[优秀毕业设计精品]某化纤毛纺织厂全厂总配电所及配电系统设计

工厂供电课程设计报告题目某化纤毛纺织厂全厂总配变电所及配电系统设计姓名学号班级自动化指导老师日期201107前言众所周知，电能是现代工业生产的主要能源和动力。电能既易于由其它形式的能量转换而来，又易于转换为其它形式的能量以供应用；电能的输送的分配既简单经济，又便于控制、调节和测量，有利于实现生产过程自动化。因此，电能在现代工业生产及整个国民经济生活中应用极为广泛。在国民经济高速发展的今天，电能的应用越来越广泛，生产、科学、研究、日常生活都对电能的供应提出更高的要求，因此确保良好的供电质量十分必要。本设计书注重理G16782G13864系实G19481，理G16782知G16794力求全G19766、G9157G1849G8985出和G17902G1451易G6038，实G17353G6228能注重实用G5627，G2499G6817G1328G5627和有G19036对G5627。在工厂G18336，电能G15441G9994是工业生产的主要能源和动力，G1306是它在产G2709G6116本中所G2356的G8616重G980G14336G5468G4579G708G19512电化工业G3818G709。电能在工业生产中的重要G5627，G5194G993在于它在产G2709G6116本中G6122G6249G17176总G20081中所G2356的G8616重G3822G4581，而在于工业生产实现电G8680化以G2530G2499以G3835G3835G3698G2164产量，提高产G2709质量，提高G2183动生产G10587，G19489G1314生产G6116本，G1955G17743工G1166的G2183动G5390G5242，G6925G2904工G1166的G2183动G7477G1226，有利于实现生产过程自动化。G1186G2490G980G7053G19766来G16840，G3926G7536工厂的电能供应G12373G9994中G7041，G2029对工业生产G2499能G17908G6116G1017重的G2530G7536。因此，G1582好工厂供电工G1328对于发展工业生产，实现工业现代化，G1867有十分重要的G5859G1053。由于能源节G13434是工厂供电工G1328的G980个重要G7053G19766，而能源节G13434对于国G4490经济G5326设G1867有十分重要的G6124G11065G5859G1053，因此G1582好工厂供电工G1328，对于节G13434能源、G6915G6600国G4490经济G5326设，G1075G1867有重G3835的G1328用。工厂供电工G1328要G5468好G3332为工业生产G2165，G2011实保G16789工厂生产和生活用电的G19668要，G5194G1582好节能工G1328，G4613必G20047G17810G2052以G991G3534本要求G726G7081G709G4445全在电能的供应、分配和G1363用中，G993应发生G1166G17535G1119G6937和设G3803G1119G6937。G7082G709G2499G19764应G9397G17287电能用G6155对供电G2499G19764G5627的要求。G708G22G709G1260质应G9397G17287电能用G6155对电G2399和G20069G10587G12573质量的要求G708G23G709经济供电系统的G6249G17176要G4581，G17828G15904G17165用要G1314，G5194G4625G2499能G3332节G13434电能和G1955G4581有G14406G18341G4658的G9052G13803量。此G3818，在供电工G1328中，应G2524理G3332G3800理G4628G18108和全G4628、G5415G2081和G19283远G12573关系，既要照顾G4628G18108的G5415G2081的利益，又要有全G4628观点，能顾全G3835G4628，适应发展。这次课程设计是在工厂供电课程学习之G2530G980个重要的实G17353G5627教学环节，G17902过本次课程设计把理G16782知G16794G17828用于实G17353，G2164G9157对这门课程的理解和掌握其精髓，G17902过实G17353巩固理G16782知G16794，实现理G16782与实G17353的结G2524，为今G2530解决实G19481问题打G991坚实的G3534础。同时G1075G2164G5390实G17353G5859G16794，培养迅速把理G16782知G16794G17828用于实G17353的能力。课程设计的题目是化纤毛纺织厂全厂总配变电所及配电系统设计。根据该厂负荷统计G17176料及所能取得的电源和用电负荷的实G19481情况，G5194适G5415考虑G2052工厂将来的发民，按照G2499G19764G5627、G6228术先进G5627、经济G2524理G5627的要求，完G6116工厂供电系统的设计设计将分十G980章，第G980章分析了设计的要求和G3534本的自G9994G7477G1226和G3332理G7477G1226。了解了用G6155的G19668求，寻找设计的难点和G19668要重点考虑的设计内容。第二章讲述负荷计算，符G2524计算G1328为全厂供电设计的G3534础，必G20047首先被G16782G16789。第三章是关于无功功G10587计算及补偿，提高无功功G10587有助于G1955G4581变G2399器容量，G1955G4581有G14406G18341G4658损G13803。有了此G3534础，在第四章便讨G16782变G2399器台数，配电所及变电所的位置，第五章便是配变电所主接线G7053案确定，这是整个工厂供电课程设计的核心内容。