[毕业设计]车间低压配电系统设计

A1A21毕业设计（论文）任务书A3A4A0A6A5A8A9A7A11A12A1A5A10A13A15A14A17A16车间低压配电系统设计A19A12A1A5A10A13A15A14A20A18A21A23A22A24A25A26A27A28A29A30A31A32A33A34A22A24A25A26A27A28A29A35A36A37A38A39A401A22A41A42A43A44A45A46A47A48A49A50A51A52A42A43A44A45A46A47A48A49A532A54A55A56A57A58A59A60A61A62A61A63A64A65A66A56A57A673A54A55A56A57A58A59A60A61A68A59A69A70A65A66A71A72A73A64A74A75A76A68A77A78A79A80A72A73A81A82A83A84A85A86A87A88A89A90A62A79A80A91A92A93A86A87A88A89A91A92A94A674A54A95A96A97A98A96A97A71A99A93A100A101A102A103A104A81A105A73A106A107A94A675A54A93A100A57A58A59A60A61A108A109A110A111A78A112A113A81A114A115A116A78A115A116A946A54A93A100A60A117A110A78A62A118A102A119A96A76A120A56A121A60A122A123A122A123A677A54A57A58A59A60A61A62A124A125A122A123A76A126A127A128A129A62A103A97A97A67A678A54A55A56A57A58A109A69A130A60A131A132A133A78A79A80A56A57A679A54A93A100A109A69A130A60A131A132A62A134A78A76A135A136A122A123A103A104A122A123A6710A54A103A97A137A138A139A138A139A6711A54A57A58A59A60A61A68A77A78A60A96A140A6712A54A57A58A59A60A61A141A54A142A113A140A6713A54A57A58A109A69A130A60A131A132A64A141A113A133A78A140A113A133A78A140A67A143A144A145A146A147A148A149A150A151A152A153A154A155A156A157A158A159A160A161A162A163A1641A144ISBN7A165111A16505927A1651A166A167A168A169A170A171A172A173A174A156A175A176A177A164A170A178A179A180A181A182A171A183A184A177A185A186A187A188A188A188A189A190A191A19212A144ISBN7A165111A16506238A1658A166A167A168A169A170A171A172A173A174A193A194A147A195A170A178A179A180A181A182A171A183A184A177A185A186A196A197A197A197A189A196A1873A144ISBN7A165111A16503343A1654/TMA170A198A196A199A166A167A168A150A169A170A171A172A173A174A200A201A193A194A202A203A170A178A179A180A181A182A171A183A184A177A185A186A196A197A197A199A189A1994A144ISBN7A1655323A1650866A1659/TMA170A187A204A205A206A174A207A208A209A178A210A211A178A174A207A193A194A212A169A170A174A207A171A213A193A194A202A203A156A175A214A203A164A170A215A216A180A217A160A218A219A184A177A185A186A196A197A199A188A189A2205A144ISBN7A1655323A1650867A1657/TMA170A187A220A205A206A174A207A208A209A178A210A211A178A174A207A193A194A212A169A170A174A207A171A213A193A194A202A203A156A175A221A203A164A170A215A216A180A217A160A218A219A184A177A185A186A196A197A199A196A189A1966A144ISBN7A1655323A1650868A1655/TMA170A187A199A205A206A174A207A208A209A178A210A211A178A174A207A193A194A212A169A170A174A207A171A213A193A194A202A203A156A175A222A203A164A170A215A216A180A217A160A218A219A184A177A185A186A196A197A199A196A189A1977A144A223A224A171A160A212A150A169A170A225A174A172A174A226A208A227A170A178A179A180A174A207A171A183A184A177A185A186A196A