shen chen-九游会平台

 automatic control system (english), 2008 to present, undergraduate course

 operation and management of power systems, 2013 to present, undergraduate course

power systems analysis and control, renewable energy, smart grids

(1) books

 shen chen, li yalou. theories and methods of distributed computation for bulk power systems, tsinghua press, 2010.12

(2) selected international journal papers

[1] shen chen, tang kexuan. a method for detecting harmonic responsibility misjudgements based on waveform correlation analysis[j]. iet generation, transmission & distribution, 2018, accepted.

[2] tang kexuan, shen chen. harmonic emission level assessment method based on parameter identification analysis[j]. iet generation, transmission & distribution, 2018, accepted.

[3] zheng kuan, shen chen, liu feng. evaluation of commutation failure risk in single-or multi-infeed lcc-hvdc systems based on equivalent-fault method[j]. science china technological sciences, 2018, 61(8): 1207-1216.

[4] zhang lu, shen chen, chen ying, et al. coordinated allocation of distributed generation, capacitor banks and soft open points in active distribution networks considering dispatching results[j]. applied energy, 2018, 231: 1122-1131.

[5] zheng zetian, an zhi, shen chen. evaluation method for equivalent models of pmsg-based wind farms considering randomness[j]. ieee transactions on sustainable energy, 2018 , early access article.

[6] zhang lu, chen ying, shen chen, et al. optimal configuration of hybrid ac/dc urban distribution networks for high penetration renewable energy[j]. iet generation, transmission & distribution, 2018, 12(20): 4499-4506.

[7] jia mengshuo, shen chen, wang zhiwen. a distributed probabilistic modeling algorithm for the aggregated power forecast error of multiple newly built wind farms[j]. ieee transactions on sustainable energy, 2018, early access article.

[8] wu xiangyu, chen laijun, shen chen, xu yin, he jinghan, fang chen. distributed optimal operation of hierarchically controlled microgrids[j]. iet generation, transmission & distribution, 2018, 12(18): 4142-4152.

[9] ma zhiyuan, liu feng, shen chen, wang zhiwen, mei shengwei. fast searching strategy for critical cascading paths toward blackouts[j]. ieee access, 2018, 6: 36874-36886.

[10] li fan, chen ying, xie rui, shen chen, zhang lu, qin boyu. optimal operation planning for orchestrating multiple pulsed loads with transient stability constraints in isolated power systems[j]. ieee access, 2018, 6: 18685-18693.

[11] wang zhiwen, shen chen, liu feng, wang jianhui, wu xiangyu. an adjustable chance-constrained approach for flexible ramping capacity allocation[j]. ieee transactions on sustainable energy, 2018, early access article.

[12] wang zhiwen, shen chen, xu yin, liu feng, wu xiangyu, liu chen-ching. risk-limiting load restoration for resilience enhancement with intermittent energy resources[j]. ieee transactions on smart grid, 2018, early access article.

[13] ma zhiyuan, shen chen, liu feng, mei shengwei. fast screening of vulnerable transmission lines in power grids: a pagerank-based approach[j]. ieee transactions on smart grid, 2017, early access article.

[14] pan yanfei, liu feng, chen laijun, wang jianhui, qiu feng, shen chen, mei shengwei. towards the robust small-signal stability region of power systems under perturbations such as uncertain and volatile wind generation[j]. ieee transactions on power systems, 2018, 33(2): 1790-1799.

[15] li guiyuan, du zhengchun, shen chen, etc. coordinated design of droop control in mtdc grid based on model predictive control [j]. ieee transactions on power systems, 2018, 33(3): 2816-2828.

[16] li fan, chen ying, qin boyu, shen chen, decomposed input-output stability analysis and enhancement of integrated power systems [j], science in china - series e: technological sciences, 2018, 61(3): 427-437

[17] zhang lu, chen ying, shen chen, etc. releasing more capacity for ev integration by dc medium voltage distribution lines [j], iet power electronics, 2017, 10(15): 2116-2123.

[18] zhang lu, chen ying, shen chen, etc. coordinated voltage regulation of hybrid ac/dc medium voltage distribution networks [j], journal of modern power systems and clean energy, 2018, 6(3): 463-472.

