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Power Capacitors
- BY71 Series Cylindrical Capacitor
- BSMJ Series Self-healing Low Voltage Shunt Capacitors
- BY86 Series Controlled Intelligent Capacitor
- BYKXG/F Series Anti-harmonic Intelligent Capacitor
- BY81 Series Intelligent Capacitor
- BY82J Series Anti-harmonic Intelligent Capacitor
- BY89 Series Intelligent Capacitor
- Intelligent Controller Series
- Reactor
- Intelligent Switch Series
- Alternating Current Contactor
- Multifunctional power instruments
- Circuit Breaker
- APF/SVG/SPC Cabinet & Module Series
BY92-SVG Rack - mounted SVG Static Var Generator SVG( Three Phase Four Wire) 400V
Main technical parameters
| Kind | Series 400V |
| Max neutral wire current | 10KVar15KVar/ 35KVar/50KVar/ 75KVar/100KVar |
| Nominal voltage | AC380V(-20%~+20%) |
| Rated frequency | 50Hz±5% |
| Network | three-phase four-wire |
| Response time | <10ms |
| Reactive power compensation rate | >95% |
| Machine efficiency | >97% |
| Switching frequency | 16kHz |
| Feature selection | Deal with harmonics/Deal with harmonics and reactive power/ Deal with harmonics and three-phase unbalance /Three options |
| Numbers in parallel | No limitation. A single centralized monitoring module can be equipped with up to 8 power modules |
| Communication methods | Two-channel RS485 communication interface (support GPRS/WIFIwireless communication) |
| Altitude without derating | <2000m |
| Temperature | -20~+50°C |
| Humidity | With a relative humidity of less than 90%, the average monthly minimum temperature is 25°C, ensuring that there is no condensation on the surface. |
| Pollution level | Below level 3 |
| Noise | <60dB |
| Installation | Rack - mounted |
| Into the way of line | Back entry |
| Protection grade | IP20 |
Working Principle of SVG (Static VAR Generator)
Working Principle of SVG (Static VAR Generator)
(Note: Blue represents voltage, while green represents current.)
Benefits of Using SVG (Static VAR Generator)
Improved Power Factor:
SVG aid in power factor correction of electric systems by reducing the reactive power drawn from the grid. This translates into savings on electricity bills and increased operational efficiency.
Voltage Levels Stabilization:
SVG provide dynamic reactive power support, which stabilizes voltage levels for continuous operation of electrical equipment and reduces the possibility of voltage sags or surges.
Reduction of Harmonic Distortion:
SVG provide substantial reduction in harmonic distortion in power systems, thus enhancing its quality and also protecting sensitive equipment from possible damage due to harmonics.
Rapid Response:
SVG are capable of addressing load variations quickly to offer an instantaneous reactive power compensation. This rapid response is very important in order to keep the system stable during transient disturbances.
Less Space:
SVG do not require as much space as a conventional reactive power compensation solution such as capacitor banks, making them easier to install into existing systems without requiring extensive space.
Higher System Capacity:
SVG can increase the capacity in existing power infrastructure by improving the power factor and, thus, reducing the reactive power demand. This would thus lead to a more efficient use of resources.
Product Size Chart
35kvar 50kvar Rack-mounted
75kvar 100kvar Rack-mounted
A corrosion-resistant casing in SVG (static var generator) can resist corrosive agents present in the atmosphere, thus increasing the service life of the equipment while ensuring its reliability and further reducing failure rates for the stable operation of the system.
Good wiring and neatly arranged layouts in SVG (Static VAR Generator) improve safety by reducing the chance of accidental short circuits and electrical malfunctions. A good organization of equipment will also facilitate maintenance through easy and quick inspection and servicing, thereby reducing time and labor costs.
A developed design of ventilation holes in SVG (Static VAR Generator) provides several advantages. The design effectively dissipates heat from the equipment and lowers the temperature of internal components, thus reducing thermal stress and increasing the life expectancy of the equipment.
Within power systems only, in the electrical transmission and distribution networks, SVG can improve power factor, reduce reactive power loss, and improve the overall system stability and efficiency.
Renewable energy: This is an instance where in wind or solar power generation systems, SVG controls output power, improves its quality, and ensures that it is compliant with the grid.
Rail transit: It helps urban rail transit systems balance power supply while reducing energy losses to improve the system's operational efficiency.
storage area
The storage workshop is so large that it can accommodate a very huge capacity of products. The workshop has also been established with a high standard of modern temperature and humidity control technologies, and isolated from very strong electromagnetic interference sources and corrosive materials so as to ensure effective working of equipment. The storage workshop has also been well illuminated and a clear guiding signage for facilitating everyday inspection and maintenance procedures.
Production workshop
The workshop is equipped with all the advanced production and processing equipment, tools, etc. So that products could be best quality and production efficiency related to that. Most of the time flexible production line thus can be very quickly converted for a type of production work in the workshop. Again, environmental stability has been maintained using temperature and humidity control systems of the workshop to satisfy materials plus equipment.
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ISO management system certification
Corporate honors
Product certification certificate
Product testing report
Company patent certificate
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