智能电力设备设计.docxVIP

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智能电力设备设计.docx

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光伏逆变器、风电变流器功率?MOSFET、IGBT、IPM 电力电子产品/设备 APF、SVG 大容量变换技术大功率电磁兼容设计 Photovoltaic?inverter,?wind?power?converters Power?MOSFET,?IGBT,?IPM Power?electronic?products?/?equipment APF,?SVG Large?capacity?transform EMC?Design?Power 5? kW? DC/DC? converter? for? hydrogen? generation? from? photovoltaic? sources International?Journal?of?Hydrogen?Energy This?paper?covers?the?design?of?a?DC–DC?power?converter?aimed?for?hydrogen?production?from photovoltaic?sources.?Power?conditioning?for?such?application?is?usually?driven?by?different?constraints: high?step-down?conversion?ratio?is?required?if?the?input?voltage?of?such?equipment?has?to?be?compatible with?photovoltaic?sources?that?are?connected?to?grid-connected?inverters;?galvanic?isolation;?high efficiency?and?low?mass.?Taking?into?account?those?factors,?this?work?proposes?a?push–pull?DC/DC converter?for?power?levels?up?to?5?kW.?The?operation?and?features?of?the?converter?are?presented?and analyzed.?Design?guidelines?are?suggested?and?experimental?validation?is?also?given. Article?Outline Nomenclature 1.? Introduction 2.? DC/DC? converter:? operation? principle? and? features 2.1.? PV? and? electrolyser? electrical? models 2.2.? DC/DC? converter? design 3.? Application? of? a? specific? development 3.1.? Initial? specifications:? photovoltaic? array? and? electrolyser 3.2.? Device? selection 3.3.? Input? and? output? filters:? calculations? and? realisation 3.4.? Magnetic? design:? transformer? and? inductors 3.5.? Driving? and? PWM? control? circuits 4.? DC/DC? converter? simulations? and? experimental? results 5.? Conclusions References Grid-connected? photovoltaic?power? systems:? Technical? and? potential?problems—A review?传统区域性光伏发电电力系统的革新 Renewable?and?Sustainable?Energy?Reviews?可再生与可持续利用能源评论 Traditional?electric?power?systems?are?designed?in?large?part?to?utilize?large?baseload?power?plants,?with limited?ability?to?rapidly?ramp?output?or?reduce?