ELECTRICAL FAILURE ANALYSIS
Electrical failure analysis
Electrical networks are exposed to multiple risks and unexpected situations. Electrical failure analysis allows the simulation of failures in critical network components and helps anticipate the optimal maneuvers needed to restore service quickly and efficiently.
This forecasting capability is key to minimizing downtime and ensuring supply continuity.
Applications of electrical failure analysis
The results generated by this algorithm are used in several key areas:
Risk zone identification
Identifies areas where supply cannot be guaranteed in the face of adverse external events such as fires, rain, or snow, etc.
Network capacity improvement
Detects critical points and the most problematic areas, enabling reinforcement of the network where it is most needed.
Remote maneuver placement
Supports decision-making on where to install automated maneuvers to maximize investment.
Electric network planning
Serves as a valuable strategic tool for the effective design and planning of network expansions and improvements.
Importance of electrical failure analysis
Having an advanced tool that simulates failure scenarios and proposes concrete actions is essential for the safety, efficiency, and resilience of the network.
Electrical failure analysis helps strengthen infrastructure, support strategic decision-making, and protect investments.