With the increase in penetration of renewable energy sources (RES), traditional inertia
estimation techniques based purely on the number of online synchronous generators are …

This paper proposes a novel methodology to precisely estimate the generation units' inertia
constant by using the wide-area monitoring systems (WAMS) information of bulk power …

With the increasing integration of renewable and non-synchronous resources, the declining
level of inertia poses a threat to the stability of power systems. This paper delves into the …

In order to solve the problem that the inertia estimation method based on the rate of change
of frequency (RoCoF) is only applicable to the centre of inertia (COI) frequency, a novel …

The inertia displacement in power grids, caused by the massive integration of renewable
energy resources (RES) and responsive loads, has become one of the biggest challenges to …

In modern power systems with increasing renewable energy integration, accurate estimation
of time-varying inertia is critical for ensuring grid stability and resilience. This paper …

Online estimation of area-level inertia is important for frequency stability control in low-inertia
power systems. This paper proposes an area-level inertia online estimation method …

As research interest is growing in accurately monitoring the inertia values in contemporary
networks, there is a challenge on quantifying the virtual inertia contribution from converter …

频率控制是保证微网安全稳定运行的一项重要措施. 在实际微网中, 由于新能源出力的强波动性,
微网系统参数和运行状态时刻发生变化, 传统基于固定参数模型设计的频率控制策略自适应能力 …

The paper presents an adaptive inertia calculation in a virtual synchronous generator (VSG)
based on a building-to-building (B2B) distribution system. Adaptation of the virtual inertia …