Products
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Static Var Generator(SVG-10-0.4-4L-R)
Static var generators (SVG) Static Var Generators (SVGs) are devices used in electrical power systems to control voltage, power factor and stabilize the system. They are a type of Static Synchronous Compensator (STATCOM) that use a voltage source converter to inject reactive power into the grid. SVGs are able to provide fast-acting reactive power compensation, which improve power quality and help to prevent voltage instability. SVGs are commonly used in industrial plants, wind farms and other applications where reactive power compensation is required. It is a reliable and efficient solution for maintaining the stability and quality of electrical power systems.- No over compensation, no under compensation, no resonance- Reactive power compensation effect- PF0.99 level reactive power compensation- Three-phase unbalance compensation- Capacitive inductive load-1~1- Real-time compensation- Dynamic response time less than 50us- Modular designRated reactive power compensation Capacity：10KvarNominal voltage：AC400V(-40%~+15%)Network： 3 phase 3 wire/3 phase 4 wireInstallation：Rack-mounted -
Static Var Generator(SVG-50-0.4-4L-R)
Excessive reactive power in a power grid can have detrimental effects on its stability and efficiency. Reactive power is needed to maintain voltage levels, but an excess of it can lead to increased line losses, voltage drops, and lower overall system efficiency. This can result in higher energy consumption, increased costs, and decreased reliability.
To mitigate these issues, static reactive power generators can be employed. These devices are capable of injecting or absorbing reactive power as needed, effectively balancing the grid and improving its power factor. By managing reactive power, static reactive power generators enhance the stability and efficiency of the power grid, ensuring a reliable power supply while minimizing losses and costs.
- No over compensation, no under compensation, no resonance- Reactive power compensation effect- PF0.99 level reactive power compensation- Three-phase unbalance compensation- Capacitive inductive load-1~1- Real-time compensation- Dynamic response time less than 50ms- Modular designRated reactive power compensation Capacity：50KvarNominal voltage：AC400V(-40%~+15%)Network： 3 phase 3 wire/3 phase 4 wireInstallation：Rack-mounted -
Static Var Generator(SVG-35-0.4-4L-W)
The power grid relies on the installation of static reactive power generators in factories to address reactive power issues. Industrial facilities often operate machinery and equipment with high reactive power demands, resulting in a low power factor. This inefficient power factor can lead to power losses and an increased strain on the grid. By installing static reactive power generators, factories can inject or absorb reactive power as required, balancing the grid and improving power factor. This enhances energy efficiency, reduces electricity costs, and ensures a stable power supply. The active management of reactive power by factories contributes to overall grid reliability and smooth operations.
- No over compensation, no under compensation, no resonance- Reactive power compensation effect- PF0.99 level reactive power compensation- Three-phase unbalance compensation- Capacitive inductive load-1~1- Real-time compensation- Dynamic response time less than 50us- Modular designRated reactive power compensation Capacity：35KvarNominal voltage：AC400V(-40%~+15%)Network： 3 phase 3 wire/3 phase 4 wireInstallation：Wall-mounted -
Static Var Generator(SVG-50-0.4-4L-W)
Excessive reactive power in a power grid can have detrimental effects on its stability and efficiency. Reactive power is needed to maintain voltage levels, but an excess of it can lead to increased line losses, voltage drops, and lower overall system efficiency. This can result in higher energy consumption, increased costs, and decreased reliability.
To mitigate these issues, static reactive power generators can be employed. These devices are capable of injecting or absorbing reactive power as needed, effectively balancing the grid and improving its power factor. By managing reactive power, static reactive power generators enhance the stability and efficiency of the power grid, ensuring a reliable power supply while minimizing losses and costs.
- No over compensation, no under compensation, no resonance- Reactive power compensation effect- PF0.99 level reactive power compensation- Three-phase unbalance compensation- Capacitive inductive load-1~1- Real-time compensation- Dynamic response time less than 50ms- Modular designRated reactive power compensation Capacity：50KvarNominal voltage：AC400V(-40%~+15%)Network： 3 phase 3 wire/3 phase 4 wireInstallation：Wall-mounted -
Static Var Generator(SVG-75-0.4-4L-R)
Static VAR generators play a vital role in maintaining power system stability by supplying or absorbing reactive power on demand. It helps regulate voltage levels and improves the power factor of the system. On the other hand, excessive reactive power can have harmful effects on equipment. It causes increased line losses, causing voltage drops and reducing the efficiency of the power system. Over time, this excess reactive power can damage equipment such as transformers and motors due to overheating and increased insulation stress. Therefore, static VAR generators are crucial to avoid these harmful consequences and ensure reliable and efficient power supply.
