[毕业设计精品]微型应急电源装置的设计

学生毕业设计（论文）报告系别机电工程系专业机电一体化班号机电学生姓名学生学号设计（论文）题目微型应急电源装置的设计指导教师起迄日期201192520111026毕业设计（论文）任务书专业机电一体化班级机电094姓名A1A2A3A0A4A5A7A8A6A9A10A11A12A13A14A15A16A17A19A2A3A0A9A18A20A15A21A22A71A2A24A23A25A26A27A28A29A30A31A27A3224VA33A34A35A36A2390A36/A37A38A39A402A41A42A27A43A29BL5CA33A44A45900MAH,A27A3237VA403A41A42A27A46A47A27A48A29A49A50A51A52A27A32A2943VA53005VA33A54A55A56A57A27A26A298AA33A54A55A58A59A27A26A2912AA404A41A24A23A60A61A62A63A64A23A65A6670A291A67A68A41A69A70A56A57A71A44A29A72A41A69A70A73A74A75A76A29_1A77A78A75A79A34A80A27A43A81A27A82A83A46A47A82A27A48A84A85MA29A27A86A56A87A88A89A902000/11A402A71A91A92A93A79A94A95A96A97A27A43/OHMA98A99MA29A100A101A88A89A902004/5A403A102A91A56A103A104A79A105A106A97A27A28A101A107A51A108MA29A100A101A88A89A902004/1A404A109A110A111A112A80A46A47A27A48A113A114A115A81/A115A116/A117A48A118A119A120A80A42A27A43JA27A121A122A123A332006A1078A108A292429A405A124A125A126A127A128A27A121JA100A122A129A130A131A132A83A133A1342004A10711A108A29323324A40A101A135A107A136A137A108A138A139A140A141A142A143A144A145A146A107A136A137A108A140A141A142A145A147A148A69A149A107A136A137A108A140A141A142A150A69A149A107A136A137A108A140A141A142毕业设计（论文）开题报告设计（论文）题目A151A152A153A154A155A156A157A158A159A160A161A162A163A164A165A159A166A167A168A169A170A171A151A152A153A154A155A156A172EPSA173A174A175A176A177A178A179A180A181A182A183A184A185A186A187A188A189A190A191A192A193A194A195A196A197A197A198A199A200A201A202A185A203A204A205A206A207A200A196A208A179A180A185A209A210A211A189A212A213A200A201A202A185A214A215A205A216A217A197A218A219A220A221A222A223A224A197A225A226A227A221A189A228A229A230A231A205A232A233A197A234A235A187A236A237A238A239A240A239A241A205A242A243A200A201A185A244A203A245A246A247A208A248A249A197A250A251A222A185A252A204A253A233A234A235A187A236A254A255A194A216A0A1A2A253A0A206A3A253A0A4A221A5A6A7A197A8A9A232A233A197A200A201A185A244A191A10A248A11A216A12A13A14A15A16A17A197A18A19A253A91A183A198A20A21A206A207A237A22A23A197A200A201A185A244A253A247A62A10A248A24A25A26A5A185A27A28A185A253A10A248A196A215A29A30A253A10A248A24A31A32A33A34A202A185A244A39A11A216A216A35A27A197A191A10A248A214A36220A238A185A37A24A14A15A185A27A202A185A205A239A38A40A41A42A43A44A45A46A47A48A49A64A50A51A52A53A41A54A55A56A57A58A59A40A60A45A46A61A48A41A40A45A46A61A41A63A52A65A100A45A46A66A67A68A59A69A70A71A72A73A64A52A53A41A54A55A56A47A52A65A74A75A76A77A78A47A79A80A64EPSA76