Smart IoT Systems: Efficient Agricultural Management

product details

Global Adoption of IoT

IoT technology is rapidly expanding worldwide, with billions of devices in use and growing. Key trends include increased device numbers, advancements like 5G and low-power networks, and a focus on data privacy and security. This widespread adoption is driving digital and smart transformations across industries.

Application Overview

Agricultural IoT systems are widely used in field production, horticulture, and livestock farming, with notable benefits in greenhouses. By installing sensors (for temperature, humidity, pH, light, and CO2) and integrating smart controls with cloud platforms, these systems provide real-time monitoring and precise control of greenhouse conditions.

1. Data Collection and Transmission

Real-time data collection through sensors, with data transmitted to the cloud platform via wireless networks (such as 4G, 5G, WIFI, LoRa).

2. Smart Control

The cloud platform automatically adjusts equipment based on real-time data, including shading systems, irrigation systems, ventilation fans, and supplementary lighting, to maintain optimal greenhouse conditions.

3. Flexible Management

Three control modes are provided: manual, automatic, and remote, allowing managers to choose the most suitable mode as needed.

4. Centralized Management

Supports connecting multiple greenhouse systems to the cloud platform, enabling unified control of spraying, fertilizing, watering, and supplementary lighting and heating operations to improve management efficiency.

5. Automatic Alerts

The system can automatically alert for abnormal environmental parameters, equipment status issues, and cloud platform operations, with alert methods including on-site audible and visual alarms, cloud platform messages, and SMS notifications.

Key Advantages

1. Scientific Cultivation

Sensor data analysis helps determine the suitable crop varieties for soil conditions and collects real-time data on crop growth environments to optimize cultivation strategies.

2. Precise Control

Utilizes various sensors to precisely control temperature, humidity, CO2 concentration, and light intensity according to crop growth requirements.

3. Increased Efficiency

Automation, intelligence, and remote control features significantly enhance production efficiency, reducing manual intervention and operational complexity compared to traditional agriculture.

4. Green Agriculture

Comprehensive data recording and monitoring throughout the cultivation process facilitate traceability of agricultural products, promoting green, pollution-free agricultural production and enhancing market competitiveness.

The integration of advanced monitoring and control technologies in smart greenhouse IoT systems optimizes environmental management, improves agricultural productivity and quality, and supports the goals of green agriculture and sustainable development.