10131931-106ULF

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

10131931-106ULF is a type of capacitor used for power transmission applications. It is designed to store electrical energy during low-load times and then release it during periods of higher consumption. It is also known as a capacitor-input power factor corrective device (CIPFCD).

The 10131931-106ULF is a combination of two capacitors, one low voltage (LV) and the other high voltage (HV). The two are connected in series to provide the desired voltage characteristics over the entire operating frequency range. The HV and LV capacitors provide the necessary current and phase angle balance in order to maintain the desired power factor. This design is what helps minimize power losses.

The 10131931-106ULF is typically used in residential and commercial buildings, or high-tension transmission systems. It is also used in solar, wind, and hydro power systems. In these applications, it helps reduce system losses by reducing the reactive power components, resulting in a higher efficiency.

The working principle of the 10131931-106ULF is based on the capacitor\'s ability to store energy in the form of an electrical charge. During periods of low load, the capacitors act as a rechargeable source of energy. When the load increases, the additional energy stored in the capacitors is released into the system. This process helps maintain the desired power factor and helps reduce losses.

The main benefit of the 10131931-106ULF is that it helps improve energy efficiency. The capacitors help reduce reactive power components, thus minimizing power losses in residential and commercial buildings, high-tension transmission systems, and other applications. This reduces the need for additional power lines, saving energy and costs.

In conclusion, the 10131931-106ULF is a capacitor-input power factor corrective device that is designed to store electrical energy during low-load times and then release it during periods of higher consumption. It is used in residential and commercial buildings, or high-tension transmission systems, as well as in solar, wind, and hydro power systems. The main benefit of this device is that it helps improve energy efficiency by reducing reactive power components and minimizing power losses.

The specific data is subject to PDF, and the above content is for reference