01 — Description
Présentation du produit
Precise control
Ideally regulate the temperature of your growing space.
Remote monitoring
Manage the temperature from your smartphone.
Voice compatibility
Compatible with Alexa and Google Home for voice control.
Easy installation
Installation in “Plug & Play” mode, quick and simple.
WIFI Thermostat Socket - The intelligent solution for your indoor cultivation
Take control of your indoor growing environment with our WIFI Thermostat Socket. This EU smart plug, easy to use and connect to your smartphone, allows you to monitor and regulate the temperature of your growing space remotely.
Why choose this connected thermostat socket for indoor cultivation?
Temperature Regulation : Ensures precise control of the temperature of your grow room or greenhouse, essential for the health and productivity of your plants.
Remote Monitoring : Allows you to monitor temperature remotely via your smartphone, providing exceptional flexibility and convenience.
Real-Time Notifications : Sends real-time notifications when the temperature exceeds or falls below the thresholds you set, allowing you to act quickly to correct the situation.
Voice Assistant Compatibility : Compatible with Alexa and Google Home for voice temperature control, making it easier to manage your grow room or greenhouse.
Automation : In association with the DOMIZ connected socket, allows you to automate the activation and deactivation of devices such as air extractors, fans or heaters, depending on the detected temperature.
Ease of Installation : The “Plug & Play” mode makes installation of the WIFI Thermostat Socket incredibly easy and quick.
Energy Saving : By optimizing temperature control, you can reduce energy loss, which is beneficial for the environment and your wallet.
Plant Protection : By maintaining a stable and optimal temperature, you help prevent heat stress that could affect the growth and health of your plants.
Optimization of Productivity : By precisely controlling the conditions of your grow room or greenhouse, you can optimize the productivity of your plants, thereby improving the yield of your crop.
Smart control
The WIFI Thermostat Socket is equipped with a 50cm probe, allowing you to precisely measure the temperature at a certain distance from the socket. The ON/OFF button and the light indicator offer you simplified use: if the light stays on, the connection is perfect, if it flashes, it is time to connect to WIFI.
Wide Compatibility
This connected socket is compatible with Alexa and Google Home. You can ask these voice assistants to tell you about the temperature of your growing room or to help you adjust the settings of your thermostat.
Free TUYA app
With the TUYA application, completely free and without subscription, easily manage the thermostat of your indoor culture. Receive notifications if the temperature is too high or too low, and take immediate action to protect your plants.
Automation with DOMIZ connected socket
Combined with the DOMIZ connected socket (sold separately), the WIFI Thermostat Socket can automatically turn on the device of your choice depending on the temperature. For example, if the temperature in your grow room is too high, it can automatically turn on the air extractor to cool the space.
Technical characteristics
With a maximum capacity of 3680W and 16A, the WIFI Thermostat Socket can manage a wide range of devices. It works on a 2.4Ghz WIFI connection, and has a compact size of 6.5 x 7.1 x 7.2cm for a light weight of 0.2Kg. The temperature control accuracy is +/- 1°C, with a voltage of 110-230VAC 50Hz.
Easy installation
Operating in “Plug & Play” mode makes installation of the WIFI Thermostat Socket incredibly easy. Simply plug it in, connect it to your WIFI network, and start taking control of your indoor growing environment.
Characteristics of this Thermostat connected socket:
- Plug type : EU
- Control : ON/OFF button, WIFI connection indicator light
- Probe : 50cm probe to control the temperature remotely
- Compatibility : Alexa, Google Home
- Associated application : TUYA (free, without subscription)
- Automation : Compatible with the DOMIZ connected socket (sold separately) for activation of devices based on temperature
- Maximum power : 3680W 16A
- Connection : 2.4Ghz WIFI
- Dimensions : 6.5 x 7.1 x 7.2cm
- Weight : 0.2Kg
- Installation : Plug & Play
- Temperature control : Accuracy +/- 1°C
- Voltage : 110-230VAC 50Hz
The WIFI Thermostat Socket is the smart choice for precise management of your indoor cultivation. Invest in controlling your growing environment today, and reap the benefits of a perfectly regulated ecosystem tomorrow.
