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Performance optimization controller and control method for doubly-fed machines 원문보기

IPC분류정보
국가/구분 United States(US) Patent 등록
국제특허분류(IPC7판)
  • H02P-009/44
출원번호 US-0725187 (1996-10-02)
발명자 / 주소
  • Spee Rene
  • Bhowmik Shibashis
  • Enslin Johan H. R.,ZAX
출원인 / 주소
  • The State of Oregon Acting by and Through the State Board of Higher Education on Behalf of Oregon State University
대리인 / 주소
    Klarquist Sparkman Campbell Leigh and Whinston LLP
인용정보 피인용 횟수 : 240  인용 특허 : 0

초록

A variable speed, constant frequency (VSCF) system utilizes a doubly-fed machine (DFM) to maximize the output power of the system. The system includes a power converter that provides a frequency signal and a current signal to the DFM. The power converter is controlled by an adaptive controller. The

대표청구항

[ We claim:] [1.] Apparatus for maximizing output power generated by a doubly-fed machine generator having a rotor, a stator and multiple windings including at least one control winding, the doubly-fed machine being responsive to changes in amplitude and frequency of a control winding excitation sig

이 특허를 인용한 특허 (240)

  1. Kalman, Gabor; Huggett, Colin, AC-to-ac power converter without a dc link capacitor.
  2. Jensen, Kim Hoej; Jensen, Michael, Active desynchronization of switching converters.
  3. Johnson, Kathryn E.; Fingersh, Lee Jay, Adaptive pitch control for variable speed wind turbines.
  4. Manchester,Jonathan Ralph, Apparatus for generating electrical power from tidal water movement.
  5. Yoscovich, Ilan; Sella, Guy; Gazit, Meir; Galin, Yoav; Braginsky, David; Handelsman, Lior; Adest, Meir, Arc detection and prevention in a power generation system.
  6. Adest, Meir; Handelsman, Lior; Galin, Yoav; Fishelov, Amir; Sella, Guy, Battery power delivery module.
  7. Adest, Meir; Handelsman, Lior; Galin, Yoav; Fishelov, Amir; Sella, Guy, Battery power delivery module.
  8. Adest, Meir; Handelsman, Lior; Galin, Yoav; Fishelov, Amir; Sella, Guy, Battery power delivery module.
  9. Adest, Meir; Handelsman, Lior; Galin, Yoav; Fishelov, Amir; Sella, Guy, Battery power delivery module.
  10. Shmukler, Vadim; Handelsman, Lior; Armoni, Nir, Bracket for connection of a junction box to photovoltaic panels.
  11. Shmukler, Vadim; Handelsman, Lior; Armoni, Nir, Bracket for connection of a junction box to photovoltaic panels.
  12. Shmukler, Vadim; Handelsman, Lior; Armoni, Nir, Bracket for connection of a junction box to photovoltaic panels.
  13. Shmukler, Vadim; Handelsman, Lior; Armoni, Nir, Bracket for connection of a junction box to photovoltaic panels.
  14. Sweo, Edwin A., Brushless doubly-fed induction machine control.
  15. Sweo Edwin A., Brushless doubly-fed induction machines employing dual cage rotors.
  16. Gazit, Meir; Gershman, Israel; Kirmayer, Ehud; Kupershmidt, Leon; Adest, Meir, Bypass mechanism.
  17. Adest, Meir; Yoscovich, Ilan; Galin, Yoav; Sity, Elad, Circuit for interconnected direct current power sources.
  18. Rivas, Gregorio; Garmendia, Iker; Elorriaga, Josu; Mayor, Jesus; Perez Barbachano, Javier; Sole, David; Acedo, Jorge, Collector anti-wearing and lubrication system for variable speed wind turbine.
  19. Rivas, Gregorio; Garmendia, Iker; Elorriaga, Josu; Mayor, Jesus; Barbachano, Javier Perez; Sole, David; Acedo, Jorge, Connection and disconnection sequence for variable speed wind turbine having an exciter machine and a power converter not connected to the grid.
  20. Wilkins, Thomas A.; Elkachouty, Nagwa M.; Walling, Reigh A.; Lyons, James P.; Delmerico, Robert W.; Bose, Sumit; Miller, Nicholas Wright, Continuous reactive power support for wind turbine generators.
  21. Miyazaki Taizou,JPX ; Masaki Ryoso,JPX ; Kaneko Satoru,JPX ; Sasazawa Kazuyoshi,JPX ; Obara Sanshiro,JPX ; Matsudaira Nobunori,JPX, Control apparatus for a synchronous generator system and a hybrid-type electric vehicle using it.
