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Galvanized power motor power factor controller svg generator static var

Product details
The effect of power factor correction:PF≥0.99place of origin; place of origin:China Shanghai
Packaging Preview:Certification:CE, type test report
custom made:YesCompensation performance:Capacitance and Inductance Compensation: -1 to +1
port:ShanghaiRated frequency:50Hz/60Hz±5%
payment terms:L/C,Western Union,D/P,D/A,T/T,MoneyGramproduct name:Advanced Static Var Generator
Warranty:3 yearstype:Stepless
brand:Yestonmodel:YTPQC-SVG
Wiring:3P4W, 3P3WCircuit topology:Three-level inverter IGBT
Other functions:Harmonic Control and Load BalancingSupply capacity:5000 sets per month
Packaging Details:wooden boxRated voltage:AC200/400V/440V/690V±15%
Certificate:CE, type test reportKey words:Static Var Generator SVG
Company Profile
Shanghai Yingtong Electric Co., Ltd., as a national high-tech enterprise, has been located in Songjiang District, Shanghai since 2009, covering an area of ​​10,000 square meters2, is a technology-based enterprise specializing in the research and development, production and sales of power electronics and power automation technology products. The company focuses on smart grid, power quality, power automation, power saving and new energy generation. In terms of energy saving and consumption reduction, improving power grid security and stability, and improving power quality, the company has independently developed a number of series of products in three fields of power quality and safety, power saving and power automation. It has been used in key energy consumption fields such as power, industry, and petroleum.
Our company focuses on sales and serviceActive Power Filter (APF),Static Var Generator (SVG), Three-phase load balancer, hybrid reactive power compensation cabinet. In addition to our main products, we also provide customized services such as program design, product customization, and equipment maintenance.
Static Var Generator SVG
YTPQC-SVG static var generator is based on the principle of voltage source inverter, using insulated gate bipolar transistor (IGBT) to control the amplitude and phase of inverter AC voltage, so as to achieve the purpose of reactive power compensation and harmonic compensation . Due to the very high switching frequency of IGBTs (up to several tens of kHz), SVG can compensate for fast reactive loads and achieve a fairly high compensation accuracy. SVG is the best solution in the field of reactive power control.
YTPQC-SVG Data Sheet
thing
performance indicators
Rated input voltage
220V/400V/480V/690B
Rated frequency
50Hz/60Hz±5%
circuit topology
Three-level inverter IGBT
grid structure
Three-phase three-wire or three-phase four-wire
Module rated capacity
30kVar, 50kVar, 75kVar, 100kVar
On-off level
25.6kHz
Response time
≤5ms
Compensation method
(1) Reactive power (2) Harmonics (3) Three-phase load imbalance
The effect of power factor correction
COSΦ≥0.99 (after compensation)
The effect of three-phase balance
≤5%
Harmonic suppression performance
Up to 50 odd harmonics
Harmonic suppression effect
THDi≤5% after system control
System Active Loss
<2.5%
controller
DSP+FPGA
control algorithm
Adaptive Control Algorithm
communication
The communication interface adopts Modbus communication protocol/RS485 and Can Bus, and supports mobile App.
Certificate
CE, type test report
ambient temperature
-20~55℃
Relative humidity
95% max, no condensation
high
≤1,500m rated capacity
SVG features and benefits
outstanding performance
* Reactive power compensation: Cos Φ = 1.00.
* Continuous correction - stepless control. SVG controls from 0 – rated kVAr as a continuous range.
* Capacitance and inductance compensation: -1 to +1.
* Full correction in less than 5 ms. For highly dynamic loads with fast or large fluctuations in power factor, e.g. sawmills, cranes, welders.
* No overcompensation or undercompensation experienced by capacitor switching systems.
* Current unbalance correction can correct the load unbalance of all three phases.
compact high performance
* Compact high performance.
* Wall or cabinet installation with ultra-compact design.
* Modular design allows 600kVAr to be provided in a single cabinet.
* Can be incorporated into electrical switchboards.
Network friendly and highly stable
* Not affected by harmonic distortion, no harmonic resonance.
* Not affected by network voltage drops. Even at reduced network voltage levels, full reactive current can be supplied to meet operating conditions.
* No annoying transient voltage spikes due to capacitor switching.
* Presents to the grid as a very high impedance device. Network companies do not have to worry about attenuation of the ripple injected signal.
APF/SVG before Yeston and after APF/SVG
APF/SVG before Yeston APF/SVG after
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