The Passive Filtration part is controlled and switched on through thyristor switching modules. The complete combination of active and passive, offers a very reliable combination for very effective filtration and power factor control with very low operational losses in comparison to pure active technology. The designs offered by us are installed for compensation and Harmonic compliance of main transformer or at major load feeders. Though there are standard ratings but any design can be offered as per customer load characteristics and level of harmonic distortion. However, the correction is completely step-less, instantaneous, and precise. Moreover, it can help clients realize significant fuel savings on DG operation. Furthermore, unique priority setting feature allows you to get the maximum out of the installed filter capacity by using any spare capacity for harmonic compensation, load balancing, and neutral compensation - Electronic Products Supplier.

 Hybrid power factor correction refers to a combination of capacitor banks and power electronic converters (such as Active Power Harmonic Filter or Static Var Generator) used to improve power factor and mitigate harmonics in electrical power systems. These devices are found in a wide variety of equipment used in industrial, medical, white goods, and building HVAC equipment. Conducted RFI is released from components and equipment through the power line cord into the AC power line network. This conducted RFI can affect the performance of other devices on the same network - premium electronic solutions.

It is applied to the functional verification test of semi-finished products and finished products in the production process of power battery packs such as automotive electronics, aerospace, ships, solar energy storage, electric bicycles, electric motorcycles, backup power batteries and communication power supplies, as well as the test of scientific research laboratories. High pass passive harmonic filters are used to eliminate higher order harmonics and to have flexible control over the wide range of frequencies. The basic high pass harmonic filter design use three passive components, resistor, capacitor, and inductor. Passive filters work by exhibiting different impedance values at the resonant frequency. Power factor correction needs a design to compensate reactive power demand & inject harmonic currents throught he equipment into the power supply system.  For more information, please visit our site https://www.westek.com.au/