YS Engineering Solution specializes in the design and engineering of high-performance HT APFC Panels (High Tension Automatic Power Factor Control), which are critical for industries operating on 11kV or 33kV high-voltage distribution networks. In large-scale industrial plants, heavy inductive loads like high-capacity motors and furnaces create significant reactive power demand. Their HT systems utilize advanced microprocessor-based relays and vacuum contactors to automatically switch HT Capacitor Banks in or out of the circuit. This maintains a power factor close to 0.99, effectively eliminating expensive high-voltage surcharges and reducing the total KVA demand on the main transformer, which prevents overheating and reduces system-wide line losses. The technical integrity of an HT APFC system from YS Engineering Solution is maintained through a rigorous “Electrical Health Audit“ and the use of premium-grade components. These panels are housed in specialized enclosures with superior insulation levels (BIL) to handle voltage surges and are often integrated with series reactors to limit inrush currents and prevent harmonic resonance. Technicians ensure each unit is “Ready-to-Run“ by testing the microfarad (µF) stability of the high-voltage capacitors and verifying the accuracy of the sensing CTs (Current Transformers). By delivering these robust HT solutions, they provide industrial facilities with a stabilized voltage profile and a significant extension in the operational life of their high-tension electrical infrastructure.