197A199A188A189A1998A144ISBN7A1655609A1652597A1659/TMA170A199A196A228A229A230A144A231A232A233A150A169A170A174A207A234A235A227A236A170A237A238A180A223A224A217A218A239A160A184A177A185A186A187A188A188A187A189A1969A144ISBN7A1655624A1651455A1656/TMA170A190A199A240A241A224A144A242A243A244A150A169A170A174A207A234A235A245A174A246A247A170A248A249A180A248A249A239A160A184A177A185A186A196A197A197A220A189A19710A144ISBN7A1655083A1650875A1651A250A251A252A253A150A169A170A254A255A127A0A218A219A170A178A179A180A224A99A174A207A184A177A185A186A187A188A188A196A189A196A191A183A193A194A1A2A3A4A1A2A5A146A147A195A5A146A127A129A193A194A14A154A6A7A8A9A10A11A12A13A160A161A15A16前言电能是工业生产的主要动力能源，工厂供电设计的任务是从电力系统取得电源，经过合理的传输、变换、分配到工厂车间中每一个用电设备上，随着工业电气自动化技术的发展，工厂用电量快速增长，对电能质量、供电可靠性以及技术经济指标等的要求也日益提高，供电设计是否完善，不仅影响工厂的基本建设投资、运行费用和有色金属消耗量，而A17A181且也反映到工厂的可靠性和工厂的安全生产上，它与企业的经济效益、设备和人身安全等是密切相关的。现在除个别大型工业联合企业有自备电厂外，绝大多数工厂G18129是从G3281G4490电力系统取得电能的，G3252G8504，工厂工业G17139G14667是电力系统的主要用G6155，工厂供电系统也是电力系统的一个G13464G6116G18108分，G1457G16789安全供电和经济运行，不仅关系到企业的G2045益，也关系到电力系统的安全和经济运行以及合理G2045用能源。工厂供电设计G5529G20047G17993G5502G3281G4490的G2520G20045G7053G19036G6931G12586，设计G7053G7708G5529G20047G12538合G3281G4490标G1946中的有关G16280G4462，G2528G7114G5529G20047G9397G17287以G991G1972G20045基本要求G7261、安全G3G3在电能的供G5224、分配和G1363用中，不G5224发生人身G1119G6937和设备G1119G6937。2、可靠G3G3G5224G9397G17287能用G6155对供电可靠性的要求。3、G1260质G3G3G5224G9397G17287电能用G6155对电G2399和G20069G10587等质量的要求。4、经济G3G3供电系统的投资要G4581，运行费用G1314，G5194G4625可能工G14422G13434电能和G1955G4581有色金属消耗量。G8504外，在供电工G1328中，G5224合理G3332G3800理G4628和全G4628、G5415G2081和长G17840等关系，G7094要G10043G20050G4628G18108和G5415G2081和G2045益，G2460要有全G4628G16278G9869，能G20050全大G4628，G17878G5224发展。本G16840G7138G1082G1038G7588G7438G7812G2058G17908厂电G1474G1314配系统及车间变电G6164设计G16840G7138，G16825车间的主变G2399G3132G4493量G1038630KVA，G2520电G2399等G13435分别G103810KV和04KV，车间的G17139G14667G3355属G989G12879G17139G14667，G7693G6466设计任务G1082的要求，本设计的主要G1881G4493G2265G6336G726车间的G17139G14667计G12651及G7092G2163G15929G1619，G11842G4462车间变电G6164的G6164G3348和型G5347，车间变电G6164的主G13440G13459G7053G7708，G11713G17347电G8981计G12651，主要用电设备G17885G6333和G7669G20576，车间变电G6164G6984G4462G13499电G1457G6264和G19462G19659G1457G6264及G6521G3332G16025G13634的设计等。A17A181G11013G1122本人G2033G8505设计，设计资G7021G8436G2620全，电气设备的G2454数一G14336G5353用现有产G2709，个别G2454数在指G4560G13781师指G4560G991，G17885用较新数G6466，计G12651G6164用G7053法依G10043工厂供电设计指G4560G16280G4462进行计G12651的，在G1457G16789可靠性的G2081提G991，经计G12651和G7669G20576，本人水平有限和不完善之G3800，错漏难免，请指G4560G13781师指正，本人不胜感激。