  22. Miyazaki Taizou,JPX ; Masaki Ryoso,JPX ; Kaneko Satoru,JPX ; Sasazawa Kazuyoshi,JPX ; Obara Sanshiro,JPX ; Matsudaira Nobunori,JPX, Control apparatus for a synchronous generator system and a hybrid-type electric vehicle using it.
  23. Li, Shuhui; Haskew, Tim A., Control of a permanent magnet synchronous generator wind turbine.
  24. Cao, Shu Yu; Tripathi, Anshuman; Sng, Eng Kian Kenneth; Andersen, Gert Karmisholt; Li, Bing, Control system for an electrical generator and method for controlling an electrical generator.
  25. Hudson, Raymond M., Control system for doubly fed induction generator.
  26. Hudson,Raymond M., Control system for doubly fed induction generator.
  27. Ibaraki Shigeru,JPX ; Kiuchi Takeo,JPX, Control system for hybrid vehicle.
  28. Ishizuki, Teruyuki, Controller and variable-speed generator-motor starting method.
  29. Gokhale, Kalyan P.; Karraker, Douglas W.; Heikkilä, Samuli J., Controller for a wound rotor slip ring induction machine.
  30. Kalyan P. Gokhale ; Douglas W. Karraker ; Samuli J. Heikkila FI, Controller for a wound rotor slip ring induction machine.
  31. Park, Jung Woo; Lee, Ki Wook; Kim, Dong Wook, Controller of doubly-fed induction generator.
  32. Li, Shuhui; Haskew, Timothy A., Converter control of variable-speed wind turbines.
  33. Adest, Meir; Handelsman, Lior; Galin, Yoav; Fishelov, Amir; Sella, Guy, Current bypass for distributed power harvesting systems using DC power sources.
  34. Gazit, Meir, Current sensing on a MOSFET.
  35. Jung, Byung Hwan, Device for ripple controlling an alternator and method for ripple controlling the same.
  36. Fishelov, Amir; Gazit, Meir; Radimov, Nikolay, Digital average input current control in power converter.
  37. Fishelov, Amir; Gazit, Meir; Radimov, Nikolay, Digital average input current control in power converter.
  38. Fishelov, Amir; Gazit, Meir; Radimov, Nikolay, Digital average input current control in power converter.
  39. Fishelov, Amir; Gazit, Meir; Radimov, Nikolay, Digital average input current control in power converter.
  40. Gazit, Meir; Lubomirsky, Vadim, Direct current link circuit.
  41. Gazit, Meir; Lubomirsky, Vadim, Direct current link circuit.
  42. Gazit, Meir; Lubomirsky, Vadim, Direct current link circuit.
  43. Lubomirsky, Vadim, Direct current link circuit.
  44. Gazit, Meir; Glovinsky, Tzachi, Direct current power combiner.
  45. Gazit, Meir; Glovinsky, Tzachi, Direct current power combiner.
  46. Tripathi, Anshuman; Yu, Cao Shu; Jörgensen, Allan Holm; Helle, Lars; Gupta, Saurabh, Direct power and stator flux vector control of a generator for wind energy conversion system.
  47. Tripathi, Anshuman; Yu, Cao Shu; Jörgensen, Allan Holm; Helle, Lars; Gupta, Saurabh, Direct power and stator flux vector control of a generator for wind energy conversion system.
  48. Har-Shai, Liron; Zohar, Alon; Galin, Yoav; Adest, Meir, Disconnection of a string carrying direct current power.
  49. Har-Shai, Liron; Zohar, Alon; Galin, Yoav; Adest, Meir, Disconnection of a string carrying direct current power.
  50. Har-Shai, Liron; Zohar, Alon; Galin, Yoav; Adest, Meir, Disconnection of a string carrying direct current power.
  51. Hopewell, Paul D., Distributed electrical generation system.
  52. Matan, Stefan; Horton, Fred C; Marrone, Frank P, Distributed power grid control with local VAR control.
  53. Adest, Meir; Handelsman, Lior; Galin, Yoav; Fishelov, Amir; Sella, Guy, Distributed power harvesting systems using DC power sources.
  54. Adest, Meir; Handelsman, Lior; Galin, Yoav; Fishelov, Amir; Sella, Guy; Binder, Yaron, Distributed power harvesting systems using DC power sources.
  55. Adest, Meir; Handelsman, Lior; Galin, Yoav; Fishelov, Amir; Sella, Guy; Binder, Yaron, Distributed power harvesting systems using DC power sources.
  56. Adest, Meir; Handelsman, Lior; Galin, Yoav; Fishelov, Amir; Sella, Guy; Binder, Yaron, Distributed power harvesting systems using DC power sources.