[19] wu xiangyu, shen chen, reza iravani. a distributed cooperative frequency and voltage control for microgrids[j]. ieee transactions on smart grid, 2018, 9(4): 2764-2776.

[20] wu xiangyu, shen chen, distributed optimal control for stability enhancement of microgrids with multiple distributed generators [j], ieee transactions on power systems, 2017, 32(5): 4045-4059.

[21] wang zhiwen, shen chen, liu feng, etc. chance-constrained economic dispatch with non-gaussian correlated wind power uncertainty [j], ieee transactions on power systems, 2017, 32(6): 4880-4893.

[22] wang zhiwen, shen chen, liu feng, etc. analytical expressions for joint distributions in probabilistic load flow[j], ieee transactions on power systems, 2017,32(3)：2473 – 2474

[23] liu zhangwei, shen chen, liu feng, et al. speed recovery strategy for the inertia response control of dfigs: extended state observer based approach [j]. iet renewable power generation, 2017,11(8)：1110 - 1120

[24] wang zhiwen, shen chen, liu feng. probabilistic analysis of small signal stability for power systems with high penetration of wind generation[j], ieee transactions on sustainable energy, 2016,7(3)：1182-1193

[25] wu xiangyu, shen chen, reza iravani. feasible range and optimal value of the virtual impedance for droop-based control of microgrids[j]. ieee transactions on smart grid, 2016,8(3)：1242 - 1251

[26] shen chen, an zhi et al. measurement-based solution for low frequency oscillation analysis, journal of modern power systems and clean energy,2016,4(3)：406-413

[27] pan yanfei, mei shengwei, liu feng, wei wei, shen chen, hu jiabing, admissible region of large-scale uncertain wind generation considering small-signal stability of power systems, ieee transactions on sustainable energy, 2016,7(4)：1611-1623

[28] zhao min, shen chen, liu feng, huang xiuqiong, a game-theoretic method for prediction of microgrid growing trends in china, science in china - series e: technological sciences,2015,58(10)：1760-1766

[29] wang gang, shen chen, fu lijun, cui zhiyong, ye zhihao,transformed periodic orbit mechanism of low frequency oscillations in power systems, international journal of circuit theory and applications,2015,1(1)：1-14

[30] huang shaowei, chen ying, shen chen, et al. dynamic simulation based on jacobian-free newton-gmres methods with adaptive preconditioner for power systems[j]. science in china - series e: technological sciences, 2013, 56(8): 2037-2045.

[31] huang shaowei, chen ying, shen chen, et al. feasibility study on online dsa through distributed time domain simulations in wan[j]. ieee transactions on power systems, 2012, 27(3): 1214-1224.

[32] ni jingmin, shen chen, liu feng, estimation of the electromechanical characteristics of power systems based on a revised stochastic subspace method and the stabilization diagram[j], science in china - series e: technological sciences, 55(6), 2012, pp 1677‐1687.

[33] chen ying, shen chen, wang j. distributed transient stability simulation of power systems based on a jacobian-free newton-gmres method[j]. ieee transactions on power systems, 2009, 24(1): 146-156.

[34] shen chen, chen ying, zhang xu. a distributed inverse iteration method for eigenvalue analysis of interconnected power systems[j]. science in china series e: technological sciences, 2007, 50(6):774-785.

[35] mei shengwei, gui xiaoyang, shen chen, dynamic extending nonlinear h (infinity) control and its application[j], science in china, series e: technological sciences,2007,50 (5): 618-635.

[36] chen ying, shen chen. a jacobian-free newton-gmres (m) method with adaptive preconditioner and its application for power flow calculations[j]. ieee transactions on power systems, 2006, 21(3): 1096-1103.

[37] zhang lingli, shen chen, crow mariesa, et al. performance indices for the dynamic performance of facts and facts with energy storage[j]. electric power components and systems, 2005,33(3):299-314.

[38] gan deqiang, shen chen. a price competition model for power and reserve market auctions[j]. electric power systems research, 2004,70(3):187-193.

