With the large-scale access of all kinds of distributed generations (DGs), the operation mode
of the distribution network is increasingly diverse and changeable. To monitor the operation …

In the course of net zero carbon transition, electricity distribution networks are faced with
great challenges brought by increasing total and peak demand due to the electrification of …

The steady-state security region (SSR) offers robust support for the security assessment and
control of new power systems with high uncertainty and fluctuation. However, accurately …

Effective stability analysis is essential for the secure operation of modern power systems. As
smart grids evolve with increased interconnection, renewable energy integration, and …

In the context of global energy transition, integrated regional energy systems containing
renewable energy sources play an important role. While improving the economic and …

Since the scale and uncertainty of the power system have rapidly increased, the
computation efficiency of constructing the security region boundary (SRB) has become a …

In order to ensure the voltage security of the receiving-end power grid under both steady
state and N-1 faults, it is necessary to conduct an accurate dynamic reactive power reserve …

The bounds safeguarding the steady-state voltage stability of a power system must resist a
wide variety of operating conditions. While the upper voltage magnitude bound is given by …