Mastering Your Greenhouse Environment - Accurate Measurement in Smart Agriculture

In the trend of sustainable agriculture, traditional farming practices have gradually shifted towards more efficient and environmentally friendly agricultural methods. One of the most common approaches is greenhouse cultivation, which enhances the cultivation environment for crops. Key to successful greenhouse cultivation is maintaining optimal indoor conditions for growth. To achieve this, data collected by transmitter are integrated into smart agricultural systems, allowing continuous monitoring of greenhouse environments and adjustment of conditions. This can enhance crop quality and yield, contributing to environmental sustainability.

eyc-tech offers a comprehensive measurement solution to assist clients in achieving accurate monitoring.

eyc-tech transmitter applications in smart agriculture

Temperature and Humidity Environmental Measurement

Using temperature and humidity transmitter, the temperature and humidity conditions within the greenhouse are monitored. Based on measurement data, the greenhouse's ventilation and intelligent environmental control systems are adjusted to ensure that the temperature and humidity remains within the appropriate range. This prevents extreme temperatures from affecting crop growth, providing the most suitable growth environment.

THS30X Series Temperature & Humidity Transmitter		THS130/140 Temperature & Humidity Transmitter		THS17 Temperature & Humidity Transmitter
Features : High accuracy. Various installation method. Measuring range : -40 ... +80°C / 0 ... 100%RH Output : 4 ... 20 mA / 0 ... 10 V / RS-485 Accuracy : Temperature ±0.2°C / Humidity ±2%RH		Features：Economic model Measuring range：0 ... 50°C / 0 ... 100%RH Output：4 ... 20 mA / 0 ... 10 V Accuracy：Temperature ±0.5°C / Humidity ±3%RH		Features：Probe type. Easy to install. Cost effective. Measuring range：0 ... +50°C / 0 ... 100%RH Output：4 ... 20 mA / DC 0 ... 10 V / RS-485 Accuracy：Temperature ±0.5°C / Humidity ±5%RH
>More<		>More<		>More<

Air Flow Velocity Measurement

Insufficient air circulation within the greenhouse can lead to uneven temperature distribution, excessive humidity, and inadequate distribution of indoor air. This results in areas of varying temperatures and inconsistent growth conditions, increasing the risk of disease and impacting growth. Proper air circulation prevents such issues, maintaining a favorable indoor environment and safeguarding crop growth and health.

FTS140 Hot Wire Air Velocity Transmitter		FTS34/35 Air Velocity Transmitter		FTS07 Hot Wire Air Velocity Transmitter for Probe Type
Features：Economic model. Measuring range：0 ... 20 m/s Output：4 ... 20 mA / DC 0 ... 10 V Accuracy：±3% F.S.		Features : High accuracy and high stability. Measuring range : 0 ... 40 m/s Output : 4 ... 20 mA / DC 0 ... 10 V / RS-485 Accuracy : ±2% F.S.		Features：Probe type. Easy to install. Cost effective. Measuring range：0 ... 20 m/s Output：DC 0 ... 10 V Accuracy：±5% F.S.
>More<		>More<		>More<

Indoor Carbon Dioxide Concentration

Crops require carbon dioxide for photosynthesis, but excessively high concentrations can hinder the efficiency of this process, affecting growth rate and quality. Moreover, elevated carbon dioxide levels indicate poor indoor air quality and inadequate ventilation, leading to discomfort for operation personnels. Measuring indoor carbon dioxide concentration helps ensure indoor air quality and crop growth environment, promoting healthy growth through efficient photosynthesis.

GS43/44 CO₂ Transmitter		GS23 CO₂ Transmitter / Indoor type
Features：Various installation types. Measuring range：2000 / 5000 / 10000 PPM Output：4 ... 20 mA / 0 ... 10 V / RS-485 Accuracy：400 ... 2000 PPM：±40 PPM ±3% of reading 2000 ... 10000 PPM：±250 PPM ±3% of reading		Features：Simple appearance. Measuring range：0 ... 2000 PPM Output：0 ... 10 V / 4 ... 20 mA Accuracy：±40 PPM±3% of reading
>More<		>More<