Intelligent networked energy recovery ventilator

Abstract

An intelligent networked energy recovery ventilator is disclosed and includes a main body, at least one filtering and purification component, at least one blower, a heat exchanging core, at least one host drive controller and at least one gas detection module. The gas detection module is disposed within the main body and electrically in communication with the host drive unit. The gas detection module detects temperature, humidity and air pollution and outputs detection data. The environment data is transmitted to a networked cloud computing service device through internet of things. The networked cloud computing service device monitors the detection data in real-time, intelligently choose and send a control command to the gas detection module to control the host drive controller to turn on the blower and dynamically adjust an operation frequency and an output air volume of the blower. The air circulation and heat exchange between indoor and outdoor areas can therefore be realized.

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