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27篇 您的检索式:作者名="Quanyuan Jiang"
    题名 作者 年代 出处 被引量
1Solvability identification and feasibility restoring of divergent optimal power flow problems显示文摘Optimal power flow (OPF) has been considered as an important problem in power systems. Although several excellent algorithms, such as Newton method and interior point method, have been developed to solve the OPF problem, divergences still often occur. Till now, few works have focused on the solv- ability identification and feasibility restoring of divergent OPF problems. In this paper, we propose a systematic approach to identify the solvability of divergent OPF problems, and restore a feasible solu- tion for unsolvable OPF cases. The proposed approach consists of two phases: solvability identifica- tion phase (SIP) and feasibility restoring phase (FRP). In SIP, a novel methodology based on problem transformation and active set is adopted to identify the solvability of divergent OPF problem. If a fea- sible solution can be obtained in SIP, then this divergent OPF problem is solvable, otherwise, FRP is used to restore a feasible or optimal solution by relaxing soft constraints and load shedding. In FRP, a feasibility restoring model is presented, and a priority-listing strategy of restoring actions is proposed to restore the unsolvable OPF problems. Numerical studies indicate that the proposed SIP and FRP are reliable to diagnose the solvability of the divergent OPF problems, give an index to measure the un- solvability, and restore an unsolvable OPF case.QuanYuan Jiang ZhenXiang Han 2009Science China(Technological Sciences)2009,52,4:3
2OpenMP-based parallel transient stability simulation for large-scale power systems显示文摘This paper provides an OpenMP-based parallel Very Dishonest Newton(VDHN) algorithm with variable step size,running transient stability simulations(TSA) on multi-core computers.Under the framework of simultaneous solution method of TSA,the step-size control strategy is used according to the local truncation error theory firstly.Then,computation of the generation units,which is the most time-consuming part of the simulation,is dynamically dispatched to several cores using an α dynamic scheduling scheme to obtain workload balancing based on OpenMP.Due to the convergence of Newton-type iterations,an adaptive Jacobian update control strategy is applied to reduce the sequential part of the simulation and the overhead generated by OpenMP.Several large scale test cases verify the validity and practicability of the proposed parallel algorithm,showing that the proposed approach achieves high speed-up and a considerable reduction in parallel overheads.JIANG QuanYuan JIANG Han 2012Science China(Technological Sciences)2012,55,10:2
3A reduced-space interior point method for stability constrained optimal power flow transient显示文摘Quanyuan Jiang Guangchao Geng 2010IEEE Transactions on Power Systems2010,25,3:1
4Two-time-scale coordination control for a battery energy storage system to mitigate wind power fluctuations显示文摘JIANG Quanyuan WANG Haijiao 2013IEEE Transactions on Energy Conversion2013,28,1:1
5An enhanced numerical discretization method for transient stability constrained optimal power flow显示文摘Quanyuan Jiang Zhiguang Huang 2010IEEE Transactions on Power Systems2010,25,4:1
6Design of UPFC controller in large-scale power systems based on immune genetic algorithm 显示文摘Jiang Quanyuan Zou Zhenyu Wang Zhiyong 2006Transactions of the Institute of Measurement and Control2006,1,28:1
7An Efficient PMU-Based Fault-Location Technique for Multiterminal Transmission Lines 显示文摘Quanyuan Jiang etc 2014Power Delivery2014,29,4:1
8Two-time-scale coordi- nation control for a battery energy storage system to mitigate wind power fluctuation 显示文摘JIANG Quanyuan WNAG Haijiao 2013IEEE Transactions on Energy Conversion2013,28,1:1
