2 Aero-Hydroponic system is equipped with a Syncra 1.0 pump that operates either continuously or via a standard timer. However, it does not have autonomous management to automatically adjust the flow based on ambient temperature. No integrated system or native IoT connectivity is provided for dynamic adaptation.
For intelligent management based on environmental conditions, it would be necessary to add sensors and a home automation system with specific programming. Without this, the pump operates on a fixed schedule or continuously, ensuring efficient oxygenation but without automatic optimization of consumption or oxygenation.
Can distinct cycles be programmed for two different crops on the GrowStream 10-V2 to optimize watering and oxygenation phases in parallel?
The GrowStream 10-V2 indeed allows for simultaneous cultivation of multiple varieties thanks to a modular spacing, but the nutrient solution circulates in a single reservoir. Consequently, watering and oxygenation cycles are programmed globally for all plants, with no possibility for distinct settings for each crop.
To optimize plants with different needs, it is preferable to group those with similar requirements or to manually adjust the parameters over time. This system does not manage separate cycles in parallel, but remains excellent for homogeneous crops.
What is the exact electrical consumption when operating 24/7 for 10 plants with this GrowStream 10V2 aeroponic system?
The GrowStream 10-V2 Aeroponic System consumes a constant power of 16 watts during continuous operation 24/7 thanks to its optimized Syncra 1.0 pump.
In practice, this represents an electrical consumption of approximately 384 Wh (0.384 kWh) per day for 10 plants.
This value only corresponds to the pump, the main electrical component, as the system does not have any other elements consuming electricity continuously.
What is the average electrical consumption of the GrowStream 10-V2 in continuous operation and what yield in g/watt can be expected for a typical aromatic vegetable crop?
The GrowStream 10-V2 Aero-Hydroponic System consumes on average 16 watts in continuous operation, which is about 384 Wh per day. This level of consumption allows for a very efficient energy management for an aero-hydroponic system.
Regarding the yield in grams per watt for aromatic vegetable cultivation, there are no official numerical data available. Nevertheless, due to its optimized root oxygenation and closed nutrition system, this system promotes rapid growth and higher yields compared to traditional hydroponic technologies. This results in better nutrient absorption and a more economical use of water and fertilizers.
To maximize these performances, it is important to perform regular maintenance, especially on the pump and conduits, during nutrient changes. This care ensures consistent efficiency and an ideal root environment for your aromatic crops.
What adjustments do you recommend to manage the differentiation between growth and flowering with the GrowStream 10-V2 system in order to optimize nutrient supply and oxygenation?
To optimize the management between growth and flowering with the GrowStream 10-V2, here are the key settings:
Pump flow rate: in the growth phase, favor more frequent waterings for better nutrient absorption. During flowering, slightly reduce the flow rate to avoid excess water while ensuring constant oxygenation of the roots.
Nutrient supply: use a nitrogen-rich fertilizer for growth, while during flowering, increase the share of phosphorus and potassium to stimulate flower and fruit production.
Oxygenation: the system's aeroponic-hydroponic technology already ensures excellent oxygen supply through the swirling jets, just make sure the pump operates regularly.
Finally, take advantage of easy access to the roots to monitor their health and adjust your settings if necessary.
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