[39] dong liangying, crow mareisa, yang zhiping, shen chen, et al, a reconfigurable facts system for university laboratories[j], ieee transactions on power systems,2004, 19（1）:120~128

[40] lu qiang, wang wencong, shen chen,mei shengwei ,et.al, intelligent optimal sieving method for facts device control in multi-machine systems[j], electric power systems research,2002,62（3）：209~214

[41] yang zhiping, shen chen, zhang lingli, crow mariesa, et.al, integration of a statcom and battery energy storage[j], ieee transactions on power systems, 2001,16 (2)： 254-260

(3) selected conference papers

[1] an zhi, shen chen, zheng zetian, et al. analysis on sub-synchronous oscillation associated with wind farms based on direct-driven wind generators[c]//2018 37th chinese control conference (ccc). ieee, 2018: 1282-1286.

[2] ma zhiyuan, liu feng, shen chen, zhang xuemin, mei shengwei, gao feng. speeding up simulations of cascading blackout in power systems by identifying high influential lines[c]//power & energy society general meeting, 2017 ieee. ieee, 2017: 1-5.

[3] zhang lu, shen chen, chen ying, huang shaowei, tang wei, coordinated optimal allocation of dgs, capacitor banks and sops in active distribution network considering dispatching results through bi-level programming [c]. 9th international conference on applied energy, icae2017, 21-24 august 2017, cardiff, uk.

[4] luo gang, ma ding, qian feng, tan wei, yang yinguo, shen chen, study on adaptive islanding control of acdc hybrid system, 2016cepsi, bangkok, thailand

[5] zhang jun, wang zhiwen, shen chen, an analytical method for probabilistic load flow using gaussian mixture model[c]. ieee pes powercon, 2016, sep., australia.

[6] tang kexuan, shen chen, chen weidong, liu bin, yue qing, sun yiwei, microgrid modeling and simulation scenario design for power quality analysis[c]// power and energy engineering conference (appeec), 2015 ieee pes asia-pacific , australia, 2015

[7] pan yanfei, liu feng, shen chen, chen laijun, mei shengwei. robust small-signal stability region of power systems considering uncertain wind generation[c]// ieee pes general meeting. denver, usa, 2015

[8] dai xianzhong, shen chen. a new power system oscillation type identification method based on empirical mode decomposition and hilbert transform[c]// world congress on engineering and computer science 2014, san francisco, usa,2014.

[9] wu xiangyu, shen chen, zhao min, wang zhiwen, huang xiuqiong. small signal security region of droop coefficients in autonomous microgrids[c]// ieee pes general meeting, washington dc, usa, 2014

[10] wang zhiwen, shen chen, liu feng. impact of dfig with phase lock loop dynamics on power systems small signal stability[c]// ieee pes general meeting, washington dc, usa, 2014

[11] li fan, shen chen, wu xiangyu, zhao min, huang xiuqiong. a comparison of different control strategies in inverter connected micro-grids [c]//the 33th control conference of china, nanjing, july 28-30, 2014, vol. c, pp:3567-3563.

[12] shi jiaying, shen chen. impact of dfig wind power on power system small signal stability[c]// innovative smart grid technologies (isgt), ieee pes. usa, 2013

[13] huang shaowei, chen ying, shen chen, et al. flexible power-flow algorithm for distribution power system with der c]// power system technology (powercon), 2012 ieee international conference on, new zealand, 2012.

[14] zhao min, chen laijun, shen chen, et al. a feasibility study of using ieee 1547 series of standards in china for microgrid[c]// power system technology (powercon), 2012 ieee international conference on, new zealand, 2012.

[15] li ying, shen chen, liu feng. an energy-based methodology for locating the source of forced oscillations in power systems[c]// power system technology (powercon), 2012 ieee international conference on, new zealand, 2012

[16] ni jingmin, shen chen, liu feng. estimating the electromechanical oscillation characteristics of power system based on measured ambient data utilizing stochastic subspace method[c]// power and energy society general meeting, usa, 2011.

[17] tan wei, shen chen, zhang xuemin. a new under-frequency load shedding scheme based on obdd. sustainable power generation and supply[c]// international coference on[c], 6-7 june, 2009,nanjing,china

(4) selected chinese journal papers

[1] luo gang, fang shihui, shen chen, tang kexuan, mei shengwei, qian feng, li li, static operating point verification for islands formed in adaptive islanding control [j]. advanced technology of electrical engineering and energy. 2018, 37(4): 1-8

[2] duan qingang, qiao huanghuang, luo gang, qian feng, yang yinguo, shen chen, fast computing of multi-infeed short circuit ratio for adaptive islanding [j]. modern electric power, 2018, 35(1): 84-88.