PREFACEELECTRICALENERGYISTHEMAINMOTIVATEPARTOFTHEINDUSTRIALPRODUCTIONFACTORIESSUPPLYPOWERDESIGNDUTYTOOBTAINPOWERSOURCEFROMTHEELECTRICALPOWERSYSTEM,PASSTHROUGHTHEREASONABLETRANSMISSION,TRANSFORMATION,ANDASSIGNSTOTHEFACTORYWORKSHOPINONEACHCURRENTCOLLECTORALONGWITHTHEINDUSTRYELECTRICITYAUTOMATIONTECHNOLOGYDEVELOPMENT,FACTORIESWITHTHEELECTRICQUANTITYRAPIDGROWTH,TOTHEELECTRICALENERGYQUALITY,THEPOWERSUPPLYRELIABILITYASWELLASTHETECHNOLOGYECONOMICINDICATORANDSOONTHEREQUESTALSODAYBYDAYENHANCESTHEPOWERSUPPLYDESIGNSWHETHERCONSUMMATES,NOTONLYAFFECTSTHEFACTORYTHECAPITALINVESTMENT,THEOPERATINGCOSTANDTHENONFERROUSMETALCONSUMPTION,MOREOVERALSOREFLECTEDTOTHEFACTORYPOWERSUPPLYRELIABILITYANDINTHEFACTORYSAFETYINPRODUCTION,ITANDENTERPRISESECONOMICEFFICIENCY,THEEQUIPMENTANDSOONISTHECLOSECORRELATIONNOWHASBESIDESTHEINDIVIDUALMAJORINDUSTRYINTEGRATEDENTERPRISESUPPLIESFORONESELFTHEPOWERPLANT,THEMAJORITYFACTORYALLISOBTAINSTHEELECTRICALENERGYFROMTHECOUNTRYELECTRICALPOWERSYSTEMTHEREFORE,THEFACTORYINDUSTRYLOADISTHEELECTRICALPOWERSYSTEMMAINUSER,THEFACTORYPOWERSUPPLYSYSTEMALSOISANELECTRICALPOWERSYSTEMCONSTITUENT,GUARANTEESTHESAFEPOWERSUPPLYANDTHEECONOMICALMOVEMENT,NOTONLYRELATESTHEENTERPRISETHEBENEFIT,ALSORELATESTHEELECTRICALPOWERSYSTEMTHESECURITYANDTHEECONOMICALMOVEMENTASWELLASTHEREASONABLEUSEENERGYTHEFACTORYPOWERSUPPLYDESIGNMUSTFOLLOWNATIONEACHA17A181GENERALANDSPECIFICPOLICIES,THEDESIGNPROPOSALMUSTCONFORMTOINTHENATIONSTANDARDRELATEDSTIPULATION,SIMULTANEOUSLYMUSTSATISFYFOLLOWINGSEVERALBASICREQUESTS1、SECURITIESINTHEELECTRICALENERGYSUPPLY,ASSIGNMENTANDSHOULDNOTHAVETHEACCIDENTCAUSINGPERSONALINJURYANDTHEEQUIPMENTACCIDENT2、RELIABLESHOULDSATISFYTHEELECTRICALENERGYUSERTOTHEPOWERSUPPLYRELIABLEREQUEST3、HIGHQUALITYSHOULDSATISFYTHEELECTRICALENERGYUSERTOQUALITYTHEANDSOONVOLTAGEANDFREQUENCYREQUEST4、ECONOMIESPOWERSUPPLYSYSTEMINVESTMENTMUSTBEFEW,LOWOPERATINGCOST,ANDSAVESTHEELECTRICALENERGYANDTHEREDUCEDNONFERROUSMETALCONSUMPTIONASFARASPOSSIBLEINADDITION,INTHEPOWERSUPPLYWORK,SHOULDREASONABLYPROCESSTHEBUREAUANDTHEOVERALLSITUATION,CURRENTANDISLONGTERMANDSOONTHERELATIONS,BOTHMUSTCONSIDERPARTIALANDTHECURRENTBENEFIT,ANDMUSTHAVETHETOTALVIEW,CANTAKETHEENTIRESITUATIONINTOACCOUNT,ADAPTATIONDEVELOPMENTTHISINSTRUCTIONBOOKLETREPAIRSAVEHICLETHELOWELECTRICALPOWERDISTRIBUTIONSYSTEMSFORSOMEMECHANICALFACTORYELECTRICITYANDTHEWORKSHOPTRANSFORMERSUBSTATIONDESIGNEXPLANATIONTHISWORKSHOPMAINTRANSFORMERCAPACITYIS630KVA,VARIOUSVOLTAGESRANKRESPECTIVELYIS10KVAND04KV,THEWORKSHOPLOADISTHREEKINDSOFLOADSACCORDINGTODESIGNSTHEPROJECTDESCRIPTIONTHEREQUEST,THISDESIGNMAINCONTENTINCLUDESTHEWORKSHOPLOADCOMPUTATIONANDTHEIDLEWORKCOMPENSATEDEFINITEWORKSHOPTRANSFORMERSUBSTATIONINSTITUTESITEANDPATTERNWORKSHOPTRANSFORMERSUBSTATIONHOSTELECTRICCOILPLANSHORTCIRCUITCURRENTCOMPUTATIONMAINLYCURRENTCOLLECTORCHOICEANDVERIFICATIONWORKSHOPTRANSFORMERSUBSTATIONSETUPUPSANDANTIRADARPROTECTIONANDGROUNDINGDESIGNANDSOONTHISISMYPRELIMINARYDESIGN,PLUSALLMYDESIGNDATAANDSOURCESMAYINCOMPLETE,THEREFORE,IINSTRUCTEDBYMYPROFESSORSTOHELPMETOSELECTSOMEA17A181INNOVATIVE/NEWERMATERIAL,SUCHASTHEELECTRICALEQUIPMENTPARAMETERGENERALQUOTATIONEXISTINGPRODUCT,THEINDIVIDUALPARAMETERTHECOMPUTATIONMETHODSAREACCORDINGTO“FACTORYPOWERSUPPLYDESIGNINSTRUCTION”TOSTIPULATECARRIESONTHECOMPUTATIONAFTERTHOSEVERIFICATIONANDCOMPUTATIONFROMTHOSERESOURCES,ITCANBEGUARANTEETOBEORERELIABLEITISAPPRECIATEANDGRATEFULTHATIFYOUPROFESSORCANPOINTOUTMYMISTAKES,ERRORS,OMISSIONSORMISUNDERSTANDCONCEPTS,BASEDONTHISISMYBEGINNERLEVELOFENERGYDESIGNTHATMAYNOTBEEXACTLYTHEPERFECTCONCEPTA17A181目录1A19A20A21A22A23A24A25A26A27A28A29A30A31A21A22A96A96A96A96A96A96A96A96A96A96A96A96A96A96A96A96A96A96A962A32A33A34A35A36A37A38A39A40A39A41A42A43A44A34A35A45A45A45A45A45A45A45A45A45A45A45A45A45A45A45A45A45A453A32A33A34A35A36A37A38A39A46A37A47A48A43A44A34A35A49A49A50A51A42A52A53A54A46A55A56A57A58A50A51A53A54A56A57A50A59A60A61A62A63A64A65A66A67A68A40A57A58A69A70A71A66A67A72A45A45A45A45A45A45A45A45A45A45A45A45A45A45A45A45A45A45A45A454A32A73A74A75A76A74A75A49A77A71A78A79A80A81A82A59A83A51A84A85A72A45A45A45A45A45A45A45A45A45A45A45A45A455A32A71A78A35A36A37A38A39A86A87A88A89A56A90A91A59A92A93A94A56A93A94A72A45A45A45A45A45A45A45A45A45A45A456A32A71A78A38A95A88A56A40A97A80A98A74A54A100A34A101A38A102A103A102A103A45A45A45A45A45A45A45A45A45A45A45A45A457A32A35A36A37A38A39A40A104A105A102A103A54A106A107A108A109A40A81A75A75A45A45A45A45A45A45A45A45A45A45A45A45A45A458A32A33A34A35A36A87A34A35A47A110A38A111A112A113A56A57A58A56A57A45A45A45A45A45A45A45A45A45A45A45A45A45A45A45A45A459A32A71A78A87A47A110A38A111A112A40A114A56A54A115A116A102A103A81A82A102A103A45A45A45A45A45A45A45A45A45A45A45A45A4510A32A81A75A117A118A119A118A119A45A45A45A45A45A45A45A45A45A45A45A45A45A45A45A45A45A45A45A45A45A45A45A45A45A4511A32A35A36A37A38A39A46A55A56A38A74A120A45A45A45A45A45A45A45A45A45A45A45A45A45A45A45A45A45A45A45A4512A32A35A36A37A38A39A121A32A122A91A120A45A45A45A45A45A45A45A45A45A45A45A45A45A45A45A45A45A45A45A45A4513A32A35A36A87A47A110A38A111A112A42A121A91A113A56A120A111A112A91A113A56A120A45A45A45A45A45A45A45A45A45A45A45A45A45A45A45A45A45A123A124114A125A126A128A130A130A130A130A130A130A130A130A130A130A130A130A130A130A130A130A130A130A130A130A130A130A130A130A130A130A130设计题目及设计依据基础资料一、设计题目某机修厂机械加工车间