Inventi Impact - Wind & Waves
New Release
Current Issue : January - March 2019
Volume : 2019
Issue Number : 1
Articles : 5 Articles
Articles
-
Inventi:eww/27580/18
Review on Power System Frequency Regulation with High Wind Power Permeability
In recent years, global wind power has developed rapidly to alleviate environmental pollution and energy crisis. Due to the potential of enhancing the stability of power system through the application of wind power participating in power grid frequency regulation, the large-scale integration of wind....
Read More -
Inventi:eww/27581/18
Congestion Risk-Averse Stochastic Unit Commitment with Transmission Reserves in Wind- Thermal Power Systems
The great proliferation of wind power generation has brought about great challenges to power system operations. To mitigate the ramifications of wind power uncertainty on operational reliability, predictive scheduling of generation and transmission resources is required in the day-ahead and real-tim....
Read More -
Inventi:eww/27582/18
An Analytical Study of Electromagnetic Deep Penetration Conditions and Implications in Lossy Media Through Inhomogeneous Waves
This paper illustrates how the penetration of electromagnetic waves in lossy media strongly depends on the waveform and not only on the media involved. In particular, the so-called inhomogeneous plane waves are compared against homogeneous plane waves illustrating how the first ones can generate dee....
Read More -
Inventi:eww/27583/18
Ultra-Short-Term Prediction of Wind Power Based on Fuzzy Clustering and RBF Neural Network
High-precision wind power forecast can reduce the volatility and intermittency of wind power output, which is conducive to the stable operation of the power system and improves the system's effective capacity for large-scale wind power consumption. In the wind farm, the wind turbines are located in ....
Read More -
Inventi:eww/27584/18
Trailing-Edge Flap Control for Mitigating Rotor Power Fluctuations of a Large-Scale Offshore Floating Wind Turbine Under the Turbulent Wind Condition
A trailing-edge flap control strategy for mitigating rotor power fluctuations of a 5 MW offshore floating wind turbine is developed under turbulent wind inflow. The wind shear must be considered because of the large rotor diameter. The trailing-edge flap control strategy is based on the turbulent wi....
Read More