Dynamic control of capacitor banks and active filters, with reactive compensation simulation and load balancing across phases.
The Dynamic Reactive Power Control module supervises and dynamically manages the plant's reactive power. Its distinguishing feature is that it accounts for the available capacity of every capacitor bank in the system as a whole: from the configured rules and the measured electrical conditions, the platform analyses the network and determines the most appropriate connection or disconnection.
Decisions serve both the target power factor and the safety conditions of the banks and the network itself.
The Dynamic Harmonic Current Control module supervises current harmonic distortion and manages the active filters installed across the electrical infrastructure.
It concentrates measurements of harmonic distortion, current unbalance, reactive power and available filter capacity. From that it identifies the points most in need of compensation and sets the target THD value the associated controllers are to use.
The Active Filter Banks section gathers active filter information by measurement point, with capacity and availability.
A simulator for calculating the reactive compensation required. It analyses historical power factor behaviour and the associated three-phase powers, then computes how many capacitive kVAr are needed to reach a target power factor you define.
It lets you develop the correction strategy from the monitoring centre, without walking the installation to assess each switchboard by hand.
A simulation tool for load balancing across phases. It evaluates the effect of moving a given number of amperes between phases and compares present unbalance against simulated unbalance immediately — before any switching happens in the field.