SmartMole's

GATEWAY

GATEWAY is the central connection unit. Thanks to its GSM and LoRa communication modules, it acts as a modem for peripheral units. Additionally, it can independently handle the task of interpreting meaningful data from sensors.

Advantages

• Easy installation
• Access field information from anywhere you desire
• Creates a wide application area with the LoRa system, offering access up to 10 km from the center. Provides broader operational coverage compared to technologies like Wi-Fi and Bluetooth
• Communication module that ensures interaction with sensors connected to the central hub
• Long-lasting battery, solar panel, or mains voltage power supply options. Quick support system with remote access (accessible via internet interface on devices like smartphones, computers, etc.)

Power Source for GATEWAY

• 12 V long-lasting and rechargeable battery / Solar Panel / External Power Supply (e.g., transformer)
• Provides uninterrupted power supply even when there is no electricity source in the field

Connection Structure

• Allows remote access to the capillary movement and moisture sensor (KHAS) via our communication protocol
• LoRa communication network established with long-distance antennas

Optional Peripheral Units

• Valve control on central manifold: 1-255 units
• Sensor Station: 1-255 units
• AirMoles Weather Station

Programming

• All products are programmed with their respective terminal numbers, allowing direct user operation
• Continuously developed embedded software and peripheral units meet user needs

Internet Connection Method

• A built-in cellular modem is used

Our Technologies

• Access is available from anywhere in the world via GSM networks
• Long-distance communication provided by the LoRa protocol

Parameters Obtained by the HUB Device

• Water flow sensor information
• Valve Control
• Water meter information

The CAPILLARY MOTION SENSOR (KHAS) is a cyber-physical technology featuring a unique, patented, and embedded modular sensor system. It enables the tracking of plant roots, observation of capillary water movement, and real-time monitoring of soil moisture during and after irrigation.

This is the world’s only patented technology that allows you to simultaneously observe capillary water movement and moisture levels within the soil profile. We are proud to share our 97.34% locally developed and nationally patented technology with you.

The effective root zone is where 70-80% of water and fertilizer is utilized. This technology, which simplifies distinguishing this zone from other root regions, provides users with highly accurate information about the effective root zone and ensures only this zone is irrigated and fertilized, saving water, fertilizer, labor, and time.

Advantages

• A sensor module that provides users with real-time data on capillary water movement and soil moisture levels below the surface.

Connection Structure

• Allows connection via the RS485 communication protocol for capillary motion and moisture sensors (KHAS).

Programming

• All products are programmed with a unique terminal number and can be used directly by the user.
• The continuously updated embedded software provides systems that offer various irrigation methods to users.

Applications

• Field
• Garden
• Greenhouse
• Landscape

Parameters Obtained by KHAS

• Capillary water motion sensor
• Moisture sensor
• Effective root zone

The SENSOR STATION uses the LoRa (long-range communication protocol) method. It transmits the moisture levels and water movement data collected by a capillary motion sensor in the soil to the HUB using radio waves for interpretation.

Advantages

• Easy installation
• Enables a wide application area with the LoRa system. Provides up to 10 km range from the center, offering broader operation compared to Wi-Fi and Bluetooth technologies.
• Powered by long-lasting batteries, solar panels, or mains voltage.

Power Source for the Sensor Board

• 12V long-lasting and rechargeable battery / Solar panel / External power supply (Transformer, UPS, etc.)
• Provides uninterrupted power even when no electricity source is available in the field.

Connection Structure

• Allows remote access to the capillary motion and moisture sensor (KHAS) via our communication protocol.
• LoRa communication network established with long-range antennas.

Communication Method

• LoRa protocol ensures reliable communication with the GATEWAY.

Applications

• Field
• Garden
• Greenhouse
• Landscape

Parameters Obtained by the SENSOR STATION

• Capillary motion sensor
• Moisture
• Effective root zone

This is the world’s only patented technology that allows you to simultaneously observe capillary water movements and moisture levels in the soil profile during and after irrigation. It is a module included in the GATEWAY box and operates in parallel with the user’s needs.

Each valve module controls a single associated solenoid valve.

Irrigation

Considering that nearly 75% of water resources are used for irrigation, protecting the diminishing and polluted water resources and soil in agricultural basins is our duty to future generations.

• We aim to reduce irrigation-related operational costs.
• We increase efficiency.
• Provides irrigation scheduling by day of the week or daily cycle.
• Allows irrigation to be scheduled by time, condition, or manually.

Connection Structure

• Integrated with the GATEWAY.

End Devices

• Solenoid valve: Valve control (open/close) with 12 V DC locked solenoids.

The section that allows us to read the output values of digital output pressure sensors is optionally available in the valve control unit and the pump control unit.

The section that allows us to read the values of pulse-output water meters is optionally available in the pulse-output water flow sensor unit, Modbus-output water meter, and pump control units. This section, which will control the water passage in different volumes per pulse, is available for the user’s service.