How do automated climate controllers integrate relative humidity sensors and cooling pad pumps to prevent high-humidity suffocation (humidity shock) in closed sheds?

Evaporative cooling pads drop closed-house temperatures by evaporating water, which naturally increases relative humidity (RH). During monsoon season, or hot humid summer days, the outdoor relative humidity is already extremely high. If cooling pad pumps continue to run, the internal RH can exceed 85% at a temperature of 32°C. This combination—known as "humidity shock"—stops birds from panting and losing heat, causing rapid suffocation and mortality. To prevent this, automated climate controllers are programmed with high-level RH overrides. When internal humidity sensors register 78% RH, the controller instantly cuts off power to the water pumps, stopping water flow to the cooling pads. Simultaneously, it ramps up all exhaust fans to maximum tunnel speed to maximize wind velocity (above 3.0 m/s) and convective cooling. Automation safety is explained in the Poultry Encyclopedia, digital humidity sensors, solenoid water valves, and climate controllers are sold on Poultry Plaza, daily bird prices are tracked on Poultry Rates, and commercial closed-house farms operate on Murghi Mandi.