[3] zheng kuan, shen chen, liu feng, configuration scheme of statcom for mitigating simultaneous commutation failure risk of multi-infeed hvdc links [j], power system technology, 2018, 2: 028.

[4] yang chaoping,yao rui,zhang shuang,gu yujia,shen chen, cascading outage risk mitigation method coordinating economy and security in power systems [j], advanced technology of electrical engineering and energy, 2017, 36(12): 71-78.

[5] zhao min, shen chen, li shunxin, xiao dong, yue yunli, li bo, coalitional game theoretic method to study multi-microgrids cooperation condition considering outage risk [j], control theory and application, 2018, 35(5).

[6] yu zhen, shen chen, zhang xuemin, analysis on the impact of post-fault power recovery speed of doubly-fed induction generators on power system transient stability [j], proceedings of the csee, 2018, 38(13).

[7] yang chaoping, ma zhiyuan, shen chen, zhang shuang, gu yujia, rapid search of cascading failure serious paths in power systems based on vulnerable line identification results[j], electric power, 2017, 50(9):66-71

[8] yang chaoping,yao rui,zhang shuang,gu yujia,shen chen, cascading outage risk mitigation method coordinating economy and security in power systems [j], advanced technology of electrical engineering and energy, 2017(12):71-78

[9] tian bei, yu zhen, li xutao, li hongqiang, shen chen. joint distribution calculation with probabilistic power flow considering dependencies among multiple wind power generations [j], electric power, 2017, 50(10):71-77

[10] qin jian, shen chen, chen ying, sun jian, wang haiyun, a spatio-temporally self-regulated simulation method based on quantized state system [j], proceedings of the csee, 2017, 37(10):2869-2877

[11] ma zhiyuan, liu feng, shen chen, zhang jun, gao feng, rapid identification of vulnerable lines in power grid using modified pagerank algorithm——part ii: factors affecting identification results [j], proceedings of the csee, 2017, 37(1): 36-44

[12] ma zhiyuan, liu feng, shen chen, zhang shuang, tian bei, rapid identification of vulnerable lines in power grid using modified pagerank algorithm——part i: theoretical foundation [j], proceedings of the csee, 2016, 36(23): 6363-6370

[13] yan simin, shen chen, wang yating, levenberg-marguardt algorithm based var compensation method for large-scale power systems [j], proceedings of the csee, vol.36(18),p 4864-4872,2016

[14] shen chen, qin jian, sheng wanxing, fang hengfu, study on short-term forecasting of distribution transformer load using wavelet and clustering method [j], power system technology, vol.40(2),p521-526,2016

[15] qiao huanghuang, ma ding, shen chen, wang yating, guo xiaojiang, zhang yichi, site selection method for transient voltage control for receiving end of hvdc system based on complex system theory [j], power system technology, vol.40(10),p 3147-3154,2016

[16] wu xiangyu, shen chen, zhao min, a droop control method based on pcc bus voltage in islanded microgrid [j].transactions of china electrotechnical society, 2015, 30(24): 135-141.

[17] tang lei, shen chen, zhang xuemin, impact of large-scale wind power centralized integration on transient angle stability of power systems—part i: theoretical foundation [j]. proceedings of the csee, 2015,35(15)：3832-3842

[18] tang lei, shen chen, zhang xuemin. impact of large-scale wind power centralized integration on transient angle stability of power systems—part ii: factors affecting transient angle stability[j]. proceedings of the csee, 2015,35(16)：4043-4051

[19] tang lei, shen chen, wang zhiwen, chen qian. mechanism of disturbance impact propagation in ultra-high voltage power system based on energy supply on port[j]. high voltage engineering. 2015, 41(03): 824-831.

[20] zhao min, shen chen, liu feng, huang xiuqiong. a game-theoretic approach to analyzing power trading possibilities in multi-microgrids[j]. proceedings of the csee,2015, 35(4):848-857

[21] zhao min, chen ying, shen chen, huang xiuqiong. characteristic analysis of multi-microgrids and a pilot project design[j]. power system technology, 2015, 39(6): 1469-1476.