  57. Adest, Meir; Handelsman, Lior; Galin, Yoav; Fishelov, Amir; Sella, Guy; Gazit, Meir; Yoscovich, Ilan; Binder, Yaron, Distributed power harvesting systems using DC power sources.
  58. Adest, Meir; Handelsman, Lior; Galin, Yoav; Fishelov, Amir; Sella, Guy; Gazit, Meir; Yoscovich, Ilan; Binder, Yaron, Distributed power harvesting systems using DC power sources.
  59. Sella, Guy; Handelsman, Lior; Galin, Yoav; Fishelov, Amir; Adest, Meir, Distributed power harvesting systems using DC power sources.
  60. Sella, Guy; Handelsman, Lior; Galin, Yoav; Fishelov, Amir; Adest, Meir, Distributed power harvesting systems using DC power sources.
  61. Adest, Meir; Handelsman, Lior; Galin, Yoav; Fishelov, Amir; Sella, Guy; Binder, Yaron, Distributed power system using direct current power sources.
  62. Adest, Meir; Handelsman, Lior; Galin, Yoav; Fishelov, Amir; Sella, Guy; Binder, Yaron, Distributed power system using direct current power sources.
  63. Adest, Meir; Handelsman, Lior; Galin, Yoav; Fishelov, Amir; Sella, Guy; Binder, Yaron, Distributed power system using direct current power sources.
  64. Skeist, S. Merrill; Baker, Richard H., Doubly fed induction machine.
  65. Liang, Jiaqi; Pan, Zhiguo; Qi, Li; Kondabathini, Anil, Doubly-fed, variable-speed, dual-voltage AC generation and distribution systems.
  66. Tolksdorf, Andreas, Drive system.
  67. Shmukler, Vadim; Gershman, Israel, Dual compressive connector.
  68. Shmukler, Vadim; Gershman, Israel, Dual compressive connector.
  69. Shmukler, Vadim; Gershman, Israel, Dual compressive connector.
  70. Shmukler, Vadim; Gershman, Israel, Dual compressive connector.
  71. Meyer, Steven D., Dual purpose permanent magnet speed sensor and generator.
  72. Binder, Yaron; Sella, Guy; Adest, Meir; Handelsman, Lior; Galin, Yoav; Fishelov, Amir, Dual use photovoltaic system.
  73. Binder, Yaron; Sella, Guy; Adest, Meir; Handelsman, Lior; Galin, Yoav; Fishelov, Amir, Dual use photovoltaic system.
  74. Rivas, Gregorio; Garmendia, Iker; Elorriaga, Josu; Mayor, Jesus; Perez Barbachano, Javier; Sole, David; Acedo, Jorge, Dynamic electric brake for a variable speed wind turbine having an exciter machine and a power converter not connected to the grid.
  75. Park, Jung Woo; Lee, Ki Wook; Kim, Dong Wook, Electric power converting device and power converting method for controlling doubly-fed induction generator.
  76. Kimura,Mamoru; Futami,Motoo; Ichinose,Masaya; Ide,Kazumasa; Imaie,Kazuhiro, Electrical rotating machine control unit and power generation system.
  77. Kimura,Mamoru; Futami,Motoo; Ichinose,Masaya; Ide,Kazumasa; Imaie,Kazuhiro, Electrical rotating machine control unit and power generation system.
  78. Kimura,Mamoru; Futami,Motoo; Ichinose,Masaya; Ide,Kazumasa; Imaie,Kazuhiro, Electrical rotating machine control unit and power generation system.
  79. Sella, Guy; Handelsman, Lior; Shmukler, Vadim; Adest, Meir; Gazit, Meir; Galin, Yoav, Electrically isolated heat dissipating junction box.
  80. Sella, Guy; Handelsman, Lior; Shmukler, Vadim; Adest, Meir; Gazit, Meir; Galin, Yoav, Electrically isolated heat dissipating junction box.
  81. Sella, Guy; Handelsman, Lior; Shmukler, Vadim; Adest, Meir; Gazit, Meir; Galin, Yoav, Electrically isolated heat dissipating junction box.
  82. Sella, Guy; Handelsman, Lior; Shmukler, Vadim; Adest, Meir; Gazit, Meir; Galin, Yoav, Electrically isolated heat dissipating junction box.
  83. Matan, Stefan; Horton, Fred C; Marrone, Frank P, Energy signatures to represent complex current vectors.
  84. Egedal, Per; Knudsen, Andreas Groth, Estimating an achievable power production of a wind turbine by means of a neural network.
  85. Edenfeld, Thomas, Excitation voltage supply for synchronous generator used in a wind turbine, and method of starting a wind turbine having such excitation voltage supply.
  86. Eisenhaure David B. ; Kirtley ; Jr. James L. ; Lansberry Geoffrey B. ; Donegan Kevin J. ; Rao Gita P., Externally field-controlled induction generator.
  87. Gazit, Meir, Fast voltage level shifter circuit.
  88. Gazit, Meir, Fast voltage level shifter circuit.
  89. Gazit, Meir, Fast voltage level shifter circuit.
  90. Gazit, Meir, Fast voltage level shifter circuit.
  91. Rozman, Gregory I.; Moss, Steven J., Fault tolerant electric power generating system.
  92. Hofmann,Heath F.; Khalizadeh,Claude, Feedforward controller for synchronous reluctance machines.
  93. Hua,Hongsun, Framework composition windmill.
  94. Rufer,Alfred; Veenstra,Martin, Frequency converter for high-speed generators.
  95. Larsen, Einar Vaughn; Delmerico, Robert William, HVDC connection of wind turbine.
  96. Garlow, Mark E.; Hammel, William S.; Seidl, David R., Harmonic disturbance regulator.
  97. Yoscovich, Ilan, High frequency multi-level inverter.
  98. Rivas, Gregorio; Garmendia, Iker; Elorriaga, Josu; Mayor, Jesus; Perez Barbachano, Javier; Sole, David; Acedo, Jorge, High voltage direct current link transmission system for variable speed wind turbine.
  99. Adest, Meir, Integrated photovoltaic panel circuitry.
  100. Furuya,Tai; Kataoka,Tadashi; McKelvey,Terence; Marui,Eishi; Sato,Motoyasu; Ozawa,Takahide; Zheng,Shaojun; Ishihara,Seiichi; Kinoshita,Noboru, Interconnecting power generation system.
  101. Rivas, Gregorio; Garmendia, Iker; Elorriaga, Josu; Mayor, Jesus; Perez Barbachano, Javier; Sole, David; Acedo, Jorge, Low voltage ride through system for a variable speed wind turbine having an exciter machine and a power converter not connected to the grid.
  102. Vyas, Parag; Waszak, Michal-Wolfgang, Magnetically geared generator.
  103. Yoshinaga, Wataru; Tanaka, Takashi; Inomata, Kentaro; Takeda, Kotaro; Naka, Takuya, Matrix convertor, power generation system, and method for controlling power factor.
  104. Yoscovich, Ilan; Bieber, Ofir; Glovinsky, Tzachi, Maximized power in a photovoltaic distributed power system.
  105. Yoscovich, Ilan, Maximizing power in a photovoltaic distributed power system.
  106. Hudson,Raymond M., Method and apparatus for converting wind generated electricity to constant frequency electricity for a utility grid.
  107. Huff,Frederick C.; Cheng,Xu; Francino,Peter N., Method and apparatus for determining actual reactive capability curves.
  108. Larsen, Einar Vaughn; Klodowski, Anthony Michael; Barker, Sidney Allen, Method and apparatus for generating power in a wind turbine.
  109. Huff,Frederick C.; Cheng,Xu; Francino,Peter N., Method and apparatus for providing economic analysis of power generation and distribution.
  110. Huff,Frederick C.; Cheng,Xu; Francino,Peter N., Method and apparatus for providing economic analysis of power generation and distribution.
  111. Gazit, Meir, Method and apparatus for storing and depleting energy.
  112. Malakhova,Olga; Grant,John Wesley; Schmid,James Joseph; Clark,Timothy J., Method and apparatus of monitoring a machine.
  113. Ragwitz, Mario; Kantz, Holger, Method and device for processing and predicting the flow parameters of turbulent media.
  114. Vitale, Gianpaolo; Pucci, Marcello; Luna, Massimiliano, Method and relevant system for converting mechanical energy from a generator actuated by a turbine into electric energy.
  115. Doan, Duy Duc, Method and system for controlled shutdown of wind turbines.
  116. Spooner, Edward; Cawthorne, Simon; Khoo, Wee Keong, Method and system for controlling hydroelectric turbines.
  117. Spooner, Edward; Cawthorne, Simon; Khoo, Wee Keong, Method and system for controlling hydroelectric turbines.
  118. Spooner, Edward; Cawthorne, Simon; Khoo, Wee Keong, Method and system for controlling hydroelectric turbines.
  119. Scholte-Wassink, Hartmut, Method and system for extracting inertial energy from a wind turbine.
  120. Adest, Meir; Handelsman, Lior; Galin, Yoav; Fishelov, Amir; Sella, Guy, Method for distributed power harvesting using DC power sources.
