Abstract: A humidity control system includes a humidification device configured to modify an indoor air humidity within a building and a humidity control device that is communicably coupled to the humidification device. The humidity control device is configured to receive a construction factor concerning a structure of the building, determine a plurality of indoor air humidity thresholds corresponding to a plurality of outdoor air temperatures based on the construction factor, receive a real-time outdoor air temperature, and control the humidification device to modify the indoor air humidity based on the plurality of indoor air humidity thresholds.

Abstract: A humidity control system includes a humidification device configured to modify an indoor air humidity within a building and a humidity control device that is communicably coupled to the humidification device. The humidity control device is configured to receive a construction factor concerning a structure of the building, determine a plurality of indoor air humidity thresholds corresponding to a plurality of outdoor air temperatures based on the construction factor, receive a real-time outdoor air temperature, and control the humidification device to modify the indoor air humidity based on the plurality of indoor air humidity thresholds.

Abstract: A humidifying system and method for identifying component failure in the humidifying system are disclosed. The system includes a nebulizer unit that creates a mist for humidifying the indoor space, a sensor that determines data regarding a characteristic of the nebulizer unit, and a controller coupled to the nebulizer unit and the sensor. The controller receives first data associated with operation of a nebulizer unit from the sensor, compares the first data associated with operation of the nebulizer unit to a threshold. In response to the first data associated with the operation of the nebulizer unit satisfying the threshold, the controller determines the existence of the failure state for the nebulizer unit and initiates a remediation action with respect to the nebulizer unit.

Abstract: A humidity control system includes a humidification device configured to modify an indoor air humidity within a building and a humidity control device that is communicably coupled to the humidification device. The humidity control device is configured to receive a construction factor concerning a structure of the building, determine a plurality of indoor air humidity thresholds corresponding to a plurality of outdoor air temperatures based on the construction factor, receive a real-time outdoor air temperature, and control the humidification device to modify the indoor air humidity based on the plurality of indoor air humidity thresholds.

Abstract: A humidifying system and method for humidifying ambient air is disclosed. The system includes an air circulation unit, a water feed valve, and a water panel in fluid communication with the air circulation and the water feed valve. The air circulation unit and water feed valve are both operably coupled to a controller. The controller is configured to receive on or more signals from one or more sensors, a user interface, and/or a remote control communicably coupled to the controller. The controller may be configured to turn on the air circulation unit and water feed valve in response to a received input—such as a call for humidity. The controller may subsequently turn off the water feed valve when an ambient humidity satisfies a humidity threshold and delay turning off the air circulation unit to enable drying of the water panel while continuing to humidify circulating air.