POWER SYSTEMS STUDIES

SERVICES

Analysis of complex systems:

 

  • HVDC/FACTS systems in transmission grids
  • Integration of long AC cables or reactive compensation device
  • Integration of wind farms

Various types of analysis:

 

  • Electromagnetic transients (EMT) simulation
  • Harmonic analysis
  • Transient stability simulation
  • Harmonic analysis and impedance locus calculations

Services

Analysis of complex systems :

 

  • HVDC/FACTS systems in transmission grids
  • Integration of long AC cables or reactive compensation device
  • Integration of wind farms

Various types of analysis :

 

  • Electromagnetic transients (EMT) simulation
  • Harmonic analysis
  • Transient stability simulation
  • Harmonic analysis and impedance locus calculations

Service

Analysis of complex systems :

 

  • HVDC/FACTS systems in transmission grids
  • Integration of long AC cables or reactive compensation device
  • Integration of wind farms

Various types of analysis :

 

  • Electromagnetic transients (EMT) simulation
  • Harmonic analysis
  • Transient stability simulation
  • Harmonic analysis and impedance locus calculations

EXAMPLE

Harmonic analysis for offshore wind farm connection:

The TSO usually provides the harmonic impedances to the Point of Common Coupling for wind farms. RTE determined the harmonic impedances based on the minimum and maximum system short-circuit.  The final harmonic study reflects the results of several thousands of simulations that correspond to different network topologies and loading conditions.

Overall results are summarized as surfaces in the RX plan (R: real part of the impedance and X: imaginary part of the impedance)

EXAMPLE

Harmonic analysis for offshore wind farm connection:

The TSO usually provides the harmonic impedances to the Point of Common Coupling for wind farms. RTE determined the harmonic impedances based on the minimum and maximum system short-circuit.  The final harmonic study reflects the results of several thousands of simulations that correspond to different network topologies and loading conditions.

Overall results are summarized as surfaces in the RX plan (R: real part of the impedance and X: imaginary part of the impedance)

EXAMPLE

Harmonic analysis for offshore wind farm connection:

The TSO usually provides the harmonic impedances to the Point of Common Coupling for wind farms. RTE determined the harmonic impedances based on the minimum and maximum system short-circuit.  The final harmonic study reflects the results of several thousands of simulations that correspond to different network topologies and loading conditions.

Overall results are summarized as surfaces in the RX plan (R: real part of the impedance and X: imaginary part of the impedance)

OUR EXPERTISE

Long term experience of EMT simulation with several simulation tools such as EMTP-RV, PSCAD, HYPERSIM, RTDS, etc.

Expert team with decades of experience in EMT simulation and model development.

 

 

 

OUR EXPERTISE

Long term experience of EMT simulation with several simulation tools such as EMTP-RV, PSCAD, HYPERSIM, RTDS etc.

Expert team with decades of experience in EMT simulation and model development.

OUR EXPERTISE

Long term experience of EMT simulation with several simulation tools such as EMTP-RV, PSCAD, HYPERSIM, RTDS etc.

Expert team with decades of experience in EMT simulation and model development.

For more information, contact us: