To improve the frequency stability of power systems with a high penetration of converter-
based generators, this paper proposes an Enhanced Frequency-Constrained Unit …

The risk of transmission overload (TO) in power grids is increasing with the large-scale
integration of intermittent renewable energy sources. An effective online preventive control …

Traditional virtual power plants (VPPs) with fixed resource composition and coordination
strategies struggle to cost-effectively exploit the flexibility of large-scale resources for …

Power system operators are increasingly procuring frequency regulation reserves from
distributed energy resources via aggregators. Provision of the frequency regulation services …

In future power systems, various generation units are expected to contribute to frequency
stability. Depending on their characteristics, these units will support the frequency stability in …

In the High Voltage Direct Current (HVDC) interconnected synchronous areas (SAs), mutual
frequency support has received increasing attention. However, with the growing magnitude …

Prompt and effective corrective actions in response to unexpected contingencies are crucial
for improving power system resilience and preventing cascading blackouts. The optimal …

Rising frequency instability issues due to the phasing out of the synchronous generation
capacity and the growing share of non-synchronous sources are creating concerns for …

In China's bank-centered financial and economic environment, bank risk attitudes have an
important impact on the effective implementation of structural monetary policy, and monetary …

Frequency stability and security has been a vital challenge as large-scale renewable energy
is integrated into power systems, while the proportion of traditional thermal power units …