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1. environmental protection and energy saving
2. Solar power + Li/SOCl2 battery / External power supply
3. Ultrasonic flow meter
| Availability: | |
|---|---|
| Quantity: | |
QT-01EF
QOTO
An IoT-based smart irrigation system is a system that intelligently manages the watering of plants by using the Internet of Things (IoT) technology. It includes a network of sensors, controllers, and cloud-based software that collaborate to optimize the water usage for the plants.
 | Remote control via mobile phone or computer |
| Powered by solar panel + lithium battery/lithium sub-battery, the maximum standby time can be up to 5 years. |
| Optional flow meter, using high-precision ultrasonic flow meter |
| Fault alarm, pipeline water shortage alarm (after connecting the flow meter), low battery alarm and other functions, making it more secure to use. |
| 4G, LoRa, LoRaWAN, and RS485 communication protocols are optional. |
| Brand | QOTO |
| Model | QT-01EF |
Solar panel | Monocrystalline 5V/160mA |
Real-time standby current | <1mA |
Sleep current | <10uA |
Valve torque | >2N.m |
An IoT-based smart irrigation system monitors the environmental conditions in real-time, such as soil moisture, temperature, humidity, and weather forecasts. Based on this data, the system can adjust the watering schedule and amount on-demand or plan a watering schedule in advance for optimal plant growth. This means that the irrigation system can be customized to different types of plants, and depending on their specific needs, the water amount and timing can be adjusted.
Using an IoT-based smart irrigation system has several benefits, such as reducing water waste and improving plant health. It also allows homeowners and farmers to manage their irrigation systems remotely, providing the advantage of controlling the system from anywhere, anytime. In addition, these systems provide data analytics that can help identify areas for improvement and suggest ways to optimize the irrigation system for better performance.
1. What is the special feature of our solar irrigation system?
Most of the solar irrigation system in the market, it is solar based
pumping system. Ours is solar based valve system. The valve automation
in the watering scheduled is all powered by solar panel+rechargeable batteries. no need any electric cable
2. What is the longevity of the rechargeable batteries and solar panel?
Battery: 2 years
Solar panel: 5 years
3. How long can the valve work once batteried are fully charged.
As we use rechargeable batteries, in the sunny condition, the battery can work continously.
Let take QT-02-G as an example, the solar panel is polysilicon, 6.5V, 5.5W. The QT-02-G use 4 batteries.
If in a cloudy weather situation,once full charge, the battery can stand by 15days.
4. What is a motorized valve?
A motorized valve use motor to drive the valve open and close while a solenoid valve use solenoid valve to open and close.
A motorized valve can connect different types of valves. Let take QT-02-G as example, QT-02-G can connect ball valve and butterfly valve, PVC material or metal materials.
5. What is the difference between solenoid valve based automatic irrigation and motorized valve based irrigatin system?
A. Motorized valve has bigger open port than solenoid valve.
B. The valve can be open without any water pressure
C. Solar powered Installation without any AC/DC electric power cable.
6. Can App support English language?
Yes, it has Chinese and English version.
7. What is the communication protocol for the devices?
We have 4G and LoRa protocol.
8. What internet protocol does the system support?
The system supports HTTP MQTT TCP/IP.
9. What is LoRa frequency?
For chinese market: 470Mhz-510Mhz
For oversea market: 860Mhz-930Mhz
10. What is the valve size.
There are DN15, DN20, DN25, DN32, DN40, DN50, DN65, DN80, DN100, DN125, DN150, DN200, DN250,
DN300, DN350, DN400, DN500
An IoT-based smart irrigation system is a system that intelligently manages the watering of plants by using the Internet of Things (IoT) technology. It includes a network of sensors, controllers, and cloud-based software that collaborate to optimize the water usage for the plants.
| Remote control via mobile phone or computer |
| Powered by solar panel + lithium battery/lithium sub-battery, the maximum standby time can be up to 5 years. |
| Optional flow meter, using high-precision ultrasonic flow meter |
| Fault alarm, pipeline water shortage alarm (after connecting the flow meter), low battery alarm and other functions, making it more secure to use. |
| 4G, LoRa, LoRaWAN, and RS485 communication protocols are optional. |
| Brand | QOTO |
| Model | QT-01EF |
Solar panel | Monocrystalline 5V/160mA |
Real-time standby current | <1mA |
Sleep current | <10uA |
Valve torque | >2N.m |
An IoT-based smart irrigation system monitors the environmental conditions in real-time, such as soil moisture, temperature, humidity, and weather forecasts. Based on this data, the system can adjust the watering schedule and amount on-demand or plan a watering schedule in advance for optimal plant growth. This means that the irrigation system can be customized to different types of plants, and depending on their specific needs, the water amount and timing can be adjusted.
Using an IoT-based smart irrigation system has several benefits, such as reducing water waste and improving plant health. It also allows homeowners and farmers to manage their irrigation systems remotely, providing the advantage of controlling the system from anywhere, anytime. In addition, these systems provide data analytics that can help identify areas for improvement and suggest ways to optimize the irrigation system for better performance.
1. What is the special feature of our solar irrigation system?
Most of the solar irrigation system in the market, it is solar based
pumping system. Ours is solar based valve system. The valve automation
in the watering scheduled is all powered by solar panel+rechargeable batteries. no need any electric cable
2. What is the longevity of the rechargeable batteries and solar panel?
Battery: 2 years
Solar panel: 5 years
3. How long can the valve work once batteried are fully charged.
As we use rechargeable batteries, in the sunny condition, the battery can work continously.
Let take QT-02-G as an example, the solar panel is polysilicon, 6.5V, 5.5W. The QT-02-G use 4 batteries.
If in a cloudy weather situation,once full charge, the battery can stand by 15days.
4. What is a motorized valve?
A motorized valve use motor to drive the valve open and close while a solenoid valve use solenoid valve to open and close.
A motorized valve can connect different types of valves. Let take QT-02-G as example, QT-02-G can connect ball valve and butterfly valve, PVC material or metal materials.
5. What is the difference between solenoid valve based automatic irrigation and motorized valve based irrigatin system?
A. Motorized valve has bigger open port than solenoid valve.
B. The valve can be open without any water pressure
C. Solar powered Installation without any AC/DC electric power cable.
6. Can App support English language?
Yes, it has Chinese and English version.
7. What is the communication protocol for the devices?
We have 4G and LoRa protocol.
8. What internet protocol does the system support?
The system supports HTTP MQTT TCP/IP.
9. What is LoRa frequency?
For chinese market: 470Mhz-510Mhz
For oversea market: 860Mhz-930Mhz
10. What is the valve size.
There are DN15, DN20, DN25, DN32, DN40, DN50, DN65, DN80, DN100, DN125, DN150, DN200, DN250,
DN300, DN350, DN400, DN500
