The reactive power consumed by the transformer is generally about 10% to 15% of its rated capacity, and its no-load reactive power is about 1/3 of the full load. Therefore, in order to improve power factor (PF) of the power system, the transformer should not operate at no-load or in a long-term low-load operation state. Vigorously improving the power factor of transformers, reducing line losses, a...
Hybrid power factor correction Hybrid Active power factor correction systems utilise power electronics and digital control to achieve active reactive current compensation for specific and high performance solutions. YTPQC hybrid power factor correction system is comprised from both capacitor based and Static Var Generator(SVG,Active Power Factor correction). Static Var Generator is use...
Power quality can impact overall factory performance but is easily overlooked. Active harmonic filters respond quickly and effectively to balance out power system variations. This enables higher process reliability, longer equipment life, reduced energy losses and improves productivity. Active harmonic filters provide a quick return on your investment. They also make it easy to comply with global ...
The correct compensation capacity is very important for projects, where need to install reactive power compensation device, such as capacitor banks, or Static Var Generator SVG, or Hybrid reactive power compensation device. For new projects: New Projects which are at the design stage: The required compensation capacity (kVAr) can be calculated using Power Factor Calculatation tools. Our YT'...
It's important to note that the specific voltage levels of a Static VAR Generator may vary depending on the manufacturer, system requirements, and application. Therefore, it's advisable to consult the product specifications or the manufacturer's documentation for precise information on voltage levels. The voltage levels of a Static VAR Generator can vary depending on the specific application and r...
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. The advantages of hybrid power factor correction over capacitor banks alone include: Power Factor Correction: Hybrid solutions offer dynamic and preci...
Static VAR Generator (SVG) and Active Power(Harmonic) Filter (APF or AHF) are both devices used in power systems for Power Factor Correction and Power Quality Improvement. However, they serve different purposes and have different functionalities. Static VAR Generator (SVG):Static VAR Generator is a power electronics-based device used to provide dynamic reactive power compensation in electrica...
Ultra-high harmonic detection in distribution networks relies on advanced technologies designed to measure and analyze harmonics beyond the conventional limits. Here are some key technologies used for ultra-high harmonic detection: Wideband Spectrum Analysis: This technology involves using wideband spectrum analyzers capable of analyzing frequencies well beyond the conventional range to detect and...