Product Introduction

The KH.YP Leaf Temperature and Humidity Sensor is a specialized agricultural monitoring device designed for real-time measurement of plant leaf surface temperature and humidity in precision agriculture and smart farming applications.

Unlike traditional environmental sensors, the KH.YP adopts a leaf-mimicking design that closely simulates natural foliage conditions, providing more accurate information about the plant microclimate and crop growth environment.

By monitoring leaf surface temperature and humidity, the sensor helps analyze crop growth conditions, detect plant stress risks, optimize irrigation strategies, and improve agricultural management efficiency.

The RS485 Modbus communication interface enables seamless integration with smart agriculture platforms, IoT telemetry systems, data loggers, and environmental monitoring networks.

With low power consumption, IP67 protection, and reliable outdoor performance, the KH.YP is suitable for greenhouses, open-field farms, agricultural research sites, and precision farming systems.

Key Features

High-Precision Leaf Surface Monitoring

Provides accurate real-time measurement of leaf temperature and humidity for crop health assessment and microclimate analysis.

Leaf-Mimicking Measurement Design

The sensor structure simulates natural leaf conditions, allowing monitoring data to better represent actual plant environments.

Crop Stress Detection Support

Helps identify environmental stress conditions related to temperature, humidity changes, and water availability.

Precision Irrigation Optimization

Provides plant-level environmental data to support intelligent irrigation scheduling and water management.

Durable Outdoor Design

IP67 protection and weather-resistant construction ensure reliable operation in agricultural environments.

Low Power & Maintenance-Free Operation

Designed for long-term field deployment with low energy consumption and minimal maintenance requirements.

RS485 Modbus IoT Integration

Supports integration with:

• Smart farming platforms
• Agricultural IoT systems
• Telemetry stations
• Data acquisition networks

Application Scenarios

Precision Agriculture & Smart Farming

Provides crop-level environmental data for intelligent farming management and production optimization.

Greenhouse Monitoring

Supports controlled agriculture by monitoring leaf microclimate conditions.

Crop Growth Analysis

Helps researchers evaluate plant growth conditions and environmental responses.

Irrigation Management

Provides real-time plant condition data for improving irrigation efficiency.

Agricultural Meteorology & Research

Supports crop science research, ecological studies, and agricultural environmental monitoring.

Humidity Parameters

Temperature Parameters