三相四线制系统瞬时功率理论的比较研究

[1] Three-phasefour-wire shunt ac-tive filter control strategies. Aredes M,Hafner J,Heumann K. IEEE Transactions on Power Electronics . 1997

[2] Newcontrol algorithms for series andshunt 3-phase 4-wire active power filters. Aredes M,Watanabe E H. IEEE Trans on PowerDelivery . 1995

[3] Instantaneous powercompensationin the three-phase systems by usingp-q-rtheory. Ki m H,Blaabjerg F,Bak-Jensen B,et al. IEEE Trans on Power Electron . 2002

[4] Harmonic reductioninthyristor converters by harmoniccurrent injection. Ametani A. IEEE Trans Power App&Syst . 1976

[5] Analysis and design of a newactive power filter to cancel neutral-current harmonics in 3-phase 4-wire electric distribution-systems. Enjeti,Shireen W,Packebush P,et al. IEEE Transactions on Industry Applications . 1994

[6] Harmonic eli mination,reactivepower compensation andload balancinginthree-phasefour-wire elec-tric distribution systems supplying non-linear loads. Singh B,Al-Haddad K,Chandra A. Electr PowerSystems . 1998

[7] Harmonic and reactive powercompensation based onthe generalizedinstantaneous reactive theoryfor three-phase four-wire systems. Peng F Z,Ott Jr G W,Adams DJ. IEEE Trans on Power Elec-tron . 1998

[8] Reactive power compen-sation based on a novel cross-vector theory. Togasawa S,Murase T,Nakano H,et al. IEEE Trans on IndAppl . 1994

[9] Generalizedinstantaneous reactive power theoryfor three-phase power systems. Peng F Z,Lai J S. IEEE Transactions on Industry Applications . 1998

[10] Instantaneous reactive powercompensators comprising switching devices without energy storagecomponents. Akagi H,Kanazawa Y,Nabae A. IEEE Trans onInd Appl . 1984

[1] Three-phasefour-wire shunt ac-tive filter control strategies. Aredes M,Hafner J,Heumann K. IEEE Transactions on Power Electronics . 1997

[2] Newcontrol algorithms for series andshunt 3-phase 4-wire active power filters. Aredes M,Watanabe E H. IEEE Trans on PowerDelivery . 1995

[3] Instantaneous powercompensationin the three-phase systems by usingp-q-rtheory. Ki m H,Blaabjerg F,Bak-Jensen B,et al. IEEE Trans on Power Electron . 2002

[4] Harmonic reductioninthyristor converters by harmoniccurrent injection. Ametani A. IEEE Trans Power App&Syst . 1976

[5] Analysis and design of a newactive power filter to cancel neutral-current harmonics in 3-phase 4-wire electric distribution-systems. Enjeti,Shireen W,Packebush P,et al. IEEE Transactions on Industry Applications . 1994

[6] Harmonic eli mination,reactivepower compensation andload balancinginthree-phasefour-wire elec-tric distribution systems supplying non-linear loads. Singh B,Al-Haddad K,Chandra A. Electr PowerSystems . 1998

[7] Harmonic and reactive powercompensation based onthe generalizedinstantaneous reactive theoryfor three-phase four-wire systems. Peng F Z,Ott Jr G W,Adams DJ. IEEE Trans on Power Elec-tron . 1998

[8] Reactive power compen-sation based on a novel cross-vector theory. Togasawa S,Murase T,Nakano H,et al. IEEE Trans on IndAppl . 1994

[9] Generalizedinstantaneous reactive power theoryfor three-phase power systems. Peng F Z,Lai J S. IEEE Transactions on Industry Applications . 1998

[10] Instantaneous reactive powercompensators comprising switching devices without energy storagecomponents. Akagi H,Kanazawa Y,Nabae A. IEEE Trans onInd Appl . 1984