李曉東-凯发k8国际首页登录

professor li, xiao dong

school of computer science and engineering, faculty of innovation engineering

macau university of science and technology

office: a214

tel.: 853-8897 2195

e-mail: 

• ph.d., university of victoria, bc, canada
• m.a.sc., university of victoria, bc, canada
• b.eng., shanghai jiaotong university, shanghai, china

• eie240 electric circuit analysis
• eie340 analog electronics
• eie241 electric circuit analysis lab
• eie341 analog electronics lab
• miic05 advanced topics in electronics engineering

power electronics: high-frequency converter topology, control and applications in renewable generation

• 2009 - now: lecturer/assistant professor/associate professor/professor, macau university of science and technology
• 2002 - 2009: research associate, university of victoria, british columbia, canada
• 1994 - 2001: electrical engineer, huadian hongwan diesel power co., zhuhai, china

• pi, fdct: 067/2011/a
• pi, fdct: 094/2013/a3
• pi, fdct: 004/2015/a1
• pi, fdct: 060/2017/a
• pi, fdct: 0065/2019/a2

• xiaodong li, song hu, "battery charger with power factor correction", us patent no.:  9,515,504 b2, australian innovation patent, no.2015100179.
• xiaodong li, "system and method for controlling a converter circuit", us patent no.:  9,935,462 b2, australian innovation patent, no.2016100074
• xiaodong li, "converter circuit and operating method thereof", australian innovation patent, no.2016100186
• xiaodong li, "semi-dual-active-bridge converter system and methods thereof", us patent no.: 9,748,853 b1, australian innovation patent, no.2016101962
• chuan sun, xiaodong li, "systems and method for controlling a converter circuit", australian innovation patent, no.2017100494

• h. chen, r. nie and x. li, "a transverse flux single-phase tubular switched reluctance linear machine with 4 poles," in ieee transactions on applied superconductivity, 31(8), nov. 2021. doi: 10.1109/tasc.2021.3096514.
• s. hu, x. li, q. zheng, “a dual-bridge dc/dc resonant converter using extended pwm and phase-shift control”, ieee transactions on industry applications, 57(4), pp.4009-4020, 2021
• g. chen, x. li, s. zhou, “unified boundary control with phase shift compensation for dual bridge series resonant dc-dc converter”, ieee acess, vol.8, p. 131137 - 131149, 2020.
• s. zhou, x. li, z.zhong and x. zhang, “wide zvs operation of a semi dual-bridge resonant converter under variable-frequency-phase-shift control”, iet power electronics, 13(9), p. 1746 –1755,2020.
• m. lu, x. li and g. chen, “a hybrid control of a semi dual-active-bridge dc-dc converter with minimum current stress”, ieee transactions on power electronics, 35(3),pp.3085-3096, 2020.
• y. tang, x. li, s. zhou, c. sun, g. chen, “comprehensive study of fast load modulation with volt-second balance in a dual-active-bridge converter”, iet power electronics, 12(6), pp: 1357-1367, 2019
• s. hu, x. li, a.k.s. bhat, “operation of a bidirectional series-resonant converter with minimized tank current and wide zvs range”, ieee transactions on power electronics, 34(1), pp: 904-915, 2019
• s-z. zhou, x. li, g. chen, s. hu, “a piecewise control strategy for a bidirectional series resonant converter”, electronics, 2018, 7(12), 374.
• c. sun, x. li and s.-z. zhou, “transient current control for a step load change in a dual-active-bridge converter”, electronics letters, 2018, 54(22), pp.1290-1292.
• m. lu, x. li, “performance evaluation of a semi-dual-active-bridge with ppwm plus sps control”, electronics, 2018, 7(9), 184.
• y.-f. zhang, x. li, c. sun and z.-h. he, “improved step load response of a dual-active-bridge dc-dc converter”, electronics, 2018, 7(9), 185.
• c. sun, x. li, "fast transient modulation for a step load change in a dual-active-bridge converter with extended-phase-shift control". energies, 2018, 11(6), 1569.
• x. li, s. hu, c. sun and y.-f. zhang, “asymmetric double-side modulation for fast load transition in a semi-dual-active-bridge converter”, iet power electronics, 10(13), pp:1698-1704, 2017.
• s.-t. lin, x. li, c. sun and y. tang, “fast transient control for power adjustment in a dual-active-bridge converter”, electronics letters,53(16), 2017, pp.1130-1132.
• s. hu, x. li, “performance evaluation of a semi-dual-bridge resonant dc/dc converter with secondary phase-shifted control”, ieee transactions on power electronics,32(10), 2017, pp.7727-7738.
• s. hu, x. li, m. lu and b.-y. luan, “operation modes of a secondary-side phase-shifted resonant converter”, energies, 2015, 8(12): 12314-12330.
• h.-y. li, x. li, m. lu and s. hu, “a linearized large signal model of an lcl-type resonant converter”, energies, 2015, 8(3): 1848-1864.
• g.-y. hu, x. li and b.-y. luan, “a generalized approach for the steady-state analysis of dual-bridge resonant converters”, energies, 2014, 7(12): 7915-7935.
• x. li and a.k.s. bhat, “grid connection using a high-frequency isolated dc/ac module for hybrid power systems”, electric power components and systems, 42(12): 1334-1343, 2014.
• x. li, "a llc-type dual-bridge resonant converter: analysis, design, simulation and experimental results," ieee transactions on power electronics, 29(8), pp:4313-4321, 2014.
• x. li and a.k.s. bhat, “a comparison study of high-frequency isolated dc/ac converter employing an unfolding lci for grid-connected alternative energy applications”, ieee transactions on powerelectronics, 29(8), pp:3930-3941, 2014
• x. li and a.k.s. bhat, “a fixed-frequency series-parallel resonant converter with capacitive output filter: analysis, design, simulation and experimental result”, electric power components and systems, 42(7):746-754, 2014.
• x. li and y.-f. li, “an optimized phase-shift modulation for fast transient response in a dual-active-bridge converter," ieee transactions on power electronics,29(6), pp:2661-2665, june 2014.
• x. li and a.k.s. bhat, “a utility-interfaced phase-modulated high-frequency isolated dual lcl dc/ac converter”, ieee transactions on industrial electronics, 59(2), pages: 1008-1019, 2012
• x. li, a.k.s. bhat, “analysis and design of high-frequency isolated dual-bridge series resonant dc/dc converter”, ieee transactions on power electronics, 25(4), pages: 850-862, 2010
• x. li, q. wu, s. nandi, “performance analysis of a three-phase induction machine with inclined static eccentricity”, ieee transactions on industry applications,43(2), pages:531-541, 2007
• s. nandi, h. toliyat, x. li, “condition monitoring and fault diagnosis of electrical machines - a review”, ieee transactions on energy conversion, 20(4), pages:719-729, 2005