[22] chen qian, shen chen, tang lei．study on the mechanism of disturbance impact on power system transient stability based on trajectory eigenvalues[j]．power system technology, 2014, 38(9)：2461-2465；

[23] ni jingmin, shen chen, chen qian．adaptive controlled islanding based on slow coherency-part i: research on the theoretical basis．proceedings of the csee, 2014, 34(25)：4374-4384；

[24] ni jingmin, shen chen, chen qian．adaptive islanding control based on slow coherency-part ii: practical area partition method．proceedings of the csee, 2014, 34(28)：4865-4875；

[25] ni jingmin, shen chen, chen qian．adaptive islanding control based on slow coherency-part iii: design of the practical scheme．proceedings of the csee, 2014, 34(31), 5597-5609；

[26] dai xianzhong, chen ying, shen chen, tang lei, sun xinwei. design and realization of an open research development and test platform for power system. power system technology, 2014, 38(8)：2037-2043.

[27] dai xianzhong, shen chen, chen ying, tang lei, sun xinwei. design and implement of autonomous decentralized composite automatic calculation and analysis tool of power system. power system technology, 2014, 38(5)：1181-1188.

[28] dai xianzhong, shen chen. a power system oscillation property identifying method based on decomposition of energy supply port. automation of electric power systems, 2014, 38(23)：40-45.

[29] gao haixiang, wang xiaoyu, liu feng, shen chen, mei shengwei. operation morphology design for future power grids. advanced technology of electrical engineering and energy, 2014. 33(1): 58-65.

[30] wang zhiwen, shen chen, liu feng. analysis on impact of doubly fed induction generations with different phase lock mechanism on power system small signal stability.proceedings of the csee[j].2014, 34（34）6167-6176

[31] shi jiayin, shen chen, liu feng. analysis on impact of dfig wind turbines dynamic characteristics on power system small signal stability[j].automation of electric power systems,2013,18:7-13.

[32] li ying, shen chen, liu feng. a methodology for power system oscillation analysis based on energy structure [j].automation of electric power systems,2013,13:49-56.

[33] shan renzhong, chen laijun, shen chen, ke shengzhou, liu feng, huang xiuqiong. repetitive learning control in three-phase stationary reference frame for h-bridge d-statcom [j].power system technology,2013,03:616-621.

[34] wang shichao, shen chen, li yang, cao jing. a fluctuation quantity based method to evaluate estimation precision of harmonic impedance amplitude at system side [j].power system technology,2012,05:145-149.

[35] shan rengzhong, shen chen, chen laijun, liu feng, huang xiuqiong. research on full-digital hysteresis current controlled controllable current source [j].power system technology,2012,12:112-118.

[36] wang shichao, shen chen, chen jianzhou. a power system harmonic impedance assessment method considering currents fluctuation characteristic [j].automation of electric power systems,2012,03:65-70.

[37] li ying, shen chen, liu feng. oscillation source location in control devices of generators based on hamiltonian realization [j].automation of electric power systems,2012,23:6-11 86.

[38] tan wei, shen chen, ni jingmin. a practical criterion for trajectory eigenvalues based transient stability analysis [j].automation of electric power systems,2012,16:14-19.

[39] huang shaowei, chen ying, shen chen. hybrid modeling of asymmetrical power system and three-phase power flow method [j].automation of electric power systems,2011,14:68-73.

[40] shen chen, huang shaowei, chen ying. primary studies on fast simulation and modeling for future power systems [j].automation of electric power systems,2011,10:8-15 29.

[41] ni jingmin, shen chen, li ying, tan wei. an on-line weak-connection identification method for controlled islanding of power system [j].proceedings of the csee,2011,04:24-30.

[42] wang jian, chen ying, shen chen. a distributed dynamic simulation algorithm for power systems based on inverse broyden quasi newton method [j].automation of electric power systems,2010,05:7-12.

[43] li jin, chen ying, shen chen. robustness of distributed processing for power system simulation [j].automation of electric power systems,2010,04:1-6.

