REAL EQUIVALENT NETWORKS
Real equivalent networks
The ability to carry out comprehensive analyses that include both internal and external networks is increasingly necessary in a complex and dynamic electrical environment.
Real equivalent networks offer an efficient solution, allowing the study of large infrastructures to be simplified without losing accuracy.
Advantages and applications of real equivalent networks
Real equivalent networks provide key benefits across different areas of analysis and planning:
Preservation of critical elements
The reduced model retains the impact of the most critical elements of the network, ensuring accurate results.
Less dependency on total network size
The complexity of the analysis is no longer limited by the full size of the network, making studies more accessible.
Reduction in the number of parameters
There’s no need to define a large number of modeling parameters, which simplifies configuration and maintenance.
Optimized calculation time
Using equivalent networks drastically reduces simulation and analysis times, improving overall efficiency.
Importance of real equivalent networks
Equivalent networks allow working with reduced models that preserve the relevant electrical behavior of the original network.
This methodology is essential for performing global analyses quickly and with reliable results.