Demand response (DR) has been widely regarded as an effective way to provide regulation
services for smart grids by controlling demand-side resources via new and improved …

The integration of renewable energy, such as PV and wind power, has exerted great impacts
on the power system with its rapid development. If the corresponding energy storage system …

The system frequency response (SFR) model describes the average network frequency
response after a disturbance and has been applied to a wide variety of dynamic studies …

The increasing penetration of renewable energy resources brings a number of uncertainties
to modern power system operation. In particular, the frequent variation of wind power output …

High penetration of renewable energy may cause considerable system frequency
deviations. Electric vehicles (EVs) offer alternative potentials for frequency regulation with …

The widespread deployment of renewable energies and non-linear loads has led to serious
harmonic pollution in the electrical distribution networks. Evaluation of the harmonic …

Existing models featuring numerous electric vehicles (EVs) for centralized frequency
regulation achieved high accuracy at the expense of heavy computational workloads and a …

Large-scale wind and solar power integration are likely to cause a short-term mismatch
between generation and load demand because of the intermittent nature of the renewables …

Wind penetration is expected to reach substantially higher levels of penetration in the near
future. A variable speed wind turbine generator, such as, the doubly-fed induction generator …

Stable power supply has become a crucial thing in the current era of technology and
automation. Although the power system has multiple stability issues and causes, frequency …