[44] ni jingmin, he guangyu, shen chen, deng yong, deng zhaoyun, huang wenying. a review of assessment of smart grid in america [j].automation of electric power systems,2010,08:9-13 66.

[45] tan wei, shen chen, li ying, ni jingmin, liu feng. a generator groups identification method based on trajectory eigenvalues [j].automation of electric power systems,2010,01:8-14.

[46] ni jingmin, shen chen, tan wei ,li ying,. a coherence identifying method based on linearization at non-equilibrium point [j].automation of electric power systems,2010,20:7-12.

[47] li jin, chen ying, shen chen. studies on robustness of distributed processing for power system simulation [j].automation of electric power systems,2010,24:11-17.

[48] li jin, chen ying, shen chen, liu feng. application of the self-tuning control method to distributed computing of power systems [j].automation of electric power systems,2010,10:18-23.

[49] li rui, chen ying, mei shengwei, shen chen, he fei. an early warning method for emergency response based on power failure risk analysis of distribution systems [j].automation of electric power systems,2010,16:19-23 63.

[50] tan wei, shen chen, ni jingmin, li ying. analysis and application of power control sensitivity based on trajectory eigenvalues [j].automation of electric power systems,2010,18:1-5.

[51] wang jian, chen ying, huang shaowei, shen chen. a distributed state estimation method for interconnected power grid based on decomposition of kkt condition [j].automation of electric power systems,2010,19:31-36.

(5) authorized patent

[1] zhang jun, shen chen, liu feng, wang zhiwen, gao feng, liang jian, li feng, li xutao, li hongqiang, wu meirong. calculation method of probabilistic load flow joint distribution of power system including multiple wind farms, chinese patent of invention, publication no: 201610868051.5,2018/11/09

[2] tian bei, shen chen, liu feng, ma zhiyuan, zhang jun, zhang shuang, liang jian, zhao xiaodong, luo hairong, jiao long. calculation method for short circuit current of power system containing large number of draught fans, chinese patent of invention, publication no: 201610160725.6,2018/07/06

[3] wang yating, zhou qinyong, shen chen, yan siwen, ma ding, qiao huanghuang. reactive power compensation method and system, chinese patent of invention, publication no: 201610162061.7,2018/06/26

[4] tian bei, shen chen, liu feng, ma zhiyuan, zhang jun, zhang shuang, liang jian, zhao xiaodong, luo hairong, jiao long. recognition method for vulnerable lines of power system, chinese patent of invention. publication no: 201610158772.7,2017/12/19

[5] shen chen, tang kelong, wu xiangyu, liang shuo, chen weidong, huang xiuqiong. harmonic emission level evaluating method based on correlation property, chinese patent of invention, publication no: 201510104737.2,2017/05/31

[6] shen chen, tang kelong, wu xiangyu, chen weidong, sun yimin, huang xiuqiong. harmonic emission level estimating method based on parameter identification, chinese patent of invention, publication no: 201510103513.x,2017/05/23

[7] chen laijun, wang zhiwen, shen chen, ma hongwei. relay protection method applied to micro-grid, chinese patent of invention, publication no: zl201310674915.6,2017/01/12

[8] lin han, huang shaowei, dai xianzhong, chen ying, zhang ronglin, shen chen, huang daoshan, huang ting, zhan yunqing, wu danyue, xu zhenhua. method for communication between on-line operation system and off-line simulation system in power system, chinese patent of invention, publication no: 201310410010.8,17/01/09

[9] shen chen, chen qian, ni jingmin, liu feng. transient state stabilization expected accident selection method based on mode excitation degree analysis, chinese patent of invention, publication no: cn201310320786.0,2016/09/12

[10] huang xiuqiong, huang shaowei, chen ying, shen chen, chen weidong, bai xianhong, qin huiling. method for modeling and simulating transient stability of asymmetrical power system, chinese patent of invention, publication no: cn201310469025.1,2016/08/24

[11] chen qian, shen chen, liu feng, he guangyu, jin xiaoming. transient stability energy function analytical method for power system including new energy, chinese patent of invention, publication no: zl 201410460822.8,2016/08/19

[12] ke shengzhou, dan renzhong, chen ying, shen chen, chen laijun. active power filter (apf) main circuit applicable to medium voltage system, chinese patent of invention, publication no: cn201310119695.0,2016/6/8