A81A82A82A47A57A83A84A85A47A86A87A64A88A61A89A90A92A93A47A94A95A96A97A98A50A51A52A53A41A54A55A56A47A99A101A102A103A58A59A48A41A45A46A104A41A63A52A65A100A105A106A45A46A104A94A95A107A108A200A109A110A90A981A61A52A53A41A54A55A56A47A111A95A112A113A114A115A116A219A117A118A119A120A1212A61A52A53A41A54A55A56A47A122A41A123A71A124A125A41A126A99A101A1213A61A52A53A41A54A55A56A47A127A128A129A130A131A132A133A47A52A65A99A101A64A134A61A94A95A92A93A135A99A101A136A203A137A138A139A981A61A140A141A71A68A146A142A143A144A145A105A106A147A148A104A149A58A115A150A1212A61A151A152A153A47A154A155A163A65A59A156A157A138A158A47A203A137A1213A61A159A41A40A47A117A118A119A120A151A41A40A47A154A65A160A132A161A162A138A139A1214A61A164A165A151A166A120A41A126A119A120A146A47A115A150A104A59A107A41A126A124A125A167A168A71A203A137A1215A61A169A170A171A172A47A169A170A71A173A174A64A175A61A99A101A135A138A176A136A160A177A178A179A98A183A180A135A181A182A184A185A136A117A118A96A9798A109A186A187A188A14299A1899A6426A154A90A104A144A145A61A115A150A147A148A104A190A113A192A90A193A195928A235A196A192A90A193A195A104A171A172A197A198A199A201A72107A1891010A144A202A147A148A104A190A113A219A117A118A119A120A61A99A101A203A204A138190A113A99A101A205A2071021A196A159A171A172A208A144A104A169A209A219A210A211A212A71A201A72A203A20410221028A201A72A199A213A217A205A2071028113A190A113A218A133A99A101A213A220A221A222A61A169A170A223A172A224A225A98A169A170A223A172A226A227A98A228A229A184A230A61A231A114A224A225A98A231A94A187A226A227A98A228A229A184微型应急电源装置的设计目录摘要前言1、应急电源的重要组成部分及其工作原理11、应急电池的发展状况12、DSP的应用13、控制电路的全微处理器化14、蓄电池技术结论谢辞参考文献微型应急电源装置的设计A232A233摘要本设计的对象为一个微型应急电源装置系统，该电路装置将从其工作原理，蓄电池的设计和控制电路的详细分析，以及在建筑和消防方面的具体应用来了解微型应急电源的装置的作用。该装置的工作原理是通过用市电传人电源，将产生的电能储存于蓄能电池之中，从而达到给其他辅助装置供电的效果或者直接给其他辅助装置供电。本设计的特点是环保节能，经济方便，便于随身G6670G5114，以及G2520G12193特G8542G3342G2524G991G17985G17947G12373发G1119G5785G991G7114的应急G7114G2063，以达到及G7114解G1927一G7114之G19602的G19394G20076。G4466G20576G16789G7138，本文G6164G6564供的设计方G7708G8503G11842G2499G15904，能G3827达到设计要G8726的特点。前言随G11540G12050G1262的发展，建筑技术G8712G5191的G993G7041G6564G20652，G3490市的建筑G17247G2533于G3835G16280G8181，G20652G4630化发展随之而来对建筑的供电要G8726G17246来G17246G20652，G12050G1262的G1461G5699化，建筑的G10628G1207化，G1363建筑G19443供电的G1393G17194G1075G17246来G17246G3835，G4600其是一G1135重要的G1856G1861建筑，一G7098中G7041供电，将G17908成重G3835的G6931G8847G5445G2721或者经济G6451G3845，G3926果是发生G9791G9810G2530果G4613G7368G993G3582设G5831的。