Power quality solutions address variations in voltage and current that can impact the reliability of electrical systems. Power quality issues arise when there is a discrepancy between the power supplied and the quality needed for the optimal operation of load equipment. These issues are often linked to the use of power electronics, which introduces new techniques in product fabrication, energy utilization, and service delivery. Additionally, the increasing use of non-linear loads contributes to power quality challenges, leading to inefficiencies in power distribution systems.
The consequences of poor power quality can be significant, including equipment overheating, overloading of neutral wires, skin effect phenomena, and the unintentional tripping of circuit breakers. These disruptions can compromise system performance, making power quality improvement essential. To address these concerns, we specialize in the manufacturing, supply, and commissioning of a wide range of power quality products and associated equipment to ensure stable and efficient power delivery.
PFC panel is a system integrated with CRCA sheet enclosure with powder coated, fully wired with self-healing MPP capacitor, duty contactor fan, APFCR, all switchgear, with IP protection, busbar AL/CU.
RTPFC panel is an integration of CRCA powder coated MS sheet enclosure fully wired with self-healing MPP capacitor, duty contactor fan, APFCR, all switchgear, with IP protection, busbar,- AL/CU. The thyristor switched contactor shall be capable of handling the continuous current 130% of the rated capacitor current at rated voltage 415V.
The solution includes a High Tension (HT) capacitor and HT reactor, which are assembled in either a single star or double star configuration, integrated with Neutral Current Transformer (NCT) or Residual Voltage Transformer (RVT) components. This setup is specifically designed as a Detuned Filter, available in configurations of 5.6%, 7%, and 14%, to optimize performance. Its primary application is focused on improving power factor (PF) for dynamic loads and effectively reducing harmonics, ensuring a stable and efficient power distribution system.
The smallest active model in this range is designed for precise and reliable compensation of harmonics, effectively addressing up to the 50th harmonic order while also optimizing reactive power management. This targeted solution ensures enhanced power quality and system stability. Available in ratings of 30, 50, 60, 100, 120, 200, 250, and 300 Amperes, it supports voltage levels ranging from 380 to 480 volts, as well as 690 volts, making it suitable for a wide range of industrial applications.
Passive filter is an integration of CRCA powder coated MS sheet enclosure, fully wired with self-healing MPP capacitor and reactor, capacitor duty contactor, fan APFCR, all switchgears, with IP protection, busbar AL/CU.
Hybrid filter is combination of active filter and passive filter. It is IGBT- based power converter that reduces harmonics distortion.
This system is designed with a rating of 200 Amperes and 1000 kVAr, making it highly effective for applications that require both power factor (PF) improvement and harmonic reduction. It operates at voltage levels ranging from 400 to 690 volts, ensuring compatibility with various industrial setups. The static mode of switching ensures rapid and efficient response, providing reliable compensation to optimize power quality and enhance overall system performance.
Converts the rectangular PWM output voltage of motor drives into a smooth sine wave with low residual ripple Elimination of premature motor damage caused by high dv/dt, over voltages, cable ringing, motor overheating, and eddy current losses Improves bearing life time because of bearing.
Dv/Dt-filters are designed for a maximum switching frequency of 40 kHz. The filters generate less heat with lower switching frequencies, so it is possible to use lower switching frequencies.
This system is designed to operate at a maximum frequency of 4 kHz and supports a voltage range from 0 to 690 VAC. It is specifically engineered to reduce insulation stress, making it ideal for applications where maintaining the integrity of electrical insulation is critical. This capability helps to enhance the longevity and reliability of equipment, ensuring efficient and stable performance in demanding electrical environments.
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