Power Factor Correction The active power produced by the active current can alone be turned into an effective use for the consumer; while the reactive power produced by the reactive current does not yield usable power, and consequently, is not registered on the active performance meter. The reactive power has, however, a negative effect on generators, transformers, and conductor lines, while causi...

The improvement of power quality is mainly through power quality equipment and current signal and other parameters in the current transformer detection system, so as to correctly control the power quality problem in real time and improve the environment of the distribution system.  For capacitor bank, we usually only use a CT mounted on the power side for sampling.  For SVG / APF, a...

Selecting the capacity of the transformer is crucial, as it directly affects the stability, efficiency and safety of the power system. The appropriate transformer capacity can ensure that current and future load requirements are met, avoiding equipment damage and energy waste caused by overload or underload. The correct capacity selection helps optimize operating costs, extend equipment life, and ...

The correct selection of capacitor banks, SVG (Static Var Generator), and active power filters (APF) and external current transformers (CTs) directly affects the measurement accuracy, response speed, and overall operational performance of the compensation/filtering device. The following details how to correctly select these components, covering both general principles and specific considerations f...

In power systems, transformers, as core equipment, undertake the crucial task of voltage conversion. However, due to manufacturing defects, environmental factors, and long-term operational wear, various faults frequently occur—oil leakage, abnormal oil levels, damage to the oil conservator bladder, deformation of the cooling system, and abnormal internal noises are common problems. These issues no...