Bussiness

Autonomous Tractors

The autonomous driving performance evaluation system is a system that measures and records the exact position data of the robot by measuring the relative coordinates of the test object in real time using the absolute coordinates of the Total Station and RTK-DGPS to obtain accurate position data in various places.

The safety evaluation system is designed to measure the position of standard obstacles (ISO11783) in real time and surrounding obstacles using a LiDAR sensor to check whether the test object makes an evasive maneuver or stops when there are people or obstacles.

The PH sensor tester is a system that stores buffer solutions (samples) with different PH values ​​in beakers for each section, and the robot automatically moves the PH sensor to each section to measure and verify it. It supports analog and RS485 sensors.

It automatically controls the nutrient system using solar energy and collected data to provide high-quality apples.

The solar-powered apple orchard automated watering system supports data collection and monitoring functions using weather and soil environment sensors.
It supports Modbus interface based on KS X 3288 national standard RS485 and LORA wireless communication.

A flow sensor measurement system is a system that measures pressure and flow rate values ​​and collects data by applying flow sensors of different specifications for each section.

Accurate measurement data can be collected by automatically controlling the flow of fluid using electronic valves for each section.

It supports RS485 Modbus communication and data is saved as a CSV file.

The solar radiation and photon sensor measurement system is a system that automatically measures and verifies solar radiation and photon sensors using a light source controller.

Collect data by measuring sample sensors using light source equipment and measuring DUT sensors, and compare their values ​​to verify them. Supports analog and RS485 sensors.