  121. Adest, Meir; Handelsman, Lior; Galin, Yoav; Fishelov, Amir; Sella, Guy, Method for distributed power harvesting using DC power sources.
  122. Adest, Meir; Handelsman, Lior; Galin, Yoav; Fishelov, Amir; Sella, Guy, Method for distributed power harvesting using DC power sources.
  123. Adest, Meir; Handelsman, Lior; Galin, Yoav; Fishelov, Amir; Sella, Guy, Method for distributed power harvesting using DC power sources.
  124. Sweo,Edwin A., Method for manufacturing squirrel cage rotor.
  125. Janssen, Wilhelm; Menke, Detlef, Method for operating a frequency converter of a generator.
  126. Barton, Werner; Buecker, Andreas, Method for operating a frequency converter of a generator and wind energy turbine having a generator operated according to the method.
  127. Wobben,Aloys, Method for operating a wind energy plant.
  128. Wobben, Aloys, Method for operating a wind park.
  129. Wobben, Aloys, Method for operating a wind park.
  130. Wobben,Aloys, Method for operating a wind park.
  131. B��cker,Andreas; Janssen,Wilhelm; L��tze,Henning, Method for operating a wind power plant and method for operating it.
  132. B��cker,Andreas; Janssen,Wilhelm; L��tze,Henning, Method for operating a wind power plant and method for operating it.
  133. Wobben, Aloys, Method for operating a wind power station and wind power station.
  134. Wobben,Aloys, Method for operating a wind turbine.
  135. Manfred Schrodl AT, Method for regulating a three-phase machine without a mechanical rotary transducer.
  136. Gupta, Amit Kumar; Anshuman, Tripathi; Cao, Shu Yu, Method of controlling a grid side converter of a wind turbine and system suitable therefore.
  137. Christophe Montret FR; Christian Marie Pierre Jacquet-Francillon FR, Method of controlling a stand-alone electrical generator, in particular for aircraft.
  138. Miranda, Erik Carl Lehnskov, Method of controlling a variable speed wind turbine.
  139. Victor R. Stefanovic ; John Michael Miller, Method of controlling an induction generator.
  140. Li, Bing; Tripathi, Anshuman; Cao, Shu Yu; Gupta, Amit Kumar; Sng, Eng Kian Kenneth; Helle, Lars, Method of operating a wind turbine, wind turbine, wind turbine controlling system, and processing system.
  141. Wobben, Aloys, Method of reducing power provided by a wind power installation based on network conditions.
  142. Miller,Nicholas Wright; Larsen,Einar; Delmerico,Robert William, Methods and apparatus for controlling current in an electrical machine.
  143. Smith, James S.; Duford, James D.; Jore, James D.; Jore, Lincoln M.; Jore, Matthew B.; Sullivan, Brian J., Methods and apparatus for overlapping windings.
  144. Banerjee, Swarnab; Sullivan, Brian J.; Smith, James S., Methods and apparatus for protection in a multi-phase machine.
  145. Smith, James S.; Eichinger, Marc W.; Eisen, Stephane A.; Jore, James D.; Kvam, Michael A.; Sullivan, Brian J., Methods and apparatus for segmenting a machine.
  146. Xiong, Qimou; Yu, Xiang; Zhou, Yu; Zhang, Yingming; Smith, David; Krueger, Giesbert; Langel, Andre, Methods and systems for wind turbine generators.
  147. Zhu, Guangyi; Wang, Dong; Zang, Xiaoyun; Zhu, Wei, Methods for adjusting the power output of a wind turbine.
  148. Yoscovich, Ilan; Galin, Yoav; Fishelov, Amir; Loewenstern, Yakir; Braginsky, David; Handelsman, Lior; Gidon, Ohad; Sella, Guy, Methods for mapping power generation installations.
  149. Melin, Gilles; Lempereur, Simon; Fleureau, Anne; Couderc, Vincent; Laproux, Philippe; Kudlinski, Alexandre, Microstructured optical fiber and a device for generating broadband white light.
  150. Adest, Meir; Handelsman, Lior; Galin, Yoav; Fishelov, Amir; Sella, Guy, Monitoring of distributed power harvesting systems using DC power sources.
  151. Adest, Meir; Handelsman, Lior; Galin, Yoav; Fishelov, Amir; Sella, Guy, Monitoring of distributed power harvesting systems using DC power sources.