• h. xu, s. zhou, x. li, h. chen, s. hu, “fast transient modulation of a dual-bridge series resonant converter", the 47th annual conference of ieee industrial electronics (iecon), toronto, canada, oct.13-16, 2021
• s. zhou, y. gong, x. li, s. hu, “ an optimal modulation for a semi dual-bridge resonant converter with a scc-based tunable tank", ieee 30th international symposium on industrial electronics (isie), kyoto, japan, june 20-23, 2021
• g. chen, y. gong, x. li, s. hu, “ voltage balanced control for a hybrid dual bridge series resonant converter", ieee 30th international symposium on industrial electronics (isie), kyoto, japan, june 20-23, 2021
• s. hu, x. li, q. zheng, “ a dual-bridge dc/dc converter using extended pwm and phase-shift control", ieee 9th ipemc- ecce asia, nanjing, china, nov., 2020
• s. hu, x. li, “ an unbalanced pwm control strategy for the full-bridge series resonant converter", ieee international conference on industrial electronics and applications (iciea), xi'an, china, june 4-6, 2019
• c. sun,  x. li, “ instantaneous current balance modulation for fast transient response in a dual-active-bridge converter", 2018 ieee international power electronics and application conference and exposition (peac), shenzhen, china, nov. 4-6, 2018
• s.-z. zhou, c. sun, s. hu, g. chen, x. li, “ improved load transient response of a dual active bridge converter", international power electronics conference, ipec-ecce asia, niigata, japan, may 20-24, 2018
• s. hu, x. li and a. k.s . bhat, “a comparative study of phase-shift control schemes in a bidirectional series resonant converter”, international future electrical and electronics conference, ifeec-ecce asia, kaohsiung, taiwan, june.3-7, 2017
• b.-y. luan, s. hu,y.-f. zhang and x. li, “steady-state analysis of a series resonant converter with modified pwm control”, ieee international conference on industrial electronics and applications (iciea), siem reap, cambodia, june.18-20, 2017
• s. hu, y.-f. zhang and x. li, “a dual-asymmetric pwm control strategy for full bridge dc-dc converters”, ieee international conference on industrial electronics and applications(iciea), siem reap, cambodia, june.18-20, 2017
• m. lu, s. hu, s.-z. zhou, y. tang and x. li, “the steady-state operation map of a semi-dual-active-bridge converter”, ieee international conference on industrial electronics and applications(iciea), siem reap, cambodia, june.18-20, 2017
• m. lu, s. hu, y. tang, s.-z. zhou and x. li, “a novel control strategy based on modified gating scheme for a dual-active-bridge converter”, ieee international conference on industrial electronics and applications (iciea), siem reap, cambodia, june.18-20, 2017
• s. hu, m. lu, b.-y. luan and x. li, “discontinuous-current mode operation of a semi-dual-bridge resonant converter”, ieee international conference on industrial technology(icit), taipei,mar.14-17, 2016
• b.-y. luan and x. li,“a new control strategy to reduce circulation current for a bidirectional resonant converter”, ieee the 8th ipemc-ecce asia, hefei, may 23-25, 2016
• s. hu, m. lu and x. li, “continuous-current mode operation of a semi-dual-bridge resonant converter”,pp.246-252, the 9^th icpe-ecce asia, seoul, june 1-5, 2015.
• y.-j. zhang, m. lu and x. li, “a two-stage control scheme of a dual-bridge series resonant converter”,pp.508-514, the 9^th icpe-ecce asia, seoul, june 1-5, 2015.
• x. li，h.-y. li，g.-y. hu, “modeling of the fixed-frequency resonant llc dc/dc converter with capacitive output filter”, the 5th ieee energy conversion congress and exposition (ecce), denver, colorado, usa, september 15-19, 2013.
• x. li，h.-y. li，g.-y. hu, y. xue , “a bidirectional dual-bridge high-frequency isolated resonant dc/dc converter”,  the 8th ieee conference on industrial electronics and applications (iciea), pp: 49-54, melbourne, australia, june 19-21, 2013.