第六章为短路电流计算，G5194以此为G3534础，在第七章讨G16782变电所G980，二次设G3803的选择与校验，G9994G2530第八章是G3534于自G9994风向和G8680候G7477G1226以及G3332址G7477G1226选择配电所位置和机构。第九章考虑防雷的相关设计。第十章是对变电所二次回路G7053案选择及继电保护的整定，第十G980章总结在此次工厂供电设计重点G980些收获和体会。在本文最G2530还附G5114了变电所G5191G19766G3282及主接线G3282。本次课程设计G9053及G19766G19762常广，G7609G19417了G3835量G17176料，由于G5468G3822G7053G19766的知G16794都是G1032时G2447学习，对所G7609G19417的G17176料的G8503确G5627G1075G8821有完全考G16789，因此，G19181G16835与G11107G9443之G3800G1889所难G1825，G7407G13781G5084G6221G16792G6363G8503。2011G5192G27G7388I目录A1A32A4A5IA6A0A2A7A8A9A10A11A10A12A13A14A15A16A13A14A17A18A19A201A23A21A22A19A20A24A251A28A26A28A19A20A27A291A28A26A30A19A20A31A321A28A26A30A26A28A35A10A12A33A34A361A28A26A30A26A30A35A10A37A38A39A402A28A26A30A26A41A44A42A14A43A452A28A26A30A26A46A37A38A47A483A28A26A30A26A49A52A50A51A533A23A54A22A37A38A20A554A30A26A28A58A56A42A14A19A57A20A55A37A38A59A20A55A60A614A30A26A30A64A56A42A14A19A57A20A55A37A38A59A20A55A60A614A23A62A22A66A63A63A68A59A65A67A16A69A70A71A59A72A736A41A26A28A66A63A65A67A74A75A76A776A41A26A30A66A63A65A67A20A558A41A26A30A28A78A79A80A83A70A81A63A68A82A84A85A869A23A87A22A69A70A71A88A84A91A13A14A15A89A90A92A93A69A14A15A94A7512A46A26A28A69A70A71A88A84A72A73A95A9612A46A26A30A69A14A15A97A69A70A71A98A99A59A72A73A95A9612A23A100A22A97A101A102A19A2013A49A26A28A105A103A72A73A95A9614A49A26A30A69A13A14A15A97A104A102A59A72A73A95A9614A49A26A41A90A105A103A76A10615A23A107A22A110A108A14A109A59A20A5518A113A26A28A110A108A20A55A59A4A5918A113A26A30A110A108A14A109A20A55A105A111A11518A113A26A41A110A108A14A109A59A20A5519A23A112A22A69A14A15A21A114A19A57A59A72A73A116A85A8624A119A26A28A21A114A19A57A59A72A73A85A86A95A9624A119A26A30A83A70A19A57A71A53A59A72A73A16A85A8625A119A26A30A26A28A120A108A71A59A72A73A116A85A8625A119A26A30A26A30A121A117A118A122A59A72A73A116A85A8626A119A26A30A26A41A14A109A123A124A71A72A73A116A85A86A127A83A70A81A14A109A123A124A71A12827A119A26A30A26A46A14A70A123A124A71A59A72A73A116A85A8627A119A26A30A26A26A49A83A70A125A120A71A59A72A73A116A85A8627A119A26A30A26A113A130A126A71A59A72A7328A119A26A30A26A119A28A78A79A129A133A102A116A90A92A93A69A14A15A133A102A59A85A8628A119A26A41A134A70A19A57A71A53A59A72A73A16A85A8629IIA131A132A135A136A137A138A139A140A141A142A143A144A145A146A147A14834A149A150A151A152A153A154A155A156A157A158A15935A149A150A151A150A160A161A162A152A153A155A156A157A158A159A16335A149A150A151A150A164A165A162A152A153A155A156A157A158A159A16336A149A150A166A167A168A169A170A171A172A155A156A157A158A15938A149A150A166A150A160A173A174A175A176A167A168A16938A177A178A179A180A181A182A183A184A185A186A157A187A188A189A19039