Huisheng Gao
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View article: Coordinated restoration of inverter‐based power sources and synchronous generators for the high renewable penetrated power system considering the dynamic frequency regulation capability
Coordinated restoration of inverter‐based power sources and synchronous generators for the high renewable penetrated power system considering the dynamic frequency regulation capability Open
Extensive inverter‐based power sources (IPS) impose significant challenges on the restoration of high renewable penetrated power systems (HRPPS). To enhance HRPPS resilience, the proper utilization of IPSs must be implemented. Combining fr…
View article: Common-Mode Frequency of Power Systems Affected by Voltage Dynamics
Common-Mode Frequency of Power Systems Affected by Voltage Dynamics Open
The increasing penetration of converter-interfaced generators (CIGs) in power systems has posed great challenges in frequency stability analysis, as the frequency dynamics of CIGs may be strongly coupled with voltage dynamics. However, exi…
View article: Evaluation of the inertia distribution performance for multi-machine power system
Evaluation of the inertia distribution performance for multi-machine power system Open
Given large-scale modern power systems with inverter-based resources, the frequency stability faces great challenges in the characteristics of the decreasing inertia for the system and the uneven distribution of the inertia. Although sever…
View article: Enhancing the Power Grid Small-Signal Stability via Optimally Coordinating Inverter-Based Renewables
Enhancing the Power Grid Small-Signal Stability via Optimally Coordinating Inverter-Based Renewables Open
The growing penetration of Inverter-Based Renewables (IBRs) that synchronize with the power grid through phase-lock loops (PLLs) has caused a set of small-signal stability issues. Commonly, these issues can be addressed by refining contro…
View article: Inertia Assessment in Power Systems with High Penetration of Converter-Interfaced Generations Considering Power Limits
Inertia Assessment in Power Systems with High Penetration of Converter-Interfaced Generations Considering Power Limits Open
Inertia assessment is an important step for frequency stability analysis in power systems. Typically, the total inertia of all devices in the system is summed up to obtain the system inertia. However, such method may be optimistic when the…
View article: Common-Mode Frequency of Power Systems Affected by Voltage Dynamics
Common-Mode Frequency of Power Systems Affected by Voltage Dynamics Open
The increasing penetration of converter-interfaced generators (CIGs) in power systems has posed great challenges in frequency stability analysis, as the frequency dynamics of CIGs may be strongly coupled with voltage dynamics. However, exi…
View article: Common-Mode Frequency of Power Systems Affected by Voltage Dynamics
Common-Mode Frequency of Power Systems Affected by Voltage Dynamics Open
The high penetration of converter-interfaced generation (CIGs) in power systems has raised concerns regarding the risk of frequency collapse. However, most existing theoretical analysis methods for system frequency assume constant bus volt…
View article: Inertia Assessment in Power Systems with High Penetration of Converter-Interfaced Generations Considering Power Limits
Inertia Assessment in Power Systems with High Penetration of Converter-Interfaced Generations Considering Power Limits Open
Inertia assessment is an important step for frequency stability analysis in power systems. Typically, the total inertia of all devices in the system is summed up to obtain the system inertia. However, such method may be optimistic when the…
View article: Enhancing the Power Grid Small-Signal Stability via Optimally Coordinating Inverter-Based Renewables
Enhancing the Power Grid Small-Signal Stability via Optimally Coordinating Inverter-Based Renewables Open
The growing penetration of Inverter-Based Renewables (IBRs) that synchronize with the power grid through phase-lock loops (PLLs) has caused a set of small-signal stability issues. Commonly, these issues can be addressed by refining contro…
View article: Small-Signal Stability Enhancement of Power Grids via Optimally Coordinating Inverter-Based Resources
Small-Signal Stability Enhancement of Power Grids via Optimally Coordinating Inverter-Based Resources Open
The growing penetration of inverter-based resources (IBRs) that synchronize with the power grid through phase-lock loops (PLLs) has caused a set of small-signal stability issues. Commonly, these issues can be addressed by refining controll…
View article: Evaluation of the Inertia Distribution Performance for Multi-Machine Power System
Evaluation of the Inertia Distribution Performance for Multi-Machine Power System Open
View article: Common-Mode Frequency in Converter-Integrated Power Systems: Definition, Analysis, and Quantitative Evaluation
Common-Mode Frequency in Converter-Integrated Power Systems: Definition, Analysis, and Quantitative Evaluation Open
As synchronous generators (SGs) are extensively replaced by converter-based generators (CBGs), modern power systems are facing complicated frequency stability problems. Conventionally, the frequency nadir and the rate of change of frequenc…
View article: Common-Mode Frequency in Inverter-Penetrated Power Systems: Definition, Analysis, and Quantitative Evaluation
Common-Mode Frequency in Inverter-Penetrated Power Systems: Definition, Analysis, and Quantitative Evaluation Open
As synchronous generators (SGs) are extensively replaced by inverter-based generators (IBGs), modern power systems are facing complicated frequency stability problems. Conventionally, the frequency nadir and the rate of change of frequency…
View article: Common-Mode Frequency in Converter-Integrated Power Systems: Definition, Analysis, and Quantitative Evaluation
Common-Mode Frequency in Converter-Integrated Power Systems: Definition, Analysis, and Quantitative Evaluation Open
As synchronous generators (SGs) are extensively replaced by converter-based generators (CBGs), modern power systems are facing complicated frequency stability problems. Conventionally, the frequency nadir and the rate of change of frequenc…
View article: Ranking Consistency Analysis and Evaluation of Multiple Attribute Decision Making Method
Ranking Consistency Analysis and Evaluation of Multiple Attribute Decision Making Method Open
In the actual decision-making process, different multiple attribute decision making methods used for the same decision-making problem may get different ranking results. This inconsistent ranking can easily lead to decision-making risks. Th…
View article: Nodal Frequency Performance of Power Networks
Nodal Frequency Performance of Power Networks Open
This paper investigates how a disturbance in the power network affects the nodal frequencies of certain network buses. To begin with, we show that the inertia of a single generator is in inverse proportion to the initial rate of change of …
View article: Experimental study on determinants of the evacuation performance in the super-high rise building
Experimental study on determinants of the evacuation performance in the super-high rise building Open
The stairwell is the main path for emergency evacuation of people in super high-rise buildings, so revealing the movement characteristics in the stairwell based on experimental data is the basis for controlling the evacuation process of su…
View article: Cross-regional cold chain fresh product logistics network based on GO-FLOW analysis
Cross-regional cold chain fresh product logistics network based on GO-FLOW analysis Open
Fresh products have a large loss in the process of cross-regional logistics. In this study, the cross-regional fresh cold chain logistics network was analyzed using GO-FLOW analysis method. First, the basic principle of GO-FLOW analysis me…
View article: ICIASE 2019 Table of Content
ICIASE 2019 Table of Content Open