  152. Ueda,Mitsuo; Nakata,Hideki, Motor driving apparatus.
  153. Yoscovich, Ilan; Glovinsky, Tzachi; Sella, Guy; Galin, Yoav, Multi-level inverter with flying capacitor topology.
  154. Burra, Rajni Kant; Delmerico, Robert William; Bose, Sumit; Chandrashekhara, Divya Kurthakoti, Multi-use energy storage for renewable sources.
  155. Willisch,Wolf; M체ller,Robert, Operating method for a wind turbine with a supersynchronous cascade.
  156. Sella, Guy; Adest, Meir; Handelsman, Lior; Galin, Yoav; Fishelov, Amir; Gazit, Meir; Yoscovich, Ilan; Binder, Yaron, Pairing of components in a direct current distributed power generation system.
  157. Sella, Guy; Adest, Meir; Handelsman, Lior; Galin, Yoav; Fishelov, Amir; Gazit, Meir; Yoscovich, Ilan; Binder, Yaron, Pairing of components in a direct current distributed power generation system.
  158. Adest, Meir; Sella, Guy; Handelsman, Lior; Galin, Yoav; Fishelov, Amir; Gazit, Meir; Glovinski, Tzachi; Binder, Yaron, Parallel connected inverters.
  159. Adest, Meir; Sella, Guy; Handelsman, Lior; Galin, Yoav; Fishelov, Amir; Gazit, Meir; Glovinski, Tzachi; Binder, Yaron, Parallel connected inverters.
  160. Adest, Meir; Sella, Guy; Handelsman, Lior; Galin, Yoav; Fishelov, Amir; Gazit, Meir; Glovinski, Tzachi; Binder, Yaron, Parallel connected inverters.
  161. Adest, Meir; Sella, Guy; Handelsman, Lior; Galin, Yoav; Fishelov, Amir; Gazit, Meir; Glovinski, Tzachi; Binder, Yaron, Parallel connected inverters.
  162. Har-Shai, Liron; Zohar, Alon; Yoscovitch, Ilan; Galin, Yoav; Handelsman, Lior, Photovoltaic panel circuitry.
  163. Har-Shai, Liron; Zohar, Alon; Yoscovitch, Ilan; Galin, Yoav; Handelsman, Lior, Photovoltaic panel circuitry.
  164. Har-Shai, Liron; Zohar, Alon; Yoscovitch, Ilan; Galin, Yoav; Handelsman, Lior, Photovoltaic panel circuitry.
  165. Adest, Meir; Sella, Guy; Handelsman, Lior; Galin, Yoav; Fishelov, Amir, Photovoltaic system power tracking method.
  166. Suzuki,Tamaki; Fujitsuna,Masami; Morita,Hisaharu, Power control apparatus for a turbo charger equipped with an assist motor and a motor driven turbo charging apparatus.
  167. Altemark, Jens; Becker, Holger; Friederich, Sebastian, Power control of a wind farm and method thereof.
  168. Geniusz,Andrzej, Power control of an induction machine.
  169. Delmerico, Robert William; Yuan, Xiaoming, Power conversion system and method for a rotary power generation system.
  170. Hassan, Fainan Ahmed Abdul Magueed Mohammed, Power electronic converter.
  171. Ichinose, Masaya; Futami, Motoo; Oohara, Shinya; Imaie, Kazuhiro; Matsutake, Mitsugu, Power generation apparatus using AC energization synchronous generator and method of controlling the same.
  172. Ichinose,Masaya; Futami,Motoo; Oohara,Shinya; Imaie,Kazuhiro; Matsutake,Mitsugu, Power generation apparatus using AC energization synchronous generator and method of controlling the same.
  173. Ichinose,Masaya; Futami,Motoo; Oohara,Shinya; Imaie,Kazuhiro; Matsutake,Mitsugu, Power generation apparatus using AC energization synchronous generator and method of controlling the same.
  174. Erdman, William; Cousineau, Kevin L.; Mikhail, Amir S., Power system with low voltage ride-through capability.
  175. Henriksen Carsten,DKX, Procedure to connect an asynchronous generator on an alternating current and an electrical connecting for use at this procedure.
  176. Sheng, Xiaojun; Wang, Zhihua; Xia, Quanbo; Zeng, Jianyou; Zhou, Dansheng; Liao, Ronghui, Protection device and protection method for through power network fault of double-fed induction generator.
  177. Rosebrock,Bernd; Darrelmann,Hilmar; Schrader Hausmann,Uwe; Engelhardt,Reinhard; Seidel,Detlev; Klauenberg,Armin; Ueffing,Norbert, Protection for wind power station.
  178. Adest, Meir; Sella, Guy; Handelsman, Lior; Galin, Yoav; Fishelov, Amir; Gazit, Meir; Binder, Yaron, Safety mechanisms, wake up and shutdown methods in distributed power installations.