低压配电系统设计二、设计依据（见附件）三、设计内容1、车间的负荷计算及无功补偿11机二车间设备明细统计表设备代号设备名称台数单台G4493量（KW）G2163G10587G3252数COS效G105871220V插座1108082220V插座1060750753220V插座106075075A131A13214车床11708085车床136608086车床117408087车床1522508088铣床1312508089铣床12925080810铣床11625080811铣床117080812车床1366080813车床122080814车床12325080817铣床191308508518插齿G74381462508508519车床1462508508520车床1462508508521车床1462508508522车床1462508508523车床1462508508524车床1462508508525车床1462508508526工具磨床11625080827工具磨床11625080828小冲床115080829小冲床115080830磨床115080831磨床1462508508532冲床1462508508533钻床1462508508534钻床1462507507535钻床1462507507536钻床1462507507537磨床1462507507538钻床1462507507539钻床11625080840钻床11625080841钻床115080842钻床115080843钻床115080844钻床13080846变G2399G313212080947变G2399G313212080948变G2399G3132120809A131A132149变G2399G313212080912工具、机修车间设备负荷计算表设备代号车间名称供电回G17347代号设备G4493量（KW）计G12651G17139G14667P30/KWQ30/KVARQ30/KVAI30/A1工具车间NO1471410165021703298NO2561680197025893934NO3421260147019362942NO43510501230161724572G7438G1474车间NO5150375043905774877213装机容量、计算负荷、无功负荷、视在负荷的计算G7438G1474厂拟设8个供电主干G13459，分别G10381号干G13459冷加工G7438床，2号干G13459金属加工G7438床，3号干G13459插座、220V变G2399G3132，4号干G13459工具间1号，5号干G13459工具间2号，6号干G13459工具间3号，7号干G13459工具间4号，8号干G13459检G1474车间。G2520干G13459设备G16025G7438G4493量、计G12651G17139G14667与G7092G2163G2163G10587等统计如G991表G726A13313A134A135A136A137A134A135单元G3G3G3设备编号G3G3G3名G3称G3G3额G3G4462G3G4493G3量G3G2163G3G10587G3G3252G3数G3效G3G10587G3G3G3G3G3备注G3G3（KW）G3G3G3G3G31号干G3G134594车床G31708085车床G336608086车床G317408087铣床G3522508088铣床G3312508089铣床G32925080810铣床G31625080811车床G3170808A138A1391单元G3G3G3设备编号G3G3G3名G3称G3G3额G3G4462G3G4493G3量G3G2163G3G10587G3G3252G3数G3效G3G10587G3G3G3G3G3备注G3G3（KW）G3G3G3G3G312车床G3366080813车床G322080814铣床G35225080815铣床G33125080816铣床G32325080817插齿G7438G39130850851号干G13459G16025G7438G4493量PE4737KW1号干G134595台最大设备G4493量PM2690KW1号干G13459计G12651G17139G14667P30014PE05PM2008KW1号干G13459G7092G2163计G12651G17139G14667Q30P30TGP30TGARCCOS081506KVAR1号干G13459视在计G12651G17139G14667S30P302Q3022510KVA1号干G13459计G12651电G8981I30S30/3UN4767A2号干G1345918车床G3462508508519车床G3462508508520车床G3462508508521车床G3462508508522车床G3462508508523车床G3462508508524车床G3462508508525车床G3462508508526工具磨床G31625080827工具磨床G31625080828小冲床G315080829小冲床G31508082号干G1345930小冲床G315080831磨床G3462508508532磨床G3308508533冲床G31508508534钻床G30607507535钻床G30607507536钻床G30607507537钻床G30607507538磨床G322507507539钻床G31625080840钻床G31625080841钻床G31625080842钻床G31625080843钻床G31625080844钻床G316250808A138A1391单元G3G3G3设备编号G3G3G3名G3称G3G3额G3G4462G3G4493G3量G3G2163G3G10587G3G3252G3数G3效G3G10587G3G3G3G3G3备注G3G3（KW）G3G3G3G3G345钻床G3162508082号干G13459G16025G7438