随G11540人G1216G16278G5577的G17728G2476，G4445全G5859G16794的G6564G20652，应急G10043G7138电源是发展的G5529G9994G17247G2195。而随之G12050G1262的G5567G17907发展，人G1216生G8975的G6564G20652，应急电源装置的应用G1075在发生的G6925G2476G726G2345个应急G9795G279G19610中G10043G7138电源G279具G3803电G2159保G19568和消防G4445全的应急电源G279G20652G2499G19764的应急电源系统G17837个微型应急电源装置是通过市电的G17767G1849，将其产生的电能储蓄于蓄电池的之中，从而达到其他辅助装G3803的供电，以防其G12373G9994的G7041电。保G16789设G3803和人生的G4445全。1应急电池的重要组成部分及其工作原理11应急电池的发展状况应急电源系统是EMERGENCYPOWERSUPPLY的G13565G1901，是G9397G17287消防G15904G1006G12573特G8542要G8726的应急电源G15应急电源G5062G15999G5203G8879应用于建筑电G8680G20058G3507和特G8542应急供电G3342G2524。G7693G6466G10628G15904的G457G20652G4630G8677用建筑设计防G9791G16280G14551G458及G457G8677用建筑电G8680设计G16280G14551G458G4613G7389G1017格G16280定“一级负荷应由两个电源供电，当一个电源发生故G19568G7114，另一个电源G993致同G7114受到G6451坏。一级负荷中特别重要的负荷，除上述两个电源外，还G5529须增设应急电源，常用的应急电源G73891独立于G8503常电源的发电机组2供电网络中G7389效地独立于G8503常电源的专门供电线路3蓄电池。21UPS/EPS的控制技术中小型UPS/EPS的ACDC和DCACG2476换G3835多数仍采用G8181拟控制电路，ACDCG2476换器的控制芯片G3835多数G5062G19610成化，G1363用简G2345，工作G2499G19764。DCACG2476换器的控制G7389两G12193基本方式，一G12193是G2345闭环控制，另一G12193是双闭环控制。前者控制电路简G2345，但G19602于G4466G10628G17767出端短路自动恢复。G2530者控制G7389电流内环和电压外环，电压调节器的G17767出为电流调节器的给定，因此，限制电流给定幅值G1075G4613限制了逆G2476器的最G3835G17767出电流。当前，数字控制G5062成为新型UPS/EPS控制技术发展的主流，数字控制器具G7389精度G20652，抗干扰能G2159强，易于G4466G10628对UPS的检测、故G19568诊G7041和隔离，易于G4466G10628遥控遥测，G4466G10628多台UPS的并联和热插拔，易于G4466G10628对蓄电池的监控和管理。G1075G4613是说，计算机的介G1849G1363UPS具G3803了智能化，G2499以G1363其运G15904在最优状态。12DSP的应用采用数字G1461号处理器DSP的数字PWM技术，是数字控制技术的核心，用于保G16789UPS/EPSG17767出电压的质量，即保G16789G17767出电压、频率和G17767出电压波形G9397G17287技术指标的要G8726。数字控制的另一个重要功能是G4466G10628UPS/EPS的初始自检和运G15904自检，G17839G15904故G19568保G6264和故G19568隔离，G17837是G8181拟控制器G7092G8873G14000G1231的。由于数字控制器的G9801G8975G5627，G1363UPS控制器的G11840G1226电路G2499以标G1946化，从而简化了生产、G1363用和G13512G1474，G1075G3835G3835G6564G20652了工作G2499G19764G5627。13控制电路的全微处理器化UPS/EPS电路是由以G991G1972部分组成的G726主电路、G20549动电路、监控G7186G12046及控制保G6264电路和通G1461G11040面电路。其中监控、G7186G12046及控制保G6264电路和通G1461G11040面电路，G2499以运用数字化设计技G5051简化其电路，并解G1927原G12879G8616电路G19668要调G6984、具G7389G9213G9430及参数调G6984G993易的G13582G8436。采用的方G8873是G7261G709全微处理器化G2045用微处理器来G6203G15904监控、G7186G12046及控制保G6264电路和通G1461G11040面电路的功能G7272G709G2334微处理器化G2045用G12879G8616电路处理G5567G17907G2465G20316保G6264电路，而由处理器处理G5942G17907G2465G20316、G6265G16698、G7186G12046及通G1461G11040面的功能。14蓄电池技术蓄电池是UPS/EPS的心G14051，G993管UPS/EPS电路多G1052G1820G17839，其G5627能最G13468G2474G1927