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Network protection is key to mitigate the risks in an interconnected power system and enhance the reliability of the power supply while contributing to the resilience of the system itself. Proper protection equipment modeling is an essential task for the power engineer.
Arc flash hazards analysisProperly assess the arc flash risk level to ensure a safer work environment by computing the necessary parameters required to determine risk level and adopt adequate safety procedures. This includes a new method that factors in backup protection, multiple contribution and duration. |
Distance protection analysis
Analyze the operation of distance protection relays under normal and fault conditions. Helps in the design and verification of protection schemes and to address different coordination issues in any power system network |
Reliability assessmentReliability assessment has become more important for utility planners in recent years. Improved service reliability might be motivated by government regulation or by market competition, but providing superior service at an attractive price is in the interest of both the utility and the customer. |
Protective device coordinationEngineers are often called upon to visualize the protection of their networks quickly and easily. |