G4493量PE6990KW2号干G134595台最大设备G4493量PM698KW2号干G13459计G12651G17139G14667P30014PE05PM2135KW2号干G13459G7092G2163计G12651G17139G14667Q30P30TGP30TGARCCOS081506KVAR2号干G13459视在计G12651G17139G14667S30P302Q3022669KVA2号干G13459计G12651电G8981I30S30/3UN5068A3号干G134591220V插座108082220V插座060750753220V插座0607507546220V变G2399G3132G32080947220V变G2399G3132G32080948220V变G2399G3132G32080949220V变G2399G3132G3208093号干G13459G16025G7438G4493量PE1020KW3号干G134595台最大设备G4493量PM785KW3号干G13459计G12651G17139G14667P30014PE05PM593KW3号干G13459G7092G2163计G12651G17139G14667Q30P30TGP30TGARCCOS08445KVAR3号干G13459视在计G12651G17139G14667S30P302Q302741KVA3号干G13459C相（略大G1122A、B相）计G12651电G8981I30S30/3UN2525A4号干G134591回G17347工具车间474号干G13459G16025G7438G4493量PE47KW4号干G13459计G12651G17139G14667P30141KW4号干G13459G7092G2163计G12651G17139G14667Q30165KVAR4号干G13459视在计G12651G17139G14667S30P302Q3022170KVA4号干G13459计G12651电G8981I30S30/3UN4122A5号干G134592回G17347工具车间565号干G13459G16025G7438G4493量PE56KW5号干G13459计G12651G17139G14667P30168KW5号干G13459G7092G2163计G12651G17139G14667Q30197KVAR5号干G13459视在计G12651G17139G14667S30P302Q3022589KVA5号干G13459计G12651电G8981I30S30/3UN4917AA138A1391单元G3G3G3设备编号G3G3G3名G3称G3G3额G3G4462G3G4493G3量G3G2163G3G10587G3G3252G3数G3效G3G10587G3G3G3G3G3备注G3G3（KW）G3G3G3G3G36号干G134593回G17347工具车间426号干G13459G16025G7438G4493量PE42KW6号干G13459计G12651G17139G14667P30126KW6号干G13459G7092G2163计G12651G17139G14667Q30147KVAR6号干G13459视在计G12651G17139G14667S30P302Q30219310KVA6号干G13459计G12651电G8981I30S30/3UN3677A7号干G134594回G17347工具车间357号干G13459G16025G7438G4493量PE35KW7号干G13459计G12651G17139G14667P30105KW7号干G13459G7092G2163计G12651G17139G14667Q30123KVAR7号干G13459视在计G12651G17139G14667S30P302Q3021617KVA7号干G13459计G12651电G8981I30S30/3UN3071A8号干G13459G7438G1474车间1508号干G13459G16025G7438G4493量PE150KW8号干G13459计G12651G17139G14667P30375KW8号干G13459G7092G2163计G12651G17139G14667Q30439KVAR8号干G13459视在计G12651G17139G14667S30P302Q3025774KVA8号干G13459计G12651电G8981I30S30/3UN10965A2、确定车间变电所的所址和形式A146A140A141A142A143A144A145A147A148A149A150A151A152A153A154A155A156A157A158A159A160A161A162A163A164A165A1661A167A168A169A170A171A172A173A174A175A176A177A178A179A1802、A168A169A181A182A183A1803、A184A185A186A187A178A179A1804、A188A189A184A190A191A192A193A194A195A196A197A174A189A198A199A200A201A202A203A204A205A206A207A208A209A1805、A189A198A199A210A211A167A212A207A208A209A180本车间变电G6164供电G17139G14667的性质G1038G989G13435G17139G14667，年最大有G2163G17139G14667G2045用小G7114数G10384500小G7114。本车间变电G6164从本厂35/10KV总降G2399变电G6164用电缆G13459G17347G5353进10KV电源，电缆G13459G17347长度G1038200M。车间变电G6164设在G7438二车间东北角，G1038G7438二车间、工具车间、G7438G1474车间供电。