  179. Adest, Meir; Sella, Guy; Handelsman, Lior; Galin, Yoav; Fishelov, Amir; Gazit, Meir; Binder, Yaron, Safety mechanisms, wake up and shutdown methods in distributed power installations.
  180. Loewenstern, Yakir; Yoscovich, Ilan; Braginsky, David; Glovinsky, Tzachi; Assia, Izak, Safety switch for photovoltaic systems.
  181. Jore, Matthew B.; Duford, James David; Kvam, Michael; Jore, Lincoln M.; Samsel, David; Jore, James D., Segmented stator for an axial field device.
  182. Jore, Matthew B.; Duford, James David; Kvam, Michael; Jore, Lincoln M.; Samsel, David; Jore, James D., Segmented stator for an axial field device.
  183. Yoscovich, Ilan; Gazit, Meir; Glovinsky, Tzachi; Galin, Yoav, Serially connected inverters.
  184. Nelson, Robert J.; Suchor, Mark Robert, Single speed turbine generator for different power system output frequencies in power generation systems and associated methods.
  185. Schauder, Colin David, Slip-controlled, wound-rotor induction machine for wind turbine and other applications.
  186. Barker, Sidney Allen, Spillover of reactive current to line side converter.
  187. Gautam Sinha, Starting system and method for a microturbine power generation unit.
  188. Oyague, Francisco Javier, Structure for an electromagnetic machine having compression and tension members.
  189. Handelsman, Lior; Glovinsky, Tzachi; Grossberg, Amir; Rogalia, Sönke; Schmidt, Heribert, Switching circuit layout with heatsink.
  190. Yamai Hiroyuki,JPX ; Kitano Nobuki,JPX ; Sanga Yoshihito,JPX ; Kosaka Manabu,JPX, Synchronous motor driving method, compressor driving method, device for the methods, and brushless DC motor driving device.
  191. D'Atre,John Douglas; Klodowski,Anthony Michael; Ritter,Allen Michael; Smith,David; Wagoner,Robert Gregory; Garces,Luis Jose; Luetze,Henning, System and method for power control in wind turbines.
  192. Adest, Meir; Sella, Guy; Handelsman, Lior; Galin, Yoav; Fishelov, Amir; Gazit, Meir, System and method for protection during inverter shutdown in distributed power installations.
  193. Adest, Meir; Sella, Guy; Handelsman, Lior; Galin, Yoav; Fishelov, Amir; Gazit, Meir, System and method for protection during inverter shutdown in distributed power installations.
  194. Zhao, Haiqi; Xiong, Qimou; Li, Yanhang, System for detecting generator winding faults.
  195. Preus, Robert W., System for providing dynamic pitch control in a wind turbine.
  196. Liu,Yan; Garces,Luis Jose, Systems and methods for an integrated electrical sub-system powered by wind energy.
  197. Jore, Matthew B.; Jore, Lincoln; Kvam, Michael A.; Jore, James D.; Samsel, David; Duford, James David; Smith, James S., Systems and methods for improved direct drive generators.
  198. Edenfeld, Thomas, Systems and methods for increasing wind turbine power output.
  199. Edenfeld, Thomas, Systems and methods for increasing wind turbine power output.
  200. Adest, Meir; Sella, Guy; Handelsman, Lior; Galin, Yoav; Fishelov, Amir; Gazit, Meir; Glovinski, Tzachi; Binder, Yaron, Testing of a photovoltaic panel.
  201. Adest, Meir; Sella, Guy; Handelsman, Lior; Galin, Yoav; Fishelov, Amir; Gazit, Meir; Glovinsky, Tzachi; Binder, Yaron, Testing of a photovoltaic panel.
  202. Adest, Meir; Sella, Guy; Handelsman, Lior; Galin, Yoav; Fishelov, Amir; Gazit, Meir; Glovinsky, Tzachi; Binder, Yaron, Testing of a photovoltaic panel.
  203. Sella, Guy; Adest, Meir; Gazit, Meir; Handelsman, Lior; Yoskovitch, Ilan; Fishelov, Amir; Binder, Yaron; Galin, Yoav, Theft detection and prevention in a power generation system.
  204. Sella, Guy; Adest, Meir; Gazit, Meir; Handelsman, Lior; Yoskovitch, Ilan; Fishelov, Amir; Binder, Yaron; Galin, Yoav, Theft detection and prevention in a power generation system.