A177A191A179A192A193A194A186A195A196A197A194A186A189A19039A198A150A160A199A200A193A201A20239A198A150A164A181A182A183A203A204A196A197A194A186A154A189A19039A198A150A205A206A207A201A20240A177A208A179A209A210A211A212A213A214A154A155A156A195A215A182A201A202A154A216A217A190A21841A160A219A150A160A180A182A183A209A210A211A212A213A214A154A155A15641A160A219A150A164A209A210A211A212A213A214A154A155A15641A160A219A150A205A180A182A183A215A182A201A202A194A186A181A18642A160A219A150A205A150A160A182A220A153A212A215A182A201A20242A160A219A150A164A150A164A180A162A221A215A182A201A202A181A18644A222A223A22446A225A226A227A228471某化纤毛纺织厂全厂总配电所及配电系统设计第一章设计任务11设计要求要求根据本厂所能取得的电源及用电负荷的实G19481情况，G5194适G5415考虑G2052工厂的发展，按照G4445全G2499G19764、G6228术先进、经济G2524理的要求，确定变电所的位置和G3423式，确定变电所主变G2399器的台数及分厂变G2399器的台数、容量与G12879G3423，选择变电所主接线G7053案及高G1314G2399设G3803和进出线。最G2530按要求G1901出设计G16840G7138书，G13484出设计G3282G7691。12设计依据121工厂总平面图3714G328211全厂总G5191G19766G5079置G328212341395A2296A2301191211N1591021G16制G7477G17722G19400；2G713纺G13445G17722G19400；G22G713织G17908G17722G19400；G23G713G7591整G17722G19400；G24G713G17731G8712G12461；G25G713G19215工G17722G19400；7G713机G1474G17722G19400；G27G713G6188G1811所；G28G713G1191G5223；10G713G19161G9821G6163；11G713G4499G14305；12G713G20147G3542；1G22G713G7420工G17722G19400；1G23G713G8757G8712调节G8756；1G24G713G2380G8845G8905G6163本厂设有G980个主厂G6163，其中有制G7477G17722G19400、纺G13445G17722G19400、织G17908G17722G19400、G7591整G17722G19400四个生产G17722G19400，设G3803选G3423全G18108G18331用G6117国最G7044定G3423设G3803。G19512G990述G17722G19400G3818，还有G17753助G17722G19400及其它设G7057，G16826G16277全厂总G5191G19766G3282G708G328211G709。122工厂负荷情况全厂G2520G17722G19400电G8680设G3803及G17722G19400变电所计算G15932G3926G991G708G1593211G709所G12046。G1593211工厂负荷统计G17176料G5219G2507G17722G19400G6122用电单位G2529G12228设G3803容量G708G78G58G709XKCOSTAN计算负荷变G2399器台数及容量G3803注KJSPG708G78G58G709JSQG708G78G57G68G85G709JSSG708G78G57G36G709G7081G709G49G821变电所1制G7477G17722G19400G22G2300G270G2707G2410G282纺G13445G17722G19400G22G2300G270G2707G24G22G17731G8712G12461G27G250G25G240G2707G24G23G19215工G17722G19400G2270G220G25G24117G24机G1474G17722G194002G28G250G220G2417G22G25G6188G1811所1G220G250G251G22G227G1191G5223G22G270G220G24117G7082G709G49G822变电所1制G17908G17722G19400G242G240G270G2707G2412G7591整G17722G19400G23G2800G270G2707G24G22G9032G44721G27G270G271G713G23G20147G35422107G240G2707G24G24G10432G17535G4499G14305200G271G713G708G22G709G49G82G22变电所1G19161G9821G61631G24107G240G2707G24G5465设计2G8712G8905G616311G2707G240G2707G24G22化验G4472G24007G240G2707G24G23G2380G8845G8905G61632G2707G240G2707G24123供用电协议工厂与电业G18108门所G12626G16758的供用电G2339