Isaac dynamics

ISAAC Dynamics is a dynamic simulation software developed by StrutturaInformatica. The main purpose of ISAAC Dynamics is the dynamic simulation of engineering processes for conventional and renewable power plants. ISAAC Dynamics has been developed over Java platform and it runs on many of the most common operating systems.

History

ISAAC Dynamics was created in 2007 in Florence from the idea of a group of process and computer engineers working at StrutturaInformatica. In that period of time, the company's customers put forward the need for a dynamic software for the analysis of CSP plant. In the following years, ISAAC Dynamics has been adopted by other companies like China General Nuclear Power Group, Techint, Alstom, RSE, etc. The libraries have been then extended to other fields in order to provide a complete tool for the process simulation.
In the meantime StrutturaInformatica was present to several conferences as author like SolarPACES and Zero Emission.

Product

ISAAC Dynamics is a tool used to perform dynamic simulation of process in the main fields of engineering. ISAAC Dynamics is used mainly in:

Renewable Field ;
Conventional Field ;
Hybrid Systems Field ;

ISAAC Dynamics is used in order to:

perform dynamic simulations focused on certain parts of a plant; detailed study of the process and in-depth analysis of particular components;
perform simulation of entire plant;
pre-dimensioning of components;
perform feasibility studies and economical assessments.
Software structure

Main Window

ISAAC Dynamics opens presenting the main window where the user can select what to do. It mainly consists of:

Builder Interface;
Dynamic Model Interface;
Tables Interface
Custom module creator.
Builder Interface

The Builder Interface is the interface that the user can use to create the model, with the drag and drop system, browsing the libraries included in the software divided into:

Water/Steam;
Molten Salt;
Synthetic Oil;
Gas;
RealGas ;
Concentrated Solar Power components;
Regulation blocks;
Utilities;
Miscellaneous;

The user can create its own library composed by customized blocks.

Dynamic Model Interface

In this environment the user can run the model previously created in the builder interface, setting a set of parameters as:

simulations speed;
calculation toleration;
integration time step.

It is also possible to extract new model starting from a particular time during the simulation, open trends and extract data from the simulation in Microsoft Excel documents.

Tables Interface

Using this function, the user can browse the thermodynamic properties regarding the fluids included in the platform.

Custom Module Creator

The user can also create customized modules using the template provided in the software; the language used for the equations implementation is Java.