Research Institute for Energy and Mines, Ministry of Industry and Commerce
Smart Climate Control for Research-Grade Greenhouses
Science-grade monitoring with 15-minute data logging improving drying efficiency by 35%.
15 May 2025 · Research Institute for Energy and Mines, Ministry of Industry and Commerce
Smart Climate Control for Research-Grade Greenhouses
The Research Institute for Energy and Mines needed environmental monitoring precise enough for peer-reviewed research. Sensornode delivered a system with 15-minute sensor cycles, full data export, and dual-mode fan control — achieving a 35% improvement in drying efficiency.
Background
The Research Institute for Energy and Mines operates experimental greenhouse facilities to study solar drying technology and agricultural energy efficiency. Their work requires highly accurate environmental data to support peer-reviewed research and institutional reporting.
Challenge
Standard commercial climate control systems lacked the data fidelity required for scientific use. The institute needed sensors that logged frequently enough to capture meaningful environmental variation, a storage system with sufficient retention for multi-month studies, and the ability to export data into external analysis tools used by researchers.
Approach
Sensornode deployed a Smart Climate Control system designed to research-grade specifications. Air temperature, humidity, and solar radiation are monitored simultaneously with each sensor logging readings every 15 minutes into a database. Fan control operates in both automatic (sensor-triggered) and manual modes, giving researchers experimental flexibility. Energy consumption is tracked hourly, daily, and yearly. All data is fully exportable for external research use.
Outcomes
35% Efficiency Gain
Drying efficiency improved by 35% over traditional methods, measured and documented with reliable sensor data.
Research-Grade Logs
15-minute sensor cycles provide the data density required for scientific analysis.
Full Data Export
All environmental records export seamlessly into external research and analysis platforms.
Dual-Mode Control
Fans operate automatically or manually, giving scientists precise control over experimental conditions.
