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For each project, engineers create studies and analyze various what-if scenarios to examine a problem and find the best solution. Having the proper tools is imperative to successful project management.
Handling the volume of Distributed Energy Resources (DER) interconnection applications and assessing the effects of each new installation on the distribution system requires dedicated resources and tools.
The evolution of the distribution systems now requires engineers to conduct planning analyses and expert simulations supporting operations, including protection studies and DER interconnection assessments.
Risk management and prevention have always been important aspects of safety programs within the electric industry. The proper assessment of arc flash risk level can help minimize operational downtime and ensure a safer work environment.
This module enables modeling and simulation of grid-tied microgrids operating in either islanded or grid-connected mode as well as isolated microgrids, such as those of remote communities far from any transmission and distribution infrastructure.
Secondary networks are designed to provide reliable power distribution to highly dense load areas through redundancy based on different interconnection possibilities.
Fault analysis is an essential tool for the determination of short-circuit currents that result from different fault phenomena, the estimation of fault locations, the identification of under-rated equipment in electric power systems and the sizing of various system components.
Voltage stability is an important aspect of any power system design as it ensures the system has sufficient power to meet the load demand. Power system voltage instability is related to the lack of reactive power resources in the network and the voltage can collapse when the power limit of a system is exceeded.
The number of electronic devices and other non-linear loads that are connected to the power system generate harmonics which affect the quality of the power to end customers. These harmonic distortions, if unmitigated, have a detrimental effect on power quality as they can cause equipment malfunction, overheating of equipment and increased power losses.
Meet advanced distribution planning
needs, including forecast analytics, time series
analysis, DER modeling, non-wires alternatives,
and project portfolio evaluation all as an
integrated corporate solution.
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