SVG reactive power compensation cabinet 35kV static high voltage dynamic reactive power compensation generator

Description :

　　SVG reactive power compensation cabinet is a dynamic compensation device that combines capacitive and inductive power factor automatic uninterrupted smooth adjustment. The principle of the high-voltage SVG dynamic reactive power compensation device is to extract electrical energy from the AC power system, directly charge the DC capacitor, and ultimately stabilize the voltage. The SVG dynamic reactive power compensation device requires an outdoor working environment between -35 ℃ and+40 ℃, an air humidity range of 15% to 90%, and an altitude not exceeding 2000 meters. For conventional 6/10/35/KV air-cooled power generation projects with applied voltage, there are no special requirements for the overall size design. The depth and height remain basically unchanged, and the width is often improved according to specific design requirements. The SVG dynamic reactive power compensation generator has multiple parameter setting functions. Different loads can be freely adjusted on site. Backup all operational data parameters and delete data through recovery operations. SVG reactive power compensation cabinet is not limited to a single application, but can also be integrated into applications. For example, the SVG dynamic reactive power compensation generator+TSC capacitor switch hybrid compensation has a high cost-effectiveness, and the problems faced by power transmission and distribution such as voltage fluctuations, low power factor, and voltage instability will be well solved.

　　The dynamic reactive power compensation cabinet plays an important role in the application of power systems. The ultimate goal is to increase the compensated power factor of the distribution system to the standard range, so that the transmission and transformation equipment can be fully utilized and the electricity cost can be reduced. The suitable installation location for SVG static and dynamic reactive power compensation cabinets is generally in long-distance transmission lines. After installation, it can be operated manually and automatically, and can be continuously started. During this period, the controller will display various technical indicators and parameters, and automatically switch the capacitor bank. During the conversion process, it is important to pay attention to some rules. At present, the displayed power in the power grid should not exceed the power factor threshold set by the SVG static dynamic reactive power compensation controller, and the power factor should be ensured to be in a lagging state. The daily application of SVG dynamic reactive power compensation cabinet is often used to solve problems such as harmonic impact on the power grid. It can effectively handle the harmonics generated by the compensation of heavy-duty motors, balancing inductive reactive power compensation and capacitive reactive power compensation, dynamically responding to changes in the power grid, with high compensation efficiency and long service life of capacitors. The digital SVG dynamic reactive power compensation system device produced by New Baite has been applied to multiple projects in the industry, and customers have reported good usage conditions.

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