Products
-
Advanced Static Var Generator(ASVG-35-0.4-4L-R)
Advanced Static Var Generator (ASVG) is a new type of dynamic reactive power compensation product, which represents the latest technological progress in the field of reactive power compensation. By modifying the phase and amplitude of the output voltage on the AC side of the inverter or directly commanding the amplitude and phase of the current on the AC side of the inverter, quickly absorb or dissipate the required reactive power and harmonic current, and finally achieve the goal of fast dynamic Adjust reactive power and harmonic compensation. Not only can track and compensate the reactive current of the load, but also can track and compensate the harmonic current. High yield, compact, adaptable, modular and economical, these enhanced static var generators (ASVG) provide immediate and effective response to power quality problems in both high and low voltage power systems. They improve power quality, extend equipment life, and reduce energy waste.
The ASVG-35-0.4-4L-R model is a thin and light model with a height of only 90mm, which saves more space in the cabinet and gives more power in a smaller space. The module can compensate for 35Kvar of reactive power, and it can compensate for 2-13 times harmonics while compensating for reactive power, which is suitable for local and regional power quality management.
-
Static Var Generator(SVG-5-0.2-2L-R)
A single-phase household static var generator is a device that corrects the power factor in a residential electrical system. It works by injecting or absorbing reactive power to balance the ratio between reactive power and active power. This is important because inductive loads such as motors and transformers can cause a drop in power factor and lead to inefficiencies in the electrical system. By regulating reactive power, generators can improve power factor, optimize energy use and reduce losses. It helps stabilize voltage levels, improves the overall efficiency of home appliances, and ensures smooth operation of the home’s electrical system.
- 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：5KvarNominal voltage：AC220V(-20~+15%)Network： Single phaseInstallation：Rack-mounted -
Static Var Generator(SVG-10-0.4-4L-W)
Static VAR generators play a vital role in factories by managing power factor correction. In industrial environments, equipment such as motors, transformers, and fluorescent lamps may introduce reactive power, resulting in poor power factor. Static reactive generators inject or absorb reactive power to balance the system, thereby improving power factor and overall electrical efficiency. By maintaining a power factor close to unity, these generators can optimize energy use, reduce power costs and improve the performance of industrial machinery. This helps prevent equipment from overheating, reduces power losses, and ensures a stable and reliable power supply, ultimately increasing productivity and reducing plant downtime.
- 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：Wall-mounted -
Static Var Generator(SVG-15-0.4-4L-R)
The power grid requires factories to install static reactive power generators to solve the problem of poor power factor. Industrial facilities often have a high demand for reactive power due to the presence of equipment such as motors and transformers. The reactive power generated by these devices causes a reduction in power factor, resulting in inefficiencies and increased power losses. By installing static reactive generators, plants can inject or absorb reactive power as needed to balance the system and improve power factor. This helps optimize energy usage, reduce electricity costs and ensure a stable and reliable power supply. By actively managing reactive power, plants help improve the overall efficiency and reliability of the grid.
- 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：15KvarNominal voltage：AC400V(-40%~+15%)Network： 3 phase 3 wire/3 phase 4 wireInstallation：Rack-mounted -
Static Var Generator(SVG-15-0.4-4L-W)
Static VAR generators play a vital role in factories by managing power factor correction. In industrial environments, equipment such as motors, transformers, and fluorescent lamps may introduce reactive power, resulting in poor power factor. Static reactive generators inject or absorb reactive power to balance the system, thereby improving power factor and overall electrical efficiency. By maintaining a power factor close to unity, these generators can optimize energy use, reduce power costs and improve the performance of industrial machinery. This helps prevent equipment from overheating, reduces power losses, and ensures a stable and reliable power supply, ultimately increasing productivity and reducing plant downtime.
