Our Technologies
Power System Analysis
We use PSCAD-based electromagnetic transient (EMT) simulation to investigate detailed power system behavior beyond the scope of phasor-based RMS studies. Resolving instantaneous waveforms helps us understand fast transients and support reliable, efficient operation.
Power Quality Measurement
We measure power quality using high-precision analyzers and convert recorded data to COMTRADE format for analysis with PSCAD. Studies can cover harmonics, K-factor, THDF, dynamic rating, and efficiency. By combining field measurements with digital models, we investigate transient behavior and support reliable power supply and efficient operation.
Monitoring and Diagnostics
We connect PSCAD and Python to analyze equipment condition using dynamic models and time-domain calculations. This approach supports monitoring and diagnostics, performance improvement, and more effective maintenance planning, helping manage equipment life and operational safety.
Circulating Currents and Distributed Generation Integration
We examine transformer core structures and winding connections in power supply and generation systems. System modeling distinguishes circulating currents from leakage currents to investigate equipment failures and efficiency issues, supporting reliable distributed generation integration and effective energy management.
Electric Shock and Arc Flash Risk Assessment
We assess electric shock and arc flash hazards in power equipment. Studies consider protective device clearing times, arc energy, and available short-circuit levels to inform equipment protection and personnel safety measures. The results support safer work practices and incident prevention.
Dynamic Equipment Rating and Life Assessment
We analyze dynamic equipment ratings and assess equipment life to inform operating strategies. Beyond nominal voltage and current ratings, PSCAD-based studies examine the effects of ambient temperature, short-circuit duration and thermal withstand, and harmonics on usable capacity. These assessments help improve equipment utilization and avoid unnecessary costs.
Power System Analysis
We use PSCAD-based electromagnetic transient (EMT) simulation to investigate detailed power system behavior beyond the scope of phasor-based RMS studies. Resolving instantaneous waveforms helps us understand fast transients and support reliable, efficient operation.
Power Quality Measurement
We measure power quality using high-precision analyzers and convert recorded data to COMTRADE format for analysis with PSCAD. Studies can cover harmonics, K-factor, THDF, dynamic rating, and efficiency. By combining field measurements with digital models, we investigate transient behavior and support reliable power supply and efficient operation.
Monitoring and Diagnostics
We connect PSCAD and Python to analyze equipment condition using dynamic models and time-domain calculations. This approach supports monitoring and diagnostics, performance improvement, and more effective maintenance planning, helping manage equipment life and operational safety.
Circulating Currents and Distributed Generation Integration
We examine transformer core structures and winding connections in power supply and generation systems. System modeling distinguishes circulating currents from leakage currents to investigate equipment failures and efficiency issues, supporting reliable distributed generation integration and effective energy management.
Electric Shock and Arc Flash Risk Assessment
We assess electric shock and arc flash hazards in power equipment. Studies consider protective device clearing times, arc energy, and available short-circuit levels to inform equipment protection and personnel safety measures. The results support safer work practices and incident prevention.
Dynamic Equipment Rating and Life Assessment
We analyze dynamic equipment ratings and assess equipment life to inform operating strategies. Beyond nominal voltage and current ratings, PSCAD-based studies examine the effects of ambient temperature, short-circuit duration and thermal withstand, and harmonics on usable capacity. These assessments help improve equipment utilization and avoid unnecessary costs.