03 — Avis clients
Customer reviews
Comments All reviews
04 — Questions sur ce produit
Product questions
Your questions about this product
- Hey, does this WIFI thermostat plug also manage electrical consumption limits to prevent my equipment from burning out, or is it just for temperature?The connected thermostat plug we offer at GrowLED is primarily designed to regulate temperature via a built-in probe, ideal for your grow box or greenhouse.It does not directly manage electrical consumption limits to protect your equipment. If you want to control electrical consumption, you need to look for connected plugs with consumption monitoring features, which this model does not have.
- Connected thermostat socket - Can different operating time slots be set in the TUYA application to adapt temperature regulation according to the day/night cycle of the crop?
Yes, the Tuya application allows you to set different time slots for the connected thermostat socket. You can program temperature regulation based on the day/night cycle of your crop, which is very practical to precisely adapt your growing conditions.
- What is the stability and reliability of the temperature probe placed at 50 cm to ensure accurate control in a growing environment with frequent thermal fluctuations?
The integrated temperature probe placed at 50 cm can provide good stability and acceptable reliability for automation control, thanks to modern sensors and a stable WiFi connection. However, in a growing environment where thermal fluctuations are frequent and rapid, this distance may introduce a slight delay or a measurement difference, affecting the system's responsiveness.
To ensure accurate control, it is preferable for the probe to be located as close as possible to the critical point or to use multiple probes to achieve finer and more tailored tracking of temperature variations. The quality of the communication protocol and the sensitivity of the sensor also play a key role in the overall reliability of the device.
In summary, this product remains relevant for connected thermal management, but for your LED cultivation with precise regulation needs, carefully positioning the probe is essential for optimal performance.
- Connected thermostat socket with 50cm probe, precision +/-1°C guaranteed reliable over time or risk of degrading after a few months of use?
The connected thermostat socket with a 50 cm probe offers good accuracy thanks to its modern sensors, typically stable around +/- 1°C. However, this remote probe may sometimes introduce a slight delay in detection, especially in case of rapid temperature variations.
Regarding durability, there is no specific data indicating systematic degradation after a few months of use. Like any electronic device, longevity will depend on the quality of the product and the conditions of use.
Thanks to reliable applications like Smart Life or Tuya Smart, you can program and optimize temperature control for effective and sustainable management of your culture.
- Is the 50cm probe sufficient to measure the temperature at the center of my 80x80 box without skewing the reading?A 50 cm probe is generally sufficient to measure the temperature at the center of an 80x80 cm box, provided that the sensor is located at the end of the probe and that it is properly inserted to reach precisely the center. It is crucial that the probe does not conduct heat from the outside and that it has time to thermally equilibrate to provide a reliable reading. If these conditions are met, the measurement will be accurate without skewing the reading.
- Does the Tuya app allow scheduling different time slots for the connected thermostat, or is it just a temperature threshold to define to trigger connected devices?
The Tuya app indeed offers the possibility to schedule different time slots for your connected thermostat, in addition to setting a simple temperature threshold.
Thanks to the built-in automation and weekly scheduling features, you can create multiple scenarios combining time slots and temperature conditions. This allows you to precisely adapt the operation of your devices according to the needs of the day or week, for optimal management of your indoor environment.
This flexibility makes the Connected Thermostat Socket – WIFI Control – Home Automation an ideal tool for intelligent and personalized thermal regulation.
- What is the actual temperature control accuracy in real growing conditions with this WiFi connected thermostat plug?The Connected Thermostat Plug - WiFi Control - Home Automation offers an temperature control accuracy of approximately +/- 1°C according to its technical specifications. In real growing conditions, this accuracy may vary depending on the position of the sensor and the quality of the WiFi signal. For optimal control, it is recommended to place the sensor as close as possible to the temperature-sensitive area or to use multiple sensors to better monitor variations in the growing space.
- How do you ensure the accuracy of the temperature probe at 50cm in a humid and variable environment like a grow room?
To ensure the accuracy of the temperature probe at 50cm in a humid and variable grow room, we use high-quality, calibrated, and certified sensors that guarantee an accuracy of ±0.5 °C. Their installation takes into account airflow and ambient humidity to avoid biases related to local microclimates, with optimal positioning via a sufficiently long cable.
The connected system integrates these accurate probes and allows, through Wi-Fi control, real-time monitoring and automatic adjustment of parameters such as ventilation or heating. This combination ensures reliable and stable measurements, essential for an optimized growing environment.
- what is the response time of the connected thermostat socket for the automatic on/off of the extractors in order to maintain a stable temperature in the growing chamber
The response time of a connected thermostat socket like the one you mentioned is generally very fast, around 0.5 to 1 second. This time corresponds to the interval between detecting an out-of-range temperature and the automatic on/off of your extractors. This level of responsiveness is ideal for maintaining a stable temperature in a growing chamber.
This can vary slightly depending on the quality of the WiFi signal, the load of the home automation system, and the mode of operation of the socket (local or remote). Some models integrate local management that ensures immediate action, even in case of a temporary loss of connection, which enhances the reliability of thermal regulation.
- Reliable WiFi thermostat socket over time with the 50cm probe? Actual precision of plus or minus 1 degree maintained over time confirmed? Real-time notifications work even if smartphone is out of network? Compatibility with Alexa and Google Home without bugs? Reactive after-sales service in case of problems?
Reliability and precision: The connected thermostat socket with a 50 cm probe generally offers a precision of ±1°C under normal conditions, which is sufficient for precise control. The maintenance of this precision over time is often good for quality products, even if few specific data are available.
Real-time notifications: Alerts work via the internet, so if your smartphone is out of network, they will not be received immediately but you will see them as soon as the connection is restored.
Smart home compatibility: These sockets are compatible with Alexa and Google Home, and work well without major bugs, offering smooth voice control.
After-sales service: Reactivity varies depending on the seller, but a standard warranty and serious customer follow-up are often offered. Don’t hesitate to check their policy to be sure of effective support.
- Is it compatible only with 2.4GHz or is there a 5GHz version to avoid interference in dense electrical environments?
The connected thermostat plug we offer is compatible only with the 2.4 GHz Wi-Fi network, which is common for smart home devices to ensure a wide range and good compatibility. As of today, there is no 5 GHz version for this specific model.
The 2.4 GHz may be more susceptible to interference in a dense electrical environment. If you want better stability, consider a smart home system specifically designed to support disrupted environments, or an adapted network configuration to limit these interferences.
- Can the wifi thermostat socket manage multiple temperature cycles during the day via the Tuya app for different growth phases?
The wifi thermostat socket compatible with the Tuya app generally allows scheduling temperature time slots, which provides some flexibility to manage different cycles throughout the day. However, the fine management of multiple distinct phases, specifically tailored to the different growth stages of plants, heavily relies on the precise features of the model and the application version.
In practice, it is possible to set multiple time slots with different temperatures via the Tuya app, which can cover several cycles. But this management is not always as detailed or optimized as a dedicated horticultural control system. For a sharp monitoring of growth phases, a specialized solution might be preferable.
- Does the 50 cm probe provide a reliable temperature reading when positioned away from the fan or extractor to avoid abrupt temperature variations and optimize performance?The 50 cm probe of the Connected thermostat socket - WIFI control provides an accurate and stable temperature reading, even when placed away from a fan or extractor. Its length helps to avoid the direct influence of the airflow, thereby reducing abrupt variations and improving the reliability of the measurement. With sensors calibrated to an accuracy of approximately ±0.5 °C and a quick response time, it optimizes thermal regulation for better performance of your connected ventilation or heating system.
- How do you ensure the precision of temperature control to +/- 1 degree with a 50 cm probe in a potentially very variable growing space?To ensure a precision of ±1°C with a 50 cm probe in a variable growing space, the positioning of the probe is essential: it must be placed in a representative location to capture a reliable average temperature, avoiding localized microclimates. The digital thermostat incorporates precise calibration and fine differential adjustment, allowing for responsive triggering of heating or ventilation.
The WiFi control adds a layer of intelligence, offering real-time monitoring and the ability to quickly adjust parameters according to fluctuations. However, in highly variable environments, using multiple probes or precise positioning is still recommended to optimize reliability.
