BRAC Regional Facility, Bogura: IoT Sensor-Driven Microclimate Fogging Cooling System Engineered by Drip Irrigation BD Ltd.
🏡 Greenhouse / Polyhouse & DIBL High-Tech Engineering Profile
1. Greenhouse / Polyhouse Establishment & Regional Agricultural Challenge
During severe April–June heatwaves in northern Bangladesh (Bogura), ambient temperatures inside agricultural sheds and nursery structures rapidly exceed 38–40°C, causing severe thermal stress when manual operators fail to turn on cooling sprays in time.
2. Drip Irrigation BD Ltd. (DIBL) High-Tech Engineering & Soilless Implementation
Commissioned at the BRAC facility in Bogura, Drip Irrigation BD Ltd. (DIBL) installed a closed-loop IoT temperature and humidity sensor controller linked to high-pressure overhead anti-drip fogging nozzles. Whenever the digital sensor detects internal temperature crossing the preset threshold (e.g., 32°C), the IoT relay automatically triggers cyclic evaporative misting until the target temperature is restored.
3. Agronomic Yield, Resource Savings & Commercial Return on Investment
The BRAC Bogura deployment proved that indigenous Bangladeshi IoT hardware from DIBL can reliably automate large institutional microclimates without expensive imported greenhouse computers.
💧 Recommended High-Tech Products & Technology — Drip Irrigation BD Ltd. (DIBL)
For institutional polyhouses, BRAC/DAE nurseries, and commercial agro-sheds, we recommend Drip Irrigation BD Ltd.’s IoT Sensor-Based Fogging Cooling System.
- DIBL SMART IoT Temperature & Humidity Fogging Controller — Official Hardware & Turnkey Engineering Support
- DIBL 5-Way Anti-Drip Fogger & High-Pressure Line — Official Hardware & Turnkey Engineering Support
- DIBL 1-Inch Solenoid Valve & Screen Filter — Official Hardware & Turnkey Engineering Support