[13] ke shengzhou, chen ying, shen chen, chen weidong, sun yimin, yang yiyun, huang xiuqiong. apf (active power filter) control algorithm considering parameter perturbation of grid connected electric reactor, chinese patent of invention, publication no: cn201410036499.1,2016/3/21

[14] chen laijun, chen peng, zheng tianwen, shen chen, ma hongwei. power distribution method for hybrid energy storage system, chinese patent of invention, publication no: zl 201310675017.2,2015/05/28

[15] huang shaowei, chen ying, shen chen, li fan. decomposition and coordination method for power flow of distribution network containing distributed power supplies, chinese patent of invention, publication no: zl 201310119804.9,2015/09/30

[16] shen chen, tang lei, dai xianzhong, chen qian, sun xinwei, huang shaowei. automatic check method for validity of safety and stability control measure in electric power system, chinese patent of invention, publication no: zl 201310471163.3,2015/03/18

[17] shen chen, li ying, liu feng. identification method for oscillation influence of generator control device on electric system, chinese patent of invention, publication no: zl 201310025634.8,2015/01/30

[18] shen chen, li ying, liu feng. power system oscillation source positioning method based on side bus measurement of generator, chinese patent of invention, publication no: zl 201210333724.9,2014/07/24

[19] shen chen, wu xiangyu, li fan, chen laijun, huang shaowei. computer-aided design (cad) method for droop characteristic of distributed power supply of microgrid isolated network during running, chinese patent of invention, publication no: zl 201210393653.1,2014/10/09

[20] huang xiuqiong, huang shaowei, li fan, wu xiangyu, zhao min, shen chen, chen laijun, sun yimin, feng bin, wang kui, yang yiyun, ding ruoxing, chen weidong, gao like. novel droop control design method based on current increment projection and suitable for pure resistive load, chinese patent of invention, publication no: zl201210466519.x,2014/09/04

[21] shen chen, li ying, liu feng, wei wei. method for positioning oscillating source of power system on basis of energy supplied to port, chinese patent of invention, publication no: zl 201210013033.0,2013/09/05

[22] shen chen, wang shichao, cheng jianzhou. fluctuation quantity method-based user side harmonic emission level practicality estimation method, chinese patent of invention, publication no: zl 201110023663.1,2013/05/06

[23] shen chen, ni jingmin, tan wei, li ying. weak connection identifying method based on sensitivity of slow-mode characteristic values to line parameters, chinese patent of invention, publication no: zl 200910238334.1,2013/03/06

[24] chen ying, wang jian, shen chen. transient stability distributed simulation method of electric power system, chinese patent of invention, publication no: zl 200910235476.2,2011/03/25

[25] chen ying, shen chen, he guangyu, huang shaowei. method for distributed tidal current analyzing by exchange boundary node state and net damage information, chinese patent of invention, publication no: zl200710121792.8,2010/09/13

[26] qiao ying, shen chen, lu qiang. power system separation decision space screening method, chinese patent of invention, publication no: zl200710175780.3,2009/06/05

[27] shen chen, zhang xu, wang jian, chen ying, lu qiang. distributive analysis method of power system low frequency vibration, chinese patent of invention, publication no: zl200710098781.2,2009/02/20

[28] shen chen, zhang xu, chen ying, lu qiang. distributed computing method of the features of the power system, chinese patent of invention, publication no: zl200710064679.0,2008/11/28

[29] mei shengwei, shen chen, chen juming, liu feng, lu qiang. distributive continuous reactive generator, chinese patent of invention, publication no: zl200410078143.0,2007/06/20

 senior member of ieee

 cigre member

 member of csee (chinese society of electrical engineering)

 member of cigre c2/c4.37”recommendations for systematic framework design of power system stability control”

 secretary of academic committee, state key lab of control and simulation of power systems and generation equipment

 deputy chairman of the energy internet equipment technology committee of china electrotechnical society

 member of the editorial board of “automation of electric power systems”

 member of the editorial board of “electric power”

 member of the editorial board of “protection and control of modern power systems”

 deputy chairman of the editorial board of “proceedings of the csu-epsa”