Power Efficient Voltage Regulation System for Improved Power Generation in Wind Mills

Abstract

The power distribution systems with the wind energy backup have been well studied. There exist number of approaches in regulating required voltage for the electrical devices which uses only few parameters like number of connections, number of devices and residual voltage in various sources. However, they suffer to achieve higher performance in voltage regulation. To handle this issue, an Power Efficient Voltage Regulation Model (PEVRM) is presented in this article. The model has number of wind sources connected to the power grids of the distribution system. By monitoring the load produced by various wind sources and the residual energy of various power grids, the method perform voltage regulation. With the features of power trace maintained and the current peak load produced by various wind sources with the required output voltage, the method performs voltage regulation. The selection of wind source and power grid plays vital role in achieving higher performance in voltage regulation. To perform this, the method identifies set of grid sources and their features in terms of voltage available. Similarly, the set of wind sources are identified and their features are extracted. Using this information, the method computes the value of Wind Stability Support (WSS) and Grid Stability Support (GSS) and Peak Load Support (PLS). Using these measures, the method identifies the set of grid sources and wind sources to support the current cycle and perform voltage regulation. The proposed method improves the performance of voltage regulation and power stability.

Keywords

• wind energy
• voltage regulation
• power grid
• wss
• gss
• pls
• pevrm