With the following ENetOPT built-in model, any type of energy network can be built by simply drag-and-drop.
Detailed models for heat-related equipment.
Models for electricity generation.
Models for fuel usage, heating, and CO2 production.
Models for mass-related components.
Models for H2 Production and User.
"Steam table imbedded" in EnetOPT refers to the inclusion of a built-in database or reference table that contains thermodynamic properties of steam.
This feature allows users to easily access and utilize steam-related data, such as temperature, pressure, enthalpy, entropy, and fluid state, for efficient modeling and analysis of steam systems in energy optimization processes.
[Fluid State]
The user can directly select the fluid state. Program automatically calculates the necessary thermodynamic values.
Model parameters include factors such as equipment capacities, efficiencies, costs, and operational constraints. By adjusting these parameters, the model can simulate different scenarios and optimize the energy system's performance.