G16770主要内容G3926G991G7263G7081G709G1186电业G18108门某G22G24G1810G78G57变电所，用10G78G57G2464回G7562G12366线路向本厂配电，该变电所在厂G2347G14030G24G78G80；G7082G709该变电所10G78G57配出线路定时G19492过流保护G16025置的整定时G19400为1G24G86，要求配电所G993G3835于10G86；G708G22G709在总配电所10G78G57G1403进G15904计量；G708G23G709功G10587因数G1552应在0G28以G990；G708G24G709配电系统G6228术数据G1593212配电所10G78G57G8609线短路数据系统G17828G15904G7053式短路容量G16840G7138最G3835G17828G15904G7053式MVASD1873MAX系统为无G19492G3835容量最G4579G17828G15904G7053式MVASD1073MAX配电系统G3926G991G3282G708G328212G709所G12046G726124负荷性质G3822数G17722G19400为三G10689工G1328制，G4581数G17722G19400为G980G10689G6122G1016G10689制，全G5192为G220G25个工G1328日，最G3835有功负荷G5192利用G4579时数为G25000G4579时，G4658于二G13435负荷。125自然条件1G8680G16949G7477G1226G7081G709最G9921G7388G5191G3355最高G8680G9213为G220C；G7082G709G3315G3768中07G7941G12871G9157G3800G980G5192中最G9921G7388G5191G3355G9213G5242为20C；G708G22G709G5192雷G7304日为G221天；G708G23G709G3315G3768G1935结G9157G5242为11G12871；G708G24G709G3811G4407主G4560风向为G2347风。0X04A23110KVA232A233A234A235A236A237A238A239A240A241A242A243A244D3D3T15SG328212配电系统G328210KVA232A23342G3332质及G8712文G7477G1226根据工程G3332质G2220G6518G17176料获G5725，厂G2318G3332址原为耕G3332，G3332势G5191坦，G3332层以砂质粘G3315为主，G3332质G7477G1226较好，G3332G991G8712位为2G27G794G24G22G12871，G3332耐G2399力为20吨G18G5191G7053G12871。第二章负荷计算21单组用电设备计算负荷的计算公式1G709有功计算负荷CPG708单位为G78G58G70921CNESPKP式中NEK为G19668要系数，G980G14336G4579于12G709无功计算负荷CQG708单位为G78VG68G85G709TAN22CCQPG22G709视在计算负荷CSG708单位为G78G57G36G70922/COS23CCCCCSPSPQ或G23G709计算电流CIG708单位为G36G709/3COS/324CCNCCNPUISUI或式中NU为用电设G3803的G20081定电G2399G708G78G57G709；A245A246A247和TAN为用电设G3803组的G5191G3355功G10587因数及对应的G8503G2011G1552。22多组用电设备计算负荷的计算公式1G709总的有功计算负荷CPG708单位为G78G58G70925CCIPKP式中K为用电设G3803组的同时系数，对于G1314G2399干线KA248A2490910；对于G1314G2399G8609线，用电设G3803组计算负荷直接相G2164来计算时，KG2499取0809。2G709总的无功计算负荷CQG708单位为G78VG68G85G70926CCIQKQG22G709总的视在计算负荷CSG708单位为G78G57G36G70952227CCCSPQG23G709总的计算电流CIG708单位为G36G709/328CCNISU式中NU为用电设G3803的G20081定电G2399G708G78G57G709，由于G2520组设G3803的功G10587因数A250A251A252G993同，总的计算负荷和计算电流G980G14336G993能按照式G7082G16G22G709和式G7082G16G23G709的G2081半G18108分计算，G1075G993能用G2520组的视在负荷之和G6122计算电流之和来计算。经过计算得G2052G2520厂G6163和生活G2318的负荷计算G15932，G3926G1593221所G12046G708G20081定电G2399取G22G270G57G709。