  205. Matan, Stefan; Horton, Fred C; Marrone, Frank P, Total harmonic control.
  206. Edwards Keith Russell,GBX ; Pearce David Andrew James,GBX, Up-link power control for fixed wireless access.
  207. Kageyama, Takahisa; Fujita, Takashi, Variable speed control apparatus and operation method.
  208. Amir S. Mikhail ; Craig L. Christenson ; Kevin L. Cousineau ; William L. Erdman ; William E. Holley, Variable speed wind turbine generator.
  209. Mikhail, Amir S.; Christenson, Craig L.; Cousineau, Kevin L.; Erdman, William L.; Holley, William E., Variable speed wind turbine generator.
  210. Mikhail, Amir S.; Christenson, Craig L.; Cousineau, Kevin L.; Erdman, William L.; Holley, William E., Variable speed wind turbine generator.
  211. Mikhail,Amir S.; Christenson,Craig L.; Cousineau,Kevin L.; Erdman,William L.; Holley,William E., Variable speed wind turbine generator.
  212. Rebsdorf, Anders V.; Helle, Lars, Variable speed wind turbine having a matrix converter.
  213. Rebsdorf, Anders V.; Helle, Lars, Variable speed wind turbine having a matrix converter.
  214. Feddersen, Lorenz; Siebenthaler, Eckardt; Andresen, Bj?rn, Variable speed wind turbine having a passive grid side rectifier with scalar power control and dependent pitch control.
  215. Feddersen, Lorenz; Siebenthaler, Eckardt; Andresen, Bj?rn, Variable speed wind turbine having a passive grid side rectifier with scalar power control and dependent pitch control.
  216. Feddersen,Lorenz; Siebenthaler,Eckardt; Andresen,Bj철rn, Variable speed wind turbine having a passive grid side rectifier with scalar power control and dependent pitch control.
  217. Rivas,Gregorio; Garmendia,Iker; Elorriaga,Josu; Mayor,Jesus; Barbachano,Javier Perez; Sole,David; Acedo,Jorge, Variable speed wind turbine having an exciter machine and a power converter not connected to the grid.
  218. Wagner, Carl A.; Kheraluwala, Mustansir, Variable-speed constant-frequency power control.
  219. Lando, Jean-Louis; Valin-Saunal, Pierre, Voltage-controlled DC link for variable frequency generator excitation.
  220. Wilkins, Thomas Alexander; Haller, Mark E.; Grunewald, Charles, Waveform distortion mitigation in power systems.
  221. Schellings, Vincent, Wind energy system and method of operation thereof.
  222. Erdman,William L.; Lettenmaier,Terry M., Wind farm electrical system.
  223. Schubert,Thomas, Wind power installation comprising at least two components and a data network.
  224. Fortmann, Jens; Letas, Heinz-Hermann, Wind power plant comprising a reactive power module for supporting a power supply system and corresponding method.
  225. Brandt,Karsten; Zeumer,J철rg, Wind power plant comprising a rotor blade adjusting device.
  226. Wobben, Aloys, Wind power system for Delivering constant apparent power.
  227. Menke, Detlef, Wind turbine and method for operating a wind turbine.
  228. Calley, David Gregory; Knowler, Harrison Marden, Wind turbine controller.
  229. Ichinose, Masaya; Futami, Motoo; Sakai, Hiromitsu, Wind turbine generator system.
  230. Ichinose, Masaya; Futami, Motoo; Sakai, Hiromitsu, Wind turbine generator system.
  231. Ichinose, Masaya; Futami, Motoo; Sakai, Hiromitsu, Wind turbine generator system.
  232. Ichinose,Masaya; Futami,Motoo; Sakai,Hiromitsu, Wind turbine generator system.
  233. Ichinose,Masaya; Futami,Motoo; Sakai,Hiromitsu, Wind turbine generator system.
  234. Ichinose,Masaya; Futami,Motoo; Sakai,Hiromitsu, Wind turbine generator system.
  235. Kikuchi, Akira; Ichinose, Masaya; Futami, Motoo; Matsutake, Mitsugu; Miyazaki, Kouichi, Wind turbine generator system.
  236. Lee, Dongjai; Herr, Stefan; Koegler, Klaus Ulrich, Wind turbine torque-speed control.
  237. Wakasa, Tsuyoshi; Yasugi, Akira; Ikawa, Yoshikatsu; Naka, Takehiro; Shinoda, Hisanobu, Wind-turbine-generator control system, wind turbine generator, wind farm, and wind-turbine-generator control method.
  238. Flottemesch, Jörg; Holfeld, Hermann; Schaller, Stephan; Weinhold, Michael, Wing energy unit.
  239. Glovinski, Tzachi, Zero voltage switching.
  240. Glovinsky, Tzachi, Zero voltage switching.
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