Products Categories

BY91-APF/50A-0.4/4L-B Harmonic Suppression Auto...

BY92-SVG/30kvar-0.4/4L-N High-Efficiency Low Vo...

BY91-APF/75A-0.4/4L-N Series High-Quality Three...

BYKXG/S/480-20/P7 Series - 480V 20kvar Dynamic ...

BY194E-3SY | High-Resolution LCD Multifunctiona...

BY194E-ASY LCD Display 3 Phase Energy Meter Re...

BY82JS/480-30/P7 Series Anti-harmonic Smart Cap...

BY194E-AS4 Three Phase Smart AC Power Quality M...

BYKXG/S/480-25/P7 Series Anti-harmonic Intellig...

BYCM1E-125 Series Molded Case Circuit Breaker 3...

BY95-ASVGC Hybrid dynamic filtering compensation device

"BY95-ASVGC Hybrid dynamic filtering compensation device" is a hybrid dynamic filtering compensation device used in power systems. It uses advanced hybrid dynamic filtering technology to effectively suppress harmonics and clutter in the power system and improve power quality. The device combines dynamic filtering and compensation technology, which can monitor harmonics and clutter in the power system in real time and respond quickly to compensate, thereby ensuring the stable operation of the power system. It has the characteristics of high efficiency, reliability, and self-adaptation. It is suitable for various power system environments and is an important device for improving the quality and stability of the power system.

product details

Product Introduction

BY95-ASVGC hybrid dynamic filter compensation device is a cutting-edge technology designed to improve the power quality of power systems. This innovative device uses advanced hybrid dynamic filtering technology to effectively suppress harmonics and clutter in the power system and ensure stable and reliable power supply. BY95-ASVGC is a game changer in power system optimization due to its superior performance and efficiency.

This hybrid dynamic filtering and compensation device is designed to solve the challenges related to power quality in modern power grids. BY95-ASVGC uses its dynamic filtering function to effectively reduce harmonic distortion and reduce voltage fluctuations, thereby improving overall power quality. Its ability to compensate for reactive power and regulate voltage levels makes it an indispensable asset for industrial and utility companies seeking to optimize their power infrastructure.

One of the key features of the BY95-ASVGC is its versatility and adaptability to different power system configurations. Whether deployed in an industrial facility, commercial building or utility substation, the device integrates seamlessly into the existing power network to provide consistent, reliable performance. Its dynamic filtering function enables it to adapt to different load conditions and ensure the best power quality in dynamic operating scenarios.

BY95-ASVGC is also equipped with advanced control algorithms and monitoring capabilities that can evaluate and adjust power system parameters in real time. This proactive approach to power quality management enables operators to identify and resolve potential issues before they escalate, minimizing downtime and maximizing operational efficiency.

BY95-ASVGC hybrid dynamic filter compensation device represents a major advancement in power system optimization. Its ability to effectively suppress harmonics, regulate voltage and compensate for reactive power makes it a valuable tool for improving power quality in a variety of applications. With advanced technology and adaptive capabilities, BY95-ASVGC sets a new standard for reliable, efficient power system performance.

Structure diagram

ASVGC system composition=Controller (lCMS)+SVG module+General LC

CMS Integrated Control and Monitoring System

Set the working mode and related parameters of LC and SVG Real time display of power information, data before and after compensation,waveform diagram, control and monitoring SVG+LC working state transition

Equipped with eighteen lO ports, flexibly implementing different SVG+LC combination modes

SVG module

Quickly respond to system reactive power changes and respond to L Reactive compensation for over or under compensation of C to 0.99 to achieve zero pole switching and compensate for rapid changes in reactive power

General LC

Compensate for most stable and less variable reactive power of the load

Product Features

BY95-ASVGC Hybrid dynamic filtering compensation device detail (2)lzr

In the ASVGC scheme

LC for staged switching compensation

SVG module for blind spot coverage, achieving stepless switching

SVG Centralized Compensation Capacity Selection Query Table

Transformer capacity	Reactive power compensation capacity (cosΦ=0.7)	Extended System	SVG module	Co complementary LC module	Dividing and supplementing LC module
315kVA	100kVA	Expansion of reactive power compensation capacitors	BY91-SVG- 380-30×1	BY-C- 450-30×2	BY-S- 250-30×1
500kVA	200kVA		BY91-SVG- 380-50×1	BY-C- 450-30×3	BY-S- 250-30×2
630kVA	250kVA		BY91-SVG- 380-50×1	BY-C- 450-50×3	BY-S- 250-30×2
800kVA	300kVA		BY91-SVG- 380-50×1	BY-C- 450-50×4	250-30×2
1000kVA	350kVA		BY91-SVG- 380-70×1	BY-C- 450-50×5	BY-S- 250-30×2
1250kVA	450kVA		BY91-SVG- 380-70×1	BY-C- 450-100×3	BY-S- 250-30×3
1600kVA	550kVA		BY91-SVG- 380-100×1	BY-C- 450-100×3	BY-S- 250-50×3
2000kVA	700kVA		BY91-SVG- 380-100×2	BY-C- 450-100×4	BY-S- 250-50×3
2500kVA	900kVA		BY91-SVG- 380-100×2	BY-C- 450-100×5	BY-S- 250-50×4

BY95-ASVGC Hybrid dynamic filtering compensation device detail (1)3g1