Smart Farm

Learn how to select a Hydraulic Control Valve Agriculture for mainlines. Handle high pressure, eliminate water hammer, and reduce head loss.

24VDC power system for farm control cabinet guide covering SELV low voltage safety, switching power supply sizing, and DC fuses.

Bypass valve for automated irrigation systems guide with parallel piping, check valves, and manual control during power outages.

Complete guide to Closed-Loop Water Systems in smart farms: filtration, UV/Ozone sterilization, EC/pH tuning, and saving over 80% water.

Complete guide on Dissolved Oxygen DO Sensor systems for DWC plant roots and aquaculture, featuring Nano Bubble and VFD inverter technology.

Comprehensive guide on Venturi Injector automatic fertilizer systems, exploring Bernoulli fluid dynamics principles, proper sizing for agricultural main lines, bypass plumbing configurations with solenoid valves, and performance comparisons against electric dosing pumps.

PLC CODESYS Farm Control guide covering programming, Ladder Diagram, CFC, HMI touch panels, and OPC UA cloud connectivity.

Off-Grid Solar System for Farm Control Cabinets guide covering energy load calculations, inverters, LiFePO4 battery backup, and surge protection.

Automated Zone Fertigation System for Farm Management

Comprehensive guide on Automatic Venturi Fertilizer Injector operating on Bernoulli's principle, mainline sizing calculations, bypass assembly for pressure drop mitigation, and comparison with dosing pumps.

Discover how to choose a Rust-Resistant Soil Moisture Sensor for smart farming. Compare Resistive, Capacitive, and TDR sensors, solve soil corrosion, and optimize installation.

Looking for the best Solenoid Valve Automatic Irrigation System? Complete guide to selecting, wiring, and maintaining farm valves for optimal efficiency.

Deploy AI plant disease detection computer vision on edge devices like Jetson Nano. Train YOLO models to detect pests, trigger alerts, and cut chemical use by 40%.

Learn to use VFD smart farming water pump systems for energy saving in large farms. Solve uneven pressure drops, control motor speed, and cut electricity cost.

Explore Modbus RTU agricultural sensors via RS485 for large-scale farms. Solve long-distance signal drops, learn Daisy Chain wiring, and prevent noise interference.

Explore the ultimate guide to designing a smart farm control box with IP65/IP67 waterproof standards. Learn material selection, wiring, and surge protection.

n the era of Precision Agriculture, the heart of any automated system is undoubtedly the Smart Farm Control Box. It acts as the central brain, processing data and executing commands for irrigation, fertigation, and greenhouse management. However, a common question among beginner farmers and system developers is: Should we choose an industrial-grade PLC (Programmable Logic Controller) or a Microcontroller (such as ESP32 or Arduino)? This article provides a comprehensive comparison of their pros and cons to help you make the most cost-effective decision for your farm.

Solenoid Valve Automated Irrigation System selection guide for open farms and greenhouses, including AC/DC specs, pressure calculation, and IoT setup.

agritechth.com and agritech.co.th welcomed Grade 10 students from Sukhothai Province for hands-on training in smart agriculture technologies, IoT systems, and sensor-based farm automation to empower the next generation.

เจาะลึกเทคนิคการใช้ไฟต่อช่วงแสงสำหรับแปลงปลูกพืชเศรษฐกิจ ช่วยแก้ปัญหาแสงแดดน้อย วันฟ้าหลัว และควบคุมระยะเวลาออกดอกได้อย่างแม่นยำ

ยกระดับการทำเกษตรด้วย 5 อุปกรณ์ Smart Farm และเซนเซอร์ IoT พื้นฐาน ช่วยควบคุมน้ำ อุณหภูมิ และแสงสว่างอัตโนมัติ ลดต้นทุนแรงงานและเพิ่มผลผลิตได้อย่างยั่งยืน

ก้าวสู่อนาคตการทำเกษตรด้วย โรงเรือนอัจฉริยะ (Smart Greenhouse) เทคโนโลยีที่ช่วยควบคุมอุณหภูมิ ความชื้น แสง และการให้น้ำแบบอัตโนมัติ ช่วยปกป้องพืชผลจากสภาพอากาศแปรปรวน ลดแมลงศัตรูพืช และเพิ่มผลผลิตได้อย่างแม่นยำตลอดทั้งปี

Explore the top AI and IoT trends for 2026, from Smart Farming to Smart Cities, and see how AIoT technologies are shaping our future.

agritech: Opening up a futuristic world of learning outside the classroom, students from the Department of Animal and Aquatic Sciences, Faculty of Agriculture, traveled on a study tour to Chokanan Farm (Smart Farm Mae Rim) to experience smart agricultural innovations and the application of artificial intelligence (AI) technology in fully elevating aquatic animal farming into a new era.

ในยุคที่เทคโนโลยีเข้ามาพลิกโฉมวิถีชีวิต การทำเกษตรกรรมก็ก้าวข้ามขีดจำกัดแบบเดิมๆ ไปสู่ยุคดิจิทัลอย่างเต็มตัว ไม่ว่าจะเป็นการใช้ระบบ Smart Farm ควบคุมฟาร์มผ่านสมาร์ทโฟน หรือการประยุกต์ใช้เซนเซอร์อัจฉริยะความแม่นยำสูง ที่ช่วยบริหารจัดการฟาร์มและโรงเรือนได้อย่างมีประสิทธิภาพ มาดูกันว่านวัตกรรมเหล่านี้จะช่วยให้เกษตรกรรุ่นใหม่เพิ่มผลผลิต ลดต้นทุน และบริหารจัดการฟาร์มได้ง่ายขึ้นอย่างไรในบทความนี้!

Arabica coffee (Arabica) is considered an important economic crop that thrives in high-mountain areas, prefers cool weather, and requires continuous soil moisture to produce high-quality coffee beans. However, due to the limitations of sloping terrain, traditional watering methods cannot be applied evenly and consistently. The team from the Agricultural Innovation Technology company has therefore introduced modern technology to elevate management by traveling to the "Uncle Coffee Doi In" coffee plantation on Doi Inthanon to install smart sensors and an automatic irrigation system. This helps solve drought issues in high-altitude areas and enhances the production potential of Arabica coffee to grow fully in all terrain conditions.

Fingerling nursing is the most critical and fragile stage in aquaculture. Many farmers face sudden issues like oxygen drops at 3 AM or silent ammonia spikes, leading to massive stock loss overnight. To solve this, we developed an Automated Recirculating Aquaculture System (RAS) fingerling nursery controlled 24/7 by smart farming technology to maximize survival and efficiency.