As a national high-tech enterprise, ShangHai YingTong Electric Co., Ε.Π.Ε, since 2009, located in Songjiang District of Shanghai, κάλυμμα 10,000 Μ2, is a professional science and technology enterprise engaged in R&ρε, παραγωγή, and sales of products of power electronics and power automation technology. The Company focuses on smart power grid, power quality, power automation, power saving, and new energy power generation. On the aspects of energy saving and consumption reduction, improvement of power grid safety and stability, and improvement of power quality, the Company independently develops multiple series products in three fields, i.e. power quality and power safety, power saving, and power automation, which have been applied to the power, industrial, petroleum and other key energy consumption fields.
Our company focus on sales and service ofActive Power Filter(APF), Static Var Generator(SVG), 3 phase load balancer, hybrid reactive power compensation cabinet. In addition to the main products, we also provide customized services such as scheme design, product customization, equipment maintenance and other customized services.
Static Var Generator SVG
Based on the principle of voltage source inverter, YTPQC-SVG static var generator uses insulated gate bipolar transistor (IGBT) to control the magnitude and phase of inverter AC voltage, so as to achieve the purpose of reactive power and harmonic compensation. Because the switching frequency of IGBT is very high (up to dozens of kHz), SVG can compensate rapid reactive loads and achieve quite high compensation accuracy. SVG is the best scheme in the field of reactive power control.
YTPQC-SVG Data Sheet
Είδος
Performance Index
Ονομαστική τάση εισόδου
220V/400V/480V/690B
Rated frequency
50Hz/60Hz±5%
Circuit Topology
Three level inverter IGBT
Power Grid Structure
3 phase 3 wire or 3 phase 4 wire
Rated capacity of modular
30kVar,50kVar,75kVar,100kVar
Switching Frequency
25.6kHz
Χρόνος απόκρισης
≤5ms
Compensation Mode
(1) Reactive power (2) Harmonics (3) 3 Phase load imbalance
Effect of Power Factor Correction
COSΦ≥0.99(after compensation)
Effect of 3 phase balancing
≤5%
Harmonic mitigation performance
Up to 50th odd order Harmonics
Effect of Harmonic mitigation
THDi≤5% after systematic control
Active loss of system
<2.5%
Ελεγκτής
DSP+FPGA
Control Algorithm
Self-adaptive control algorithm
Communications
Modbus communication protocol/ RS485 and Can Bus are used for communication interface, which supports mobile App.
Πιστοποιητικό
CE,Type test report
Ambient Temperature
-20~55℃
Σχετική υγρασία
Maximum 95%, without condensation
Altitude
≤1,500m at rated capacity
SVG Features and Benefits
OUTSTANDING PERFORMANCE
* Reactive power compensation: Cos Φ = 1.00. * Continuous correction – step less control. SVG controls from 0 – rated kVAr as one continuous range. * Capacitive and Inductive compensation: -1 προς την +1. * Full correction in less than 5ms. Suitable for highly dynamic loads where the power factor fluctuates rapidly or in big steps e.g. saw mills, γερανοί, welders. * No over compensation or under compensation as experienced with capacitor switching systems. * Current imbalance correction can correct for load imbalance across all three phases.
COMPACT HIGH PERFORMANCE * Compact High Performance. * Wall mount or cabinet mount in an ultra-compact design. * Modular design permits 600kVAr within a single cabinet. * Can be incorporated into electrical switchboards. NETWORK FRIENDLY AND HIGHLY STABLE * Unaffected by harmonic distortion and free from harmonic resonance. * Unaffected by network voltage drop. Even under reduced network voltage levels full reactive current can be provided to meet working conditions. * There is no nasty transient voltage spikes caused by the switching of capacitors. * Presents to the electricity grid as a very high impedance device. Network companies need not worry about the attenuation of ripple injection signals.
Before APF/SVG After YingtongAPF/SVG
Before APF/SVG After Yingtong APF/SVG
Γιατί να μας επιλέξετε
Our Harmonic detection algorithm of Active Power Filter/Static Var Generator is based on ADALINE(Adaptive Linear Neuron): The error values of output compensation harmonics and load harmonics are adjusted adaptively to speed up the convergence speed and automatically adapt to different load conditions without any special control parameters setting..
For thyristor rectifier loads, contrast result as follows,
(Κίτρινος: Load Current Red: APF Current(output) Μπλε: System Current)
Common Active Power Filter from other manufactures
Shanghai YingTong Active Power Filter
Successful Projects
Malaysia 1600kVar SVG 1200A APF Project Hybrid PFC 1600Kvar 2400A APF in Russia
FAQ
1. ποιοι είμαστε? Shanghai Yingtong are based in Shanghai, Κίνα, start from 2009. Υπάρχουν συνολικά περίπου 153 people in our factory.
2. πώς μπορούμε να εγγυηθούμε την ποιότητα? Πάντα δείγμα προπαραγωγής πριν από τη μαζική παραγωγή; Πάντα τελική επιθεώρηση πριν από την αποστολή;
3.τι μπορείτε να αγοράσετε από εμάς? Active power filter/ Static var generator/ Three phase load unbalance device/ Hybrid reactive power compensation cabinet
4. γιατί να αγοράζετε από εμάς και όχι από άλλους προμηθευτές? We are the Professional Designer and Top Manufacture of SVG and APF.
5. τι υπηρεσίες μπορούμε να παρέχουμε? Αποδεκτοί όροι παράδοσης: FOB/CIF,και τα λοιπά Αποδεκτό νόμισμα πληρωμής:USD Αποδεκτός τύπος πληρωμής: TT.
Πιστοποιήσεις
Kinds of reliability test. Electrostatic Discharge Test,RF electromagnetic Field Radiation Test(80~1000Hz/1400~2000HHZ V&H),Electrical Fast Transient Pulse Group Test,3 Phase shockwave Immunity Test,Radiated Emission Test(30~1000mH H/V),Ring-wave Immunity Test,Surge Immunity Test,Etc.CE Certificate is Available.
Επιπλέον πληροφορίες
Τόπο καταγωγής:
Σαγκάη, Κίνα
Μάρκα:
YINGTONG
Αριθμός μοντέλου:
YTPQC-SVG
Χρώμα:
RAL7035
Ονομασία προϊόντος:
Advanced Static Var Generator
Μετρημένη ηλεκτρική τάση:
AC200/400V/440V/690V±15%
Rated Frequencty:
50Hz/60Hz±5%
Circuit Topology:
Three level inverter IGBT
Wiring Mode:
3P4W,3P3W
Compensation performance:
Capacitive and Inductive compensation: -1 προς την +1
