HARMONİKMATİK
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.
- Energy loss decreases.
- Efficiency increases.
- Life of the devices used increases.
- We can easily calculate energy losses and excess capacity.
- Research has shown that the lifespan of electrical materials decreases when the energy quality is low.
VARmatik Static var generator Features:
Multifunction: Reactive power and imbalance compensation
Excellent reactive compensation: High speed, Precision (-0.99≤Cosφ≤0, 99), Stepless, Bidirectional (capacitive and inductance) compensation Excellent unbalance correction: Both negative and zero sequence reduce neutral current.
Wide input voltage and frequency range adapts to harsh electrical environments.
Low thermal loss (≤3% of nominal SVG capacity), efficiency ≥ 97%
High stability: Infinite impedance to the grid prevents harmonic resonance problem.
Flexible application: Modular design embedded in standard or customized cabinet.
Easy installation and maintenance: Easy installation for replacement and expansion of APF module.
Wide capacity range: 33kvar or 100 kvar for a single cabinet modules.
Environmental compatibility: -10~50°C temperature, compatible with diesel generators.
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.
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.