• d. p. devakumar, a. rathore and x. li, “interleaved zero-voltage-switching active-clamped current-fed full-bridge isolated dc/dc converter for fuel cell applications: a case study analysis”, the 3rd ieee international conference on sustainable energy technologies (icset’12), pp: 23 - 29, kathmandu, nepal, sep. 2012
• x. li and a. rathore, “steady-state analysis of a dual-bridge llc inverter”, the 7th ieee conference on industrial electronics and applications(iciea), pp: 769 - 774, singapore, july 4-6 2012
• a. rathore and x. li, “comparison of zero-voltage-switching current-fed full-bridge and half-bridge isolated dc/dc converters with active-clamp”, 9th ieee international conference on power electronics and drive systems(peds), pages: 133-138, singapore, dec. 5-8 2011 
• x. li and a. rathore, “a general study of soft-switching ranges of dual-bridge resonant converters using a modified complex ac analysis approach”, the 6th international conference on industrial electronics and applications(iciea), pp:316-321, june 21-23, beijing, 2011
• s. sun, x. li and a. rathore, “design and performance evaluation of a dual-bridge series-parallel resonant converter”, proceedings of the 3rd international conference on power electronics and intelligent transportation systems (peits), pages: 179-182, shenzhen, china, nov. 2010
• c. zhao, x. li and a. rathore, “modified complex ac analysis of a lc-lc resonant converter with secondary switching”, the 3rd international conference on power electronics and intelligent transportation systems (peits), pp:183-186, shenzhen, china, nov. 2010
• s. nandi, x. li and t. ilamparithi, “recent developments in the modeling and analysis of induction machines with non-uniform air-gap using the modified winding function approach”, 1st international conference on advances on energy conversion technologies (icaect), manipal, india, jan. 7-10, 2010
• x. li, “fundamental analysis of a dual-bridge lcl resonant converter with output variation”, 2nd conference on power electronics and intelligent transportation system (peits), pages: 270-273, shenzhen, china, dec.19-20, 2009
• x. li, a.k.s. bhat, “multi-cell operation of a high-frequency isolated dc/ac converter for grid-connected wind generation applications”, fourth international conference on industrial and information systems (iciis), pp.169-174, peradeniya, sri lanka, dec.29-31, 2009
• x. li, a.k.s. bhat, “a phase-modulated high-frequency isolated dual lcl dc/ac converter”, in ieee energy conversion congress & exhibition (ecce), san jose, usa, sep. 2009
• x. li, a.k.s. bhat, “ac equivalent circuit analysis for high-frequency isolated dual bridge series resonant dc/dc converter”, in ieee 39th power electronics specialist conference (pesc), pages: 350-357, island of rhodes, greece, june, 2008
• x. li, s. nandi, “performance analysis of a 3-phase induction machine with inclined static eccentricity”, in ieee international electric machines and drives conference (iemdc), pages: 1606-1613, san antonio, tx, usa, may 15-18, 2005

• ips(industrial postgraduate scholarship) from nserc (national science and engineering research council of canada), 2006
• ieee power engineering society (pes) best paper prize, 2007
• boc excellent research award, macau university of science and technology, 2013

• the 11th china graduate electronics design contest, first-class award in south china division, second-class award in final tournament,2016
• the 12th china graduate electronics design contest, first-class award in south china division, 2017
• the 14th china graduate electronics design contest, first-class award in final tournament, 2019
• dr. song hu, graduate research award of macau science and technology award, 2018

• senior member, institute of electrical and electronics engineers (ieee)
• board member/treasurer, ieee macau section