9Information Entropy Based Prioritization Strategy for Data-driven Transient Stability Batch Assessment显示文摘Transient stability batch assessment(TSBA)is es-sential for dynamic security check in both power system planning and day-ahead dispatch.It is also a necessary technique to generate sufficient training data for data-driven online transient stability assessment(TSA).However,most existing work suffers from various problems including high computational burden,low model adaptability,and low performance robustness.Therefore,it is still a significant challenge in modern power systems,with numerous scenarios(e.g.,operating conditions and'N-k'contin-gencies)to be assessed at the same time.The purpose of this work is to construct a data-driven method to early terminate time-domain simulation(TDS)and dynamically schedule TSBA task queue a prior,in order to reduce computational burden without compromising accuracy.To achieve this goal,a time-adaptive cas-caded convolutional neural networks(CNNs)model is developed to predict stability and early terminate TDS.Additionally,an information entropy based prioritization strategy is designed to distinguish informative samples,dynamically schedule TSBA task queue and timely update model,thus further reducing simulation time.Case study in IEEE 39-bus system validates the effectiveness of the proposed method.Rong Yan Zhaoyu Wang Yuxuan Yuan Guangchao Geng Quanyuan Jiang 2021CSEE Journal of Power and Energy Systems2021,7,3:1
10A fault diagnosis method for transformer integrating rough set with fuzzy rules显示文摘Wang Zhiyong Guo Chuangxin Jiang Quanyuan 2006Transaction of the Insitute of Measurement and Control2006,28,3:1
11Two-time-scale coordination control for a battery energy storage system to mitigate wind power fluctuations显示文摘Jiang Quanyuan Wang Haijiao 2013IEEE Transactions on Energy Conversion2013,28,1:1
12method for stability A reduced- constrained transient显示文摘Quanyuan Jiang spacemtenor point optimalpower flow on Power Systems Guangchao Geng 2010IEEE Transactions2010,25,3:1
13Sequential feasible optimal power flow in power systems显示文摘A sequential feasible optimal power flow (OPF) method is developed for large-scale power systems. One of the outstanding features of this method is that it can maintain feasibility for both equality and inequality constraints during iterations. In sequential feasible OPF, every iteration consists of two stages: Objective improving stage and feasibility enforcing stage. Analytical basis for each stage is provided. Numerical studies on various power systems up to 2383 buses indicate that the proposed feasible approach is promising. Compared with the conventional OPF algorithms, such as interior point method, the proposed sequential feasible OPF approach can be terminated at any iteration and yield a feasible operating point simultaneously.ZhenXiang Han QuanYuan Jiang YiJia Cao 2009Science China(Technological Sciences)2009,52,2:1
14A battery energy storage system dual-layer control strategy for mitigating wind farm fluctuations显示文摘Jiang Quanyuan Gong Yuzhong Wang Haijiao 2013IEEE Transactions on Power Systems2013,28,3:1
15PMU-based fault location using voltage measurements in large transmission networks显示文摘Jiang Quanyuan Li Xingpeng Wang Bo 2012IEEE Transactions on Power Delivery2012,27,3:1
16A Fault Diagnosis Method for Transformer Integrating Rough Set with Fuzzy Rules 显示文摘Wang Zhiyong Guo Chuangxin Jiang Quanyuan 2006Transaetions of the Iustitute of Measurement and Control2006,28,3:1
17Wavelet-based capacity configuration and coordinated control of hybrid energy storage system for smoothing out wind power fluctuations显示文摘JIANG Quanyuan HONG Haisheng 2013IEEE Trans on Power Systems2013,28,2:1
18Two-time-scale coordination control for a battery energy storage system to mitigate wind power fluctuations显示文摘JIANG Quanyuan WANG Haijiao 2013IEEE Trans on Energy Conversion2013,28,1:1
19An efficient implementation of automatic differentiation in interior point optimal power flow显示文摘JIANG Quanyuan GENG Guangchao GUO Chuangxin 2010IEEE Transactions on Power Systems2010,25,1:1
20A fault diagnosis method for transformer integrating rough set with fuzzy rules显示文摘Wang Zhiyong Guo Chuangxin Jiang Quanyuan 2006Transaction of the Institute of Measurement and Control2006,28,3:1
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