A25321A254A255A2A0A253G5219G2507G17722G19400G6122用电单位G2529G12228设G3803容量G708G78G58G709XKCOSTAN计算负荷变G2399器台数及容量G3803注KJSPG708G78G58G709JSQG708G78G57G68G85G709JSSG708G78G57G36G709G7081G709G49G821变电所1制G7477G17722G19400G22G2300G270G2707G2427220G23G22G23010G282纺G13445G17722G19400G22G2300G270G2707G2427220G23G22G230G22G17731G8712G12461G27G250G25G240G2707G24G24G24G28G231G282G24G25G28G277G24G23G19215工G17722G19400G2270G220G25G2411711112G28G277170G27G24机G1474G17722G194002G28G250G220G2417G22G27G27G271G24G22G252177G25G25G6188G1811所1G220G250G251G22G227G2710G227G231G227G1191G5223G22G270G220G2411711G2371G22G22G23G2722G28G23G7082G709G49G822变电所1制G17908G17722G19400G242G240G270G2707G24G2320G221G24G242G2410G282G7591整G17722G19400G23G2800G270G2707G24G22G2822G28G23G23G280G22G9032G44721G27G270G271G7131G240G2301G240G23G23G20147G35422107G240G2707G241G247G2411G271G28G25G27G27G24G10432G17535G4499G14305200G271G7131G2501G25G708G22G709G49G82G22变电所1G19161G9821G61631G24107G240G2707G2411G222G242G2712G241G231G24G2520G282G8712G8905G616311G2707G240G2707G24G27G27G24G25G25G227G24110G25G22G22化验G4472G24007G240G2707G24G227G242G2712G24G23G25G27G27G23G2380G8845G8905G61632G2707G240G2707G24211G247G242G252G24注G726由于G2520组设G3803的功G10587因数G993G980定相同，因此总的视在计算负荷和计算电流G980G14336G993能用G2520组的视在计算负荷G6122计算电流之和来计算。在计算G3822组设G3803总的计算负荷时，为了简化和统G980，G2520组的设G3803台数G993G16782G3822G4581，G2520组的计算负荷G3355按G1593221所列的计算系数计算，而G993必考虑设G3803台数G4581而适G5415G3698G3835DK和CG82G86。6第三章无功功率的补偿及变压器的选择补偿无功功G10587主要G1328用是提高功G10587因数，在G9397G17287同G7691有功功G10587的同时，G19489G1314无功功G10587和视在功G10587，G1186而G1955G4581负荷电流。这G7691G4613G19489G1314了电力系统的电能损G13803和电G2399损G13803，既节G13434了电能，又提高了电G2399质量，而且还G2499以选用较G4579的G4560线G6122电缆截G19766，节G13434有G14406G18341G4658。31无功补偿装置简介无功补偿G16025置主要有三种G726G5194G13864电容补偿、同步补偿机和静止无功补偿器。三种无功补偿G16025置的G5627能G16277G15932G221。G15932G221三种无功补偿G16025置的G8616较G5194G13864电容器同步补偿机静止无功补偿器设G3803情况静止电器，设G3803简单旋转机械，要附G4658系统、设G3803复杂静止电器，设G3803复杂G17828G15904特G56271G17902过开关G6249G2011，G4658于静态无功补偿，2主要用于稳态电G2399调整和功G10587因数校G8503G22G17828G15904中本G17535损G13803G45791G17902过控制系统实现G2464向G5191滑调节2G4658于动态无功补偿G22G17828G15904中本G17535损G13803G38351G17902过控制系统实现G2464向G5191滑调节2G4658于快速动态无功补偿，响应速G5242快G22主要用于调相、调G2399G1363用范围1容量和设置点灵活2用于电力系统及负荷变电G124611容量和设置点受G19492制2主要用于电力系统枢纽变电G12461、换流G124611容量和设置G3332点灵活2用于电力系统枢纽变电G12461、换流G12461G17828G15904要求和G17165用1简单，G17828G15904维护要求G13142单位容量G6249G17176G1314G22G17828G15904G17165用最G13141G17828G15904维护工G1328量G38352单位容量G6249G17176G3835G22G17828G15904G17165用最G38351G17828G15904维护G6228术G8712G5191要高G22单位容量G6249G17176G3835G23G17828G15904G17165用次之由G990G15932G2499G16277，G18331用G5194G13864电容器进G15904无功补偿是G980种G6249G17176G4581、G7057工简单、G16277效快的补偿G7053式，它G2499以G5468G7053便的G4613G3332控制电容G6249G2011，以G1955G4581线损，G9052G19512无功馈乏给系统G5114来的负G19766影响。所以G6117们选用G5194G13864电容器来补偿。G5194G13864电容器的G16025设G7053式有高G2399集中补偿，G1314G2399集中补偿和单G10432G4613G3332补偿三种。