- No over compensation, no under compensation, no resonance- Reactive power compensation effect- PF0.99 level reactive power compensation- Three-phase unbalance compensation- Capacitive inductive load-1~1- Real-time compensation- Dynamic response time less than 50ms- Modular designRated reactive power compensation Capacity：75KvarNominal voltage：AC400V(-40%~+15%)Network： 3 phase 3 wire/3 phase 4 wireInstallation：Rack-mounted -
Static Var Generator(SVG-75-0.4-4L-W)
Static VAR generators play a vital role in maintaining power system stability by supplying or absorbing reactive power on demand. It helps regulate voltage levels and improves the power factor of the system. On the other hand, excessive reactive power can have harmful effects on equipment. It causes increased line losses, causing voltage drops and reducing the efficiency of the power system. Over time, this excess reactive power can damage equipment such as transformers and motors due to overheating and increased insulation stress. Therefore, static VAR generators are crucial to avoid these harmful consequences and ensure reliable and efficient power supply.
- No over compensation, no under compensation, no resonance- Reactive power compensation effect- PF0.99 level reactive power compensation- Three-phase unbalance compensation- Capacitive inductive load-1~1- Real-time compensation- Dynamic response time less than 50ms- Modular designRated reactive power compensation Capacity：50KvarNominal voltage：AC400V(-40%~+15%)Network： 3 phase 3 wire/3 phase 4 wireInstallation：Wall-mounted -
Static Var Generator(SVG-100-0.4-4L-W)
Static VAR generators play a vital role in maintaining power system stability by supplying or absorbing reactive power on demand. It helps regulate voltage levels and improves the power factor of the system. On the other hand, excessive reactive power can have harmful effects on equipment. It causes increased line losses, causing voltage drops and reducing the efficiency of the power system. Over time, this excess reactive power can damage equipment such as transformers and motors due to overheating and increased insulation stress. Therefore, static VAR generators are crucial to avoid these harmful consequences and ensure reliable and efficient power supply.
- No over compensation, no under compensation, no resonance- Reactive power compensation effect- PF0.99 level reactive power compensation- Three-phase unbalance compensation- Capacitive inductive load-1~1- Real-time compensation- Dynamic response time less than 50ms- Modular designRated reactive power compensation Capacity：100KvarNominal voltage：AC400V(-40%~+15%)Network： 3 phase 3 wire/3 phase 4 wireInstallation：Wall-mounted -
Static Var Generator Cabinet (50Kvar-300Kvar)
The advantages of a static VAR generator (SVG) cabinet include improved power factor correction, voltage stability, and enhanced power quality. It also offers fast response time, compact size for space efficiency, and lower maintenance requirements. The SVG cabinet helps maximize energy efficiency by adjusting reactive power output, reduces voltage fluctuations, and ensures stable power supply. Additionally, it contributes to reduced equipment failures by managing harmonics and improves the overall reliability and operational efficiency of power systems.
- No over compensation, no under compensation, no resonance- Reactive power compensation effect- PF0.99 level reactive power compensation- Three-phase unbalance compensation- Capacitive inductive load-1~1- Real-time compensation- Dynamic response time less than 50ms- Modular designRated reactive power compensation Capacity：50Kvar ; 100Kvar ; 200Kvar ; 250Kvar ; 300KvarNominal voltage：AC400V(-40%~+15%)Network： 3 phase 3 wire/3 phase 4 wireInstallation：Rack-mounted -
Static Var Generator Cabinet (50Kvar-400Kvar)
The advantages of a static VAR generator (SVG) cabinet include improved power factor correction, voltage stability, and enhanced power quality. It also offers fast response time, compact size for space efficiency, and lower maintenance requirements. The SVG cabinet helps maximize energy efficiency by adjusting reactive power output, reduces voltage fluctuations, and ensures stable power supply. Additionally, it contributes to reduced equipment failures by managing harmonics and improves the overall reliability and operational efficiency of power systems.
