The hydraulic network model for water can be extended for mechanical ventilation air networks. The main difference between an air and a water network is the fact, that zones act as network nodes. As a consequence, a node inside an air network may have a physical interpretation (at the moment we ignore network node ids). It must be possible to access a given zone id, to access node temperature and manage the calculation of heat load from enthalpy difference of air inlet and air outlet.
The hydraulic network model for water can be extended for mechanical ventilation air networks. The main difference between an air and a water network is the fact, that zones act as network nodes. As a consequence, a node inside an air network may have a physical interpretation (at the moment we ignore network node ids). It must be possible to access a given zone id, to access node temperature and manage the calculation of heat load from enthalpy difference of air inlet and air outlet.