其中高G2399集中补偿补偿范围G4579，只能补偿总G19489G2399变电所的10KG57G8609线之G2081的供配电系统中由无功功G10587产生的影响，而对对无功功G10587在企业内G18108的供配电系统中7引起的损G13803无法补偿，因此G993选用。G1314G2399集中补偿补偿范围较G3835，能G1363变G2399器的视在功G10587G1955G4579，G1186而G1363变G2399器的容量G2499选得较G4579，因此G8616较经济。单G10432G4613G3332补偿G6249G17176较G3835，电容器的利用效G10587较G1314。综G990考虑，G6117们选择BSMJ0G23G161G23G16G22G3423电容器进G15904G1314G2399集中补偿G3926G328211所G12046G726G3282G221BSMJ0G23G161G23G16G22G3423电容器BSMJ0G23G161G23G16G22G3423电容器符G2524GB127G2371G16200G23和IECG250G27G221G161G28G28G25标准，G1363用G7477G1226G3926G991G726G4472内G1363用G9213G5242G12879别G162G24G794G240湿G5242G4579于G27G24RH海拔高G52422000G12871以G991G4445G16025场所无有害G8680体和蒸G8680,无G4560电G5627G6122爆炸G5627尘埃,无剧烈振动G17902风散G9921设置G1016个以G990的电容器时,G19400距2G24G80G80以G990G3811G4407G9213G5242较高时应G18331取有效的散G9921措G7057。BSMJ0G23G161G23G16G22G3423电容器主要特点G3926G991G7261体积G4579、重量G17743G726由于G1363用G18341G4658化聚丙烯薄膜G7044材料G1328为介质，体积、重量公为G13781产G2709的1G18G23G61221G18G24。2损G13803G1314G726实G19481G1552G1314于010，所以电容器自G17535能G13803G5468G1314，发G9921G4579，G9213升G1314，工G1328寿命G19283，节能效G7536更佳。G22G1260良的自愈G5627能，过电G2399所G17908G6116的介质G4628G18108击穿能迅速自愈，恢复G8503常工G1328，G1363G2499G19764G5627G3835为提高。G23G4445全G5627G726内G16025自放电电阻和保险G16025置。内G16025放电阻能G1363电容器G990所储的电能自动泄放掉；G5415电容器发生G6937障时，保险G16025置能及时G7041开电源，避G1825G6937障的进G980步发展，确保G1363用G4445全G24G993G9443G8845G726本电容器G18331用先进的半固体浸渍剂，滴熔点高于70，在G1363用过程中G993G9443洞，避G1825了环境G8757G7591，电容器G1075G993会因G9443G8845而失效。G6228术G6363标G20081定电G2399G726G2300G57G36CG20081定容量G7261G23G78VG68G85容量允差G726G16G24G794G1410损G13803G16294G8503G2011G1552G726G1314于010极G19400耐电G2399G72621G24G56G812G868极G3783G19400耐G2399G726G22G78G57G11G36CG1210G86G13489G13548G5627G726极G3783G19400G2400G57G39C1分G19059G3835于1000MG161最高过电流G726G20081定电流的1G220自放电特G5627G726G7041开电源G22分G19059G2530，G2109G1325电G2399G19489G14279G240G57以G991电力G18108门G16280定，无G5114负荷调整电G2399设G3803的工厂COS必G20047在0G28以G990。为此，G980G14336工厂G3355G19668G4445G16025无功功G10587补偿设G3803，以G6925G2904功G10587因数。要求在高G2399G1403的功G10587因数G993G1314于0G28，而变G2399器的无功损G13803远G3835于有功损G13803，G6937在G1314G2399G1403补偿时应要求G1314G2399G1403的功G10587因数G3835于0G28G24，因此在功G10587补偿时，G7254定G1314G2399G1403功G10587因数为0G28G24，这G7691G1075G9397G17287G1314G2399G1403的功G10587因数G3835于0G27G25。G708由负荷关系和负荷计算G2499知，由于厂G6163有二G13435负荷，所以G19668要G1016回10G78V进线，供给G2520个分厂的四台10G180G23KG57G19489G2399变G2399器G70932无功补偿计算根据供电G2339G16770的功G10587因数要求，取补偿G2530的高G2399G1403功G10587因数90COS，G2520个补偿的容量计算G3926G991G726G1314G23990G23KG57G1403G726NO1变压器补偿G2081的无功功G10587G726G52G220G22G450KG155G13G52G220G32G247G252G78VG68G85补偿G2530的有功功G10587G993变，为G726G51G220G22G450KG155G13G51CG709G32G25G2371KG58补偿G2081功G10587因数74680COS30303SP补偿G2530