AMSC dSVC™ Solutions
Dynamic reactive power compensation for distribution circuits
The AMSC Distribution Static VAR Compensator (dSVC™) solution is the first-ever technology to bring proven SVC transmission-level quality of service to distribution-level circuits.
One solution, multiple benefits
By deploying the dSVC solution, utilities can:
- Elevate service quality on a distribution circuit by eliminating minor voltage sags and reducing major voltage sags.
- Isolate the effects of voltage flicker caused by one or more customers from the surrounding distribution circuit.
- Optimize feeder power factors to high levels in real time, reducing reactive power losses and maximizing circuit capacity at all times.
End users benefit too, as the dSVC solution mitigates the power quality issues that inconvenience area homes and can cost commercial and industrial customers millions of dollars in lost productivity.
Ready to integrate with existing circuits
Utilities can install a dSVC solution with existing pad-mount capacitors and even configure dSVC devices to control legacy units. The dSVC’s intelligent controls provide comprehensive regulation of the feeder voltage profile, power factor regulation and real-time mitigation of voltage sags and flicker.
Please complete the following information and click the Please Send button. We will contact you as quickly as possible.
Events
5-8 September - EcoGen 2010
AMSC Attending
7-9 September - Eolica Expo 2010
AMSC Attending
Windtec Speaking
Multi-media
» President Obama discusses American Superconductor job growth during weekly radio address
» CEO Greg Yurek's Interview on FOX Business Network
» CEO Greg Yurek’s Interview on CNBC
» View an animation showing AMSC’s Wind Energy Offerings
More Multimedia »
About Us
AMSC offers an array of proprietary technologies and solutions spanning the electric power infrastructure – from generation to delivery to end use. The company is a leader in alternative energy, providing proven, megawatt-scale wind turbine designs and electrical control systems.
More About Us »