This combination of techniques allows for rigorous and responsive thermal management, ensuring better temperature control within your growing space.
- What is the average response time between the temperature variation detected by the probe 50cm away and the activation or deactivation of the device connected via the WiFi thermostat socket in a home automation configuration with the TUYA application?The average response time between the detection of a temperature variation by the probe located 50 cm away and the activation or deactivation of the device via the WiFi thermostat socket under the Tuya application is generally between 2 and 5 seconds. This speed can be attributed to frequent temperature readings, reliable WiFi transmission, and near-instantaneous processing of commands in the standard home automation configuration.
- Precision temperature control: does the 50cm probe provide reliable measurement in a closed growing cabinet, or is there a significant discrepancy between the measured temperature and the actual temperature at different heights?
The 50 cm probe of this connected thermostat offers an accuracy of approximately ±1°C, which is very satisfactory for reliable temperature control.
However, in a closed growing cabinet, the temperature can vary with height due to thermal stratification — warm air tends to rise, while cool air stays at the bottom. Thus, the measurement will only be representative at the exact location where the probe is positioned.
To obtain a measurement that is faithful to the entire cabinet, it is recommended to either place the probe at the critical height for cultivation or to use multiple probes or a ventilation system to homogenize the temperature.
In summary, your 50 cm probe is an excellent tool, but carefully consider its placement so that the measured temperature corresponds well to the reality in your enclosed space.
- Does the 50cm probe provide reliable and stable temperature measurements in a dense crop, and what is the actual notification delay in case of exceeding defined thresholds?
The 50 cm probe integrated into the thermostat socket is designed to measure the temperature at depth, providing good representativity even in a dense crop. This length allows for a more stable average temperature, provided the sensor is of good quality and well positioned. In this context, the measurement remains reliable despite local variations related to air circulation or humidity.
Regarding the notification delay, thanks to the WIFI connection, alerts in case of exceeding defined thresholds are almost instantaneous, generally within a few seconds to under a minute. This very short time allows for effective reactivity to quickly adjust growing conditions.
- What is the actual accuracy of the temperature probe and how does it behave with rapid variations in a closed growth chamber?
The actual accuracy of the temperature probe integrated into a connected thermostat socket generally varies between ±0.5 °C and ±3 °C depending on the quality of the model. Mid-range models often offer better stability around ±0.5 to ±1 °C.
Concerning rapid variations in a closed growth chamber, the probe reacts quickly (within seconds to minutes), but its measurement can be influenced by the position: it should be avoided too close to a heat source or in a draft. Positioning is therefore crucial for obtaining accurate regulation.
To ensure optimal control, it is recommended to choose a model with good accuracy and an appropriate response time, and to install the probe in a representative area of the ambient temperature, away from direct flows.
- How does the smart thermostat plug handle rapid temperature fluctuations to avoid excessively frequent on-off cycles of connected devices?
The connected thermostat plug manages rapid temperature fluctuations through an intelligent system integrating several mechanisms. It uses a hysteresis, meaning a tolerance range around the target temperature, which prevents excessive on and off cycles. Its regulation algorithm gradually adjusts the heating power to avoid triggering repetitive short cycles.
Furthermore, the plug takes into account external parameters such as climate data and occupancy schedules, thus anticipating actual needs. With multiple sensors both locally and externally, it provides accurate measurements that limit errors triggering unnecessary cycles. This operation helps protect the lifespan of connected devices while optimizing energy consumption.
- How does this connected thermostat plug integrate with other Domiz sensors to automate all the parameters of indoor gardening?
The connected thermostat plug integrates perfectly into a global home automation system to automate indoor gardening. Being compatible with major platforms like Apple HomeKit, Amazon Alexa, or Google Home, it allows for centralized control with other Domiz sensors (temperature, humidity, light, etc.).
Through a home automation hub, data from the sensors is received in real-time, allowing the thermostat plug to automatically adjust heating, ventilation, or other systems according to the defined parameters. This synergy ensures an optimal and stable environment, essential for the growth of your plants, with simple and effective remote management.
