HARMONİKMATİK
The AHF module is designed compact and tidy to eliminate welding parts; i.e. all sub-assemblies are connected with weldless screws/nuts to avoid the risk of poor connections. It eliminates the harmonic current generated by the non-linear dissipative load to reduce the system voltage distortion rate.
Performance feature
F.T.T. management and instantaneous power theory
Combination of power factor correction function (both inductive and capacitive power)
Wide harmonic filtering range: 2.~50. Harmonics can be filtered. High harmonic filtering rate: more than 98.04%
Fast response: Fast dynamic response speed. Response time is 10 ms
Imbalance correction available: single-phase dynamic current injection to correct imbalance in the supply system
Resonance-free due to automatic resonance elimination
Automatic current limiting output It is free from overload thanks to
Simultaneous Var compensation: Filtering and Var compensation are open to selection
Interface operation is available via HMI, which can display voltage, current and harmonics live.
Log recording can be done via USB.
Full protection includes overvoltage, undervoltage, overcurrent, overheating, low voltage of the control source, etc.
Parallel connection operation available: 10 sets can be connected in parallel
Can be applied directly to systems below 430V, can be applied when a transformer is added to systems with voltage above 400V
Plug-and-play design and easy scheme selection, no need for detailed analysis in the supply network
VARMATİK has an ultra-compact design that allows it to be easily installed and replaced. The wall and rack-mounted design, which takes up minimum space, makes it flexible to integrate into the system. With its high density, 1 100kvar varmatic can be placed in a single cabinet, saving more than 70% space compared to standard passive filter compensations.
The basic operating principle of STATCOM is to produce a controllable AC voltage source behind the transformer leakage reactance using a voltage source converter connected to a DC capacitor. The reactive power change between the STATCOM and the system produces the voltage difference in transformer leakage reactance.