- 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：15KvarNominal voltage：AC400V(-40%~+15%)Network： 3 phase 3 wire/3 phase 4 wireInstallation：Wall-mounted -
Static Var Generator(SVG-35-0.4-4L-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：35KvarNominal voltage：AC400V(-40%~+15%)Network： 3 phase 3 wire/3 phase 4 wireInstallation：Rack-mounted -
Static Var Generator(SVG-100-0.4-4L-R)
Static VAR generators are an important component in power systems, especially in industries that need to balance fluctuating reactive power. It helps regulate the power factor by supplying or absorbing reactive power as required. The technology can be used in a variety of scenarios, including manufacturing plants, data centers and large commercial buildings. However, too much reactive power can have undesirable consequences. It can cause voltage fluctuations, increase line losses, and reduce the efficiency of the power system. Additionally, excess reactive power can cause equipment damage, such as overheating and insulation breakdown, resulting in costly repairs and downtime. Therefore, it is crucial to effectively control and manage reactive power to ensure stable and reliable 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：Rack-mounted -
Static Var Generator(SVG-90-0.5-4L-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：90KvarNominal voltage：AC500V(-20%~+15%)Network： 3 phase 3 wire/3 phase 4 wireInstallation：Rack-mounted -
Static Var Generator(SVG-100-0.6-4L-R)
Static var generators with a voltage level of 690V play an important role in various industrial applications. It is particularly useful in scenarios where power factor correction is required to optimize power distribution. The technology is widely used in large manufacturing plants, data centers and commercial buildings. By dynamically supplying or absorbing reactive power, static reactive generators help maintain a stable power factor, minimize voltage fluctuations and reduce line losses. This not only improves energy efficiency but also prevents excessive reactive power from causing damage to critical equipment. Overall, the 690V voltage class static var generator ensures reliable and efficient power supply in a wide range of applications.
- 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：AC590V(-20%~+15%)Network： 3 phase 3 wire/3 phase 4 wireInstallation：Rack-mounted -
Static Var Generator(SVG-120-0.6-4L-R)
Static var generators with a voltage level of 690V play an important role in various industrial applications. It is particularly useful in scenarios where power factor correction is required to optimize power distribution. The technology is widely used in large manufacturing plants, data centers and commercial buildings. By dynamically supplying or absorbing reactive power, static reactive generators help maintain a stable power factor, minimize voltage fluctuations and reduce line losses. This not only improves energy efficiency but also prevents excessive reactive power from causing damage to critical equipment. Overall, the 690V voltage class static var generator ensures reliable and efficient power supply in a wide range of applications.
- 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：120KvarNominal voltage：AC590V(-20%~+15%)Network： 3 phase 3 wire/3 phase 4 wireInstallation：Rack-mounted -
Static Var Generator(SVG-100-0.4-4L-R)
Reactive Power Compensation
Static var generators (SVG) Static Var Generators (SVGs) are devices used in electrical power systems to control voltage, power factor and stabilise the system. They are a type of Static Synchronous Compensator (STATCOM) that uses a voltage source converter to inject reactive power into the grid. SVGs are able to provide fast-acting reactive power compensation, which improves power quality and helps to prevent voltage instability. They can also control harmonics and reduce flicker caused by unbalanced loads. SVGs are commonly used in industrial plants, wind farms and other applications
where reactive power compensation is required. They are a reliable and efficient solution for maintaining the stability and quality of electrical power systems.
- No overcompensation, no undercompensation, 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 design
Rated compensation current：100KvarNominal voltage：AC400V(-40%~+15%)Network： 3 phase 3 wire/3 phase 4 wireInstallation：Rack-mounted -
Active Harmonic Filters(AHF-100-0.6-4L-R)
Active harmonic filters reduce or eliminate harmonic distortions in the electrical system, ensuring that power quality meets industry standards and improves the overall efficiency and reliability of the power system.Suitable for industrial manufacturing facilities, commercial buildings, renewable energy systems, healthcare facilities, data centres
- 2nd to 50th harmonic mitigation
- Real-time compensation
- Modular design
- Protect equipement from being over heated or failure
- Improve working efficiency of equipment
Rated compensation current：100ANominal voltage：AC690V(-20%~+15%)Network： 3 phase 3 wire/3 phase 4 wireInstallation：Rack-mounted