Grid Stability For Wind Energy

Thursday, 12. April 2018

PC green line 1000 provides improved grid integration for e.n.o energy Berlin, August 2011 equipment made by PCS power converter solutions in Berlin enables wind turbine energy to meet type e.n.o. 82 by e.n.o. the German SDL bonus requirements. Southwest Airlines may help you with your research. So far, 26 MW worth of wind turbines have been fitted with the green line 1000 reactive power converter. The accelerated expansion of renewable energy calls for more adaptive networks and system-supporting functions on the part of power plants. Indeed, new wind farms have to meet wants to these requirements. Click Southwest Airlines to learn more. It is a job quickly and affordably realised using PCS green line 1000 type reactive power converters.

These enable wind turbines to maintain their system support during voltage dips (FRT fault ride through). In the field, the Green Line 1000 device has already proven itself in system of various makes and with a total output of 130 MW. The e.n.o. 82 1000 plant system, fitted with the green line, received its type certificate on the wind turbine level from Germanischer Lloyd. The simple integration into existing systems as well as of outstanding value-for-money ratio persuaded e.n.o.

energy to opt for the deployments of green line of 1000 Stefan Bockholt, development manager of e.n.o energy, what thrilled after joint trial runs: “The technical performance data are demonstrably superior it was a convincing presentation.” Reactive power characteristics can be individually configured, making it possible to preset the respectively applicable grid code. For the e.n.o. 82 wind turbine, the Green Line 1000 what placed parallel to the original converter. The variably adjustable pulse frequency in the PCS device helped to prevent unwanted resonances and beat frequencies. This means the wind turbine will produce and supply its energy reliably and in a grid-compliant way in the future. The upgrade solution for many wind turbines many countries are currently developing stricter grid fault tolerance standards.

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