Isisombululo soBugcisa seNkqubo yokugcina Amandla eSikhongozeli se-PAIO-(30-50)KW/(114-157)KWH
Iimbonakalo
Kakhulu Elula
Uyilo lwe-ALL IN ONE, ukuhlanganiswa okuphezulu, isixhobo sokuhambisa amandla esakhelwe ngaphakathi, ukonga ixesha kunye nomsebenzi Ukufakelwa kwemodyuli, ulwakhiwo olulula, ukugcinwa kunye nokwakhiwa okulula
Uyilo oluqhelekileyo lwesikhongozeli esiphathwayo seenyawo ezingama-20, ukuthuthwa okulula kunye noyilo oluguquguqukayo
Ukuhanjiswa ngokubanzi, ukuthuthwa koomatshini bonke, ukufakwa okulula nokusebenza kunye nokugcinwