Hybrid Power Factor Correction

To meet the requirement of continuous reactive power compensation with low cost, high reliability and large capacity, a hybrid Power Factor Correction was proposed based on TSC (thyristor switched capacitor in parallel) and SVG (static var compensator). This system consisting of discrete subsystem TSC and continuous subsystem SVG, coordinated the capacitor switching rating of TSC with dynamic compensation of SVG by using two hybrid control laws based on expert decision making, made full use of their respective advantages. The machine learning approach was applied to avoid repeated movements of capacitors and extend equipment life.



YT-PQC-HPFC Hybrid Power Factor Correction

YTPQC-HPFC Hybrid Power Factor Correction adopts the configuration scheme of combining YTPQC-ASVG Advanced Static var Generator and switching capacitor/reactor, and implements different reactive compensation schemes according to the actual needs of users on site, so as to achieve the best combination of price and effect.

YTPQC-HPFC Hybrid Power Factor Correction device consists of two parts: Static Var Generator and switching capacitor / reactor reactive compensation unit. In YTPQC-HPFC hybrid dynamic reactive power compensation device, each unit is designed and produced in the method of low power, small volume and low cost, and both of them are optional, and can be combined in the best and flexible way according to the actual reactive state of the site, so as to achieve the optimum ratio of operation effect and cost.

 

YT hybrid power factor correction 1 YT hybrid power factor correction 2

 

A united system of thyristor switched capacitor (TSC) and YTPQC-SVG static var generator was proposed to improve voltage regulation, stability, and power factor in ac transmission and distribution systems. The TSC is consisted of multi-groups binary-coded capacitors, which is mainly used for large capacity var compensation step by step. YTPQC-SVG compensates small capacity reactive power continuously, and filters harmonics generated by the nonlinear load.

YT hybrid power factor correction 3 YT hybrid power factor correction 4

 

When YTPQC-SVG compensates harmonics with traditional control method, it may run into oscillation if the YTPQC-SVG controller does not consider the interaction between TSC and YTPQC-SVG, so a selective harmonic compensation method is present to solve the problem. A predictive control algorithm for TSC is studied to have a correct compensation when the load changes rapidly. The proposed united compensation system can implement continuous reactive power and harmonic currents compensation cost-effectively.

YT hybrid Static Var Generator YT hybrid var compensator

 

Modular Design

YTPQC Static Var Generator has a advanced modular design. Usually YTPQC-SVG consists of one or severalVG S modules and an optional touched LCD Human Machine Interface. Each SVG module is an independent harmonic filtering system, and users can change the harmonic filtering system rating by adding or removing SVG modules.

According to the mounting type, YTPQC-SVG can  be divided into Rack Modular SVG,Wall-mounted SVG and free landing SVG.

YTPQC-APF Rack Module YTPQC-APF wall mounted active power filter
Rack modular SVG Wall mounted modular SVG

 

Model Description

YTPQC-HPFC hybrid Power Factor Correction series cover from 100kVAr to 500kVAr per cabinet, support SVG control thyristor switched capacitors(Or Contactor switched type).

 

SN Item Rated Capacity Factory Model

Dimensions

(W*D*H,MM)

N.W
(KG)
Packing Size
(W*D*H,MM)
G.W
(KG)
1 HPFC 100kVAr YTPQC-HPFC/100-4-4L-50k 800*1000*2200 300 990*1140*2455 340
2 HPFC 150kVAr YTPQC-HPFC/150-4-4L-50k 800*1000*2200 320 990*1140*2455 360
3 HPFC 200kVAr YTPQC-HPFC/200-4-4L-50k 800*1000*2200 340 990*1140*2455 380
4 HPFC 250kVAr YTPQC-HPFC/250-4-4L-50k 800*1000*2200 360 990*1140*2455 400
5 HPFC 300kVAr YTPQC-HPFC/300-4-4L-100k 800*1000*2200 380 990*1140*2455 420
6 HPFC 350kVAr YTPQC-HPFC/350-4-4L-100k 800*1000*2200 380 990*1140*2455 440
7 HPFC 400kVAr YTPQC-HPFC/400-4-4L-100k 800*1000*2200 400 990*1140*2455 460
8 HPFC 450kVAr YTPQC-HPFC/450-4-4L-100k 800*1000*2200 400 990*1140*2455 480
9 HPFC 500kVAr YTPQC-HPFC/500-4-4L-100k 1000*800*2200 420 990*1140*2455 500

 

 



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