Sin E Series Static Var Generators

Product Description

• Sin E-Series Static Var Generator, operates on the base of a three -level topology circuit, provide power quality solutions such as stepless power factor correction, eliminate harmonic and load balance. The capacity of SVG modular from 20kVar to 150kVar, and allows 20 modules to connect parallel, and users can easily get the target filter current capacity. Product value: Eliminate the harmonic current of nonlinear load

• Improve the operating efficiency of the power system and reduce the downtime of the power distribution system, especially for low-voltage systems with frequent load upgrades Meet the strict requirements of Utilities for electrical energy quality, avoid fines and power supply interruptions caused by electrical quality problems, and reduce carbon dioxide emissions

• SVG is an equipment using new technology (IGBT) to do Power Factor Correction. Comparing to the conventional capacitor bank.

• SinE_Series SVG can balance load between phases and unloaded neutral wire for input voltage connection system such as 3Phase 3 Wire and 3Phases 4 Wires. Therefore it will be a perfect solution with applications having reactive power requirements along with unbalanced loads, which is the case with the electricity distribution in rural areas, some industrial applications and much more.

 

SVGs Biggest Advantages are:

• Step less Reactive Power Compensation
• Super accurate compensation performance
• Bidirectional Reactive Power compensation - Lag to unity. Lead to unity
• Super Fast Response Time – Less than 15 ms Seconds
• Device can work in high harmonic environment without comprise on life cycle.
• Can work along with Capacitors in synchronised mode
• Not affected by harmonics, maintenance-free

Features

• The ate factor value can reach >0.99, and will not cause over-compensation and under- compensation
• Ultra-fast dynamic compensation, full response time less than 10ms
• Active compensation device to avoid resonance
• Can be combined with capacitors to form a hybrid compensation scheme
• Active power compensation equipment

Typical Applications

• Fast inductive and capacitive reactive power compensation, and can balance three-phase loads and eliminate harmonics

Data Center and UPS system

• New energy power generation, e.g. PV and wind power
• Precision equipment manufacturing, e.g. single crystal silicon, semiconductor
• Industrial production machine
• Electrical welding system
• Plastic industrial machinery, e.g. extrusion machines, injection

Safety Features

• Highest safety and reliability
• Overload protection
• Internal short-circuit protection
• Overheating protection
• Overvoltage and under voltage protection
• Inverter bridge
• Resonance protection Fan fault alarm