Some power system challenges require more than standard analysis—they demand advanced modeling and expert insight. Our specialized studies are tailored for complex scenarios, legacy system upgrades, integration of renewable energy, and high-reliability requirements.
Detects distortion in current and voltage waveforms caused by nonlinear loads, helping mitigate overheating and resonance issues.
Optimizes capacitor placement and sizing to reduce reactive power demand, improve voltage stability, and lower energy costs.
Identifies temporary voltage anomalies that affect sensitive devices and disrupt production processes.
Evaluates system conditions to prevent harmonic resonance, especially in the presence of capacitor banks and tuned filters.
When dealing with non-typical conditions—like high penetration of renewables, interconnected microgrids, aging infrastructure, or data-sensitive facilities—standard studies may not capture all risks. Specialized modeling gives deeper insight and precision.
Absolutely. They reveal whether your existing system can handle new loads, if upgrades are needed, or how to integrate with new generation sources without compromising safety or reliability.