Power flow analysis
Short Circuit calculation
Arc flash calculation
Harmonic flow analysis
Motor start analysis
Relay coordtecination and protion tracking
Power flow analysis ⏷ Calculate voltage levels, current flows,
evaluate apparent power and power factor
evaluate apparent power and power factor
Short circuit calculation ⏷ Determine how electric system acts when
a short circuit occurs
a short circuit occurs
Arc flash calculation ⏷ Assess arc flash incident energy, flash boundary, both
arc and fault currents and safe working distance
arc and fault currents and safe working distance
Harmonic flow analysis ⏷ Evaluate non-linear load impact on electric system
Motor start analysis ⏷ Determine how motor startup affects electric
system and analyze its dynamic characteristics
system and analyze its dynamic characteristics
Relay coordination
and protection tracking ⏷ Solve relay and protective device misoperation
and miscoordination problems
and protection tracking ⏷ Solve relay and protective device misoperation
and miscoordination problems
Power flow – This feature is necessary for all power system studies. When performing load flow calculations are made for the selected power systems parameters: current flows through branches, voltage drops, real, reactive power and its losses, power factors. Conducting this analysis using multiple scenarios helps ensure that the power system is adequately designed to satisfy performance criteria. Also load flow function lets you perform common tasks such as: power factor correction, optimizing system power flows also voltage regulations.
Time dependent power flow – You can also evaluate the selected power system parameters at different input time periods.
Application
- Such studies help determine the effects of newly added elements before they are installed in the actual system
- A properly designed system helps contain initial capital investment and future operating costs.
- Conduct unlimited “what-if” studies with a couple mouse clicks
- The prior information serves to minimize the system losses and provides a check on reliability of the system.
- Reduce operating and maintenance costs
- Make changes to your system & re-run studies instantly
Other EA-PSM Features
DC calculations
Wind turbine power quality analysis
Solar irradiance modeling
Reliability calculations
Cable selection and sizing
Parallel line modeling
Export/Import data
Asymmetrical network calculations
Advantages
Why you need this software?
Easy to use
EA PSM provides user friendly interface that allows clients to simply design schemes and perform calculations with a click of a button.
Time saving
Modern electricity networks are getting more complex, therefore requiring more difficult calculations to evaluate certain operation modes. EA PSM saves a considerable amount of time by allowing to change various settings.
Flexible
EA PSM allows you to input and edit various data into your digital project. Such as previous live test data or exact location of an object in doing so you ensure fast, efficient and secure decision making.