- No over compensation, no under compensation, no resonance- Reactive power compensation effect- PF0.99 level reactive power compensation- Three-phase unbalance compensation- Capacitive inductive load-1~1- Real-time compensation- Dynamic response time less than 50ms- Modular designRated reactive power compensation Capacity：50Kvar ; 100Kvar ; 200Kvar ; 250Kvar ; 300Kvar; ;400Kvar ; 270Kvar(500V) ; 360Kvar (690V)Nominal voltage：AC400V(-40%~+15%) ; 500V(-20%~+15%) ; 690V(-20%~+15%)Network： 3 phase 3 wire/3 phase 4 wireInstallation：Rack-mounted -
Advanced Static Var Generator(ASVG-10-0.4-4L-W)
The advanced static VAR generator (SVG) exhibits a range of characteristics that make it a highly efficient solution for power factor correction and harmonic control. With its advanced technology, the SVG is capable of simultaneously compensating reactive power while effectively controlling harmonics. By addressing these two critical aspects, the SVG ensures optimal power quality and system efficiency.
Furthermore, the advanced SVG integrates advanced control algorithms that enable precise analysis of system dynamics and facilitate accurate reactive power compensation and harmonics reduction. This advanced control mechanism ensures that power factor issues are promptly addressed, while harmful harmonics are efficiently suppressed to maintain a stable and reliable electrical supply.
- Reactive power compensation: Cos Ø = 1.00- Capacitive and Inductive compensation: -1 to +1- All the features and benefits of the SVG.- Mitigation of 3rd, 5th, 7th, 9th, 11th harmonic orders- Unit capacity can be selected in any proportion between power factor correction and harmonics correction- Capacitive inductive load-1~1- Current unbalance correction can correct for load unbalance across all three phases -
Advanced Static Var Generator(ASVG-10-0.4-4L-R)
The advanced static VAR generator (ASVG) exhibits a range of characteristics that make it a highly efficient solution for power factor correction and harmonic control. With its advanced technology, the SVG is capable of simultaneously compensating reactive power while effectively controlling harmonics. By addressing these two critical aspects, the ASVG ensures optimal power quality and system efficiency.
Furthermore, the advanced ASVG integrates advanced control algorithms that enable precise analysis of system dynamics and facilitate accurate reactive power compensation and harmonics reduction. This advanced control mechanism ensures that power factor issues are promptly addressed, while harmful harmonics are efficiently suppressed to maintain a stable and reliable electrical supply.
Additionally, the ASVG is equipped with real-time monitoring capabilities, allowing for continuous monitoring of reactive power levels and harmonic content. This real-time feedback enables proactive interventions and adjustments, ensuring that reactive power compensation and harmonic control remain optimized at all times.
In summary, the advanced static VAR generator combines the ability to compensate reactive power and control harmonics simultaneously, resulting in enhanced power factor correction, reduced harmonic distortions, and improved overall system performance.
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Advanced Static Var Generator(ASVG-5-0.22-2L-R)
Reactive Power Compensation, Harmonic Control, Three Phase Unbalance
Advanced Static Var Generator (ASVG) is a new type of dynamic reactive power compensation product, which is the representative of the latest technology application in the field of reactive power compensation. By adjusting the phase and amplitude of the output voltage on the AC side of the inverter, or directly controlling the current on the AC side of the inverter
Amplitude and phase, quickly absorb or emit the required reactive power and harmonic current, and realize the purpose of fast dynamic adjustment of reactive power and harmonic compensation. Not only the reactive current of the load can be tracked and compensated, but also the harmonic current can be tracked and compensated. Enhanced static var generators (ASVGs) are high-performance, compact, flexible, modular, and cost-effective to provide immediate and efficient responses to power quality problems in high and low voltage power systems. They improve power quality, extend equipment life and reduce energy losses.The ASVG-5-0.22-2L-R model is a single-phase model that can operate in single-phase networks, with compact size and flexible installation. The module can compensate the reactive power of 5Kvar, and it can compensate the 2nd-13th harmonics while compensating the reactive power, which can effectively solve the reactive power and harmonics generated by household AC/DC converter equipment (car chargers, energy storage devices and other equipment). It is suitable for reactive power compensation and harmonics management in ordinary single-phase networks.