功G10587因数950COSG19668要补偿的无功功G10587G726TANTAN30330303PQQQCG32G22G25G22G241KVG68G85补偿电容器的个数为N/CQQCG32G22G25G22G241G181G232G25,取G81G322G25补偿G2530的无功功G10587G726302QG32G52G220G22G16G52CG32212,2KVG68G85补偿G2530的视在容量G7262303230330CQQPSG32G25G271KG57G36补偿G2530的计算电流G72630SG18NU3G32G25G271G18G11G284G22G1040G23G12G32G28G272G28G23G36NO2变压器补偿G2081的无功功G10587G726G52G220G22G450KG155G13G52G220G32G24G24G277G22G78VG68G85补偿G2530的有功功G10587G993变，为G726G51G220G22G450KG155G13G51CG327G25072G27G25KG589补偿G2081功G10587因数8060COS30303SP补偿G2530功G10587因数950COSG19668要补偿的无功功G10587G726TANTAN30330303PQQQCG32G2207G25G28KVG68G85补偿电容器的个数为N/CQQCG32G2207G25G28G181G2322,取G81G3222补偿G2530的无功功G10587G726302QG32G52G220G22G16G52CG322G2410G23KVG68G85补偿G2530的视在容量G7262303230330CQQPSG32G2700G28G27KG57G36补偿G2530的计算电流G72630SG18NU3G32G25G271G18G11G284G22G1040G23G12G3211G24G237G36NO3变压器补偿G2081的无功功G10587G726G52G220G22G450KG155G13G52G220G3217G24G257G78VG68G85补偿G2530的有功功G10587G993变，为G726G51G220G22G450KG155G13G51CG322G22G232G22KG58补偿G2081功G10587因数80COS30303SP补偿G2530功G10587因数950COSG19668要补偿的无功功G10587G726TANTAN30330303PQQQCG32G28G27G227KVG68G85补偿电容器的个数为N/CQQCG32G28G27G227G181G237,取G81G327补偿G2530的无功功G10587G726302QG32G52G220G22G16G52CG3277G257KVG68G85补偿G2530的视在容量G7262303230330CQQPSG322G23G2577KG57G36补偿G2530的计算电流G72630SG18NU3G32G25G271G18G11G284G22G1040G23G12G32G22G24G251G27G363210KV高压侧功率因数校验变G2399器本G17535无功的G9052G13803对变G2399器容量的选择影响较G3835，G6937应该先进G15904无功补偿G6177能选出G2524适的容量。取90K1030PG32PK30P30QG32QK30Q30SG32230230QPNO1变电所G72630SG32G25G271KVG68考虑1G24G16041量G726KVA据工厂供电G220G27G20041附G159321选SG47G16G2700G1810接线G7053式12/0YY该变G2399器的G2454数为G726545512000310000KKUIWPWPTPKW6213681020TQVAR16868110KG32G23G27G78G57G68G85高G2399G1403有功功G10587G51G32G25G2507G78G90高G2399G1403无功功G10587G52G322G270G22G78VG68G85高G2399G1403总容量SG3271771KG57G36高G2399G1403功G10587因数CG82G86G320G281G240G28，G9397G17287要求。NO2变电所G72630SG32G2700G28G27KVG68考虑1G24G16041量G726KVAS12792115198800根据工厂供电G220G27G20041附G159321选SG47G161000G1810接线G7053式12/0YY该变G2399器的G2454数为G72654514500370000KKUIWPWPTPKW021698800020TQVAR1809880010KG32G23G27G78G57G68G8511高G2399G1403有功功G10587G51G3277G257G24G78G90高G2399G1403无功功G10587G52G32G22G220G27G22G78VG68G85高G2399G1403总容量SG32G27G23G2327KG57G36高G2399G1403功G10587因数CG82G86G320G2820G28，G9397G17287要求。NO3变电所G72630SG322G23G2577KVG68考虑1G24G16041量G726KVAS7928315177246根据工厂供电G220G27G20041附G159321选SG47G16G221G24G1810接线G7053式12/0YY该变G2399器的G2454数为G7264565600145000KKUIWPWP1G2721TQVAR68247724610KG32G23G27G78G57G68G85高G2399G1403有功功G10587G51G322G22G2817G78G90高G2399G1403无功功G10587G52G32102G22G24G78VG68G85高G2399G1403总容量