设高G2399配电室、变G2399G3132室、G1314G2399配电室。A213A2141G15929G1619后的G2163G10587G3252素要求不得G1314G112209。短路容量工厂总降G2399变电G616410KV母G13459上的G11713G17347G4493量G1038200MVA。保护整定工厂总降G2399变电G616410KV配电出G13459G4462G7114限过G8981G1457G6264G16025G13634的G6984G4462G7114间IOP15S。3、车间变电所无功补偿，主变型式、容量和台数及主结线选择方案G7693G6466本车间G17139G14667性质属G989G13435G17139G14667，车间变电G6164设G13634一台变G2399G3132。正常工G1328G7114，G11013车间变电G6164变G2399G3132供给本车间用电设备，备用电源可G11013其他车间变电G6164提供。G7693G6466表13G17139G14667计G12651的数G6466，G7092G2163G15929G1619与变G2399G3132G4493量G17885G6333如G991表G6164示G726表31G3G3G3无功补偿与变压器容量选择设备编号设备名称G16025G7438G4493量PG2163G10587G3252数计G12651G17139G14667P30G7092G2163G17139G14667Q30视在G17139G14667S30计G12651电G8981备注G3G3（KW）G3G3G3（KW）G3（KVAR）G3KVAA1号干G13459冷加工G7438床G347370820081506251038142号干G13459金属加工G7438床G369900821351601266940543号干G13459插座、变G2399G3132G310200859344574111264号干G13459工具间1号G347000814101650217032985号干G13459工具间2号G356000816801970258939346号干G13459工具间3号G342000812601470193629427号干G13459工具间4号G335000810501230161724578号干G13459检G1474车间G315000083750439057748772G2520车间总G16025G7438G4493量P45747KWG2520车间总计G12651G17139G14667P3013886KWG2520车间总G7092G2163计G12651G17139G14667Q3014262KVARG2520车间总视在计G12651G17139G14667S3020001KVAG15929G1619G2081的G2163G10587G3252数P30/S3007电G4493G3132G4493量计G12651QCPJSTG1TG213886TGARCCOS07TGARCCOS098951KVAR选择型号BKMJ04153并联电容器6只（在图中如何体现已乘以6）G15929G1619后G7092G2163G2163G10587Q309014262905262KVARG15929G1619后视在G2163G10587SJS13886A2155262A21514849KVA变压器容量选择KVA200KVA主结G13459G7053G7708G17885G6333G726变电G6164主变G2399G3132的G17885G6333G7693G6466车间的性质和电源情况，工厂变电G6164的主变G2399G3132可列两种G7053G7708G726G7053G7708一和G7053G7708二G18129G16025设一台主变G3132，采用油浸G5347变G2399G3132S9，而G4493量G7693G6466SNTS3014849KVA,即G17885一台S9200/10型G1314损耗变G2399G3132，G11013G1122车间G6164有的设备A216A2171G18129属G1122G989G13435G17139G14667，G6164以一台主变即可。变G2399G3132G4493量G1038200KVA，额G4462电G239910KV，联结G13464别Y，YN0，阻抗电G2399G103845，空载损耗G1038055KW，G11713G17347损耗G103837KW，变G2399G3132带外壳。变G2399G3132外壳G1881高G2399側考G15397设G13634G3278G4462电缆用的G6915G7562G727G1314G2399側设G13634G3278G4462母G13459用的G6915G7621绝G13548G4388，G5194G9397G17287G11713G17347G7114的动G9921G12295G4462的要求，G2528G7114考G15397安G16025G19658G5219CT的G1313G13634。G1314G2399变G2399G3132采用G10627G8699G7653G14038G8987G19148的干G5347变G2399G3132（S10型），变G2399G3132安G16025在04KV配电G16025G13634的室G1881，不设变G2399G3132小间。变G2399G3132工G1328G10627G3671的最高G9213度G636545考G15397。变G2399G3132采用G1314损耗G19120G14467变G2399G3132，其在G1363用G10627G3671G7477G1226G991能G9397G17139G14667长G7411运行，G5194有一G4462的过G17139G14667能力。变G2399G3132G12538合GB、DL、IEC最新标G1946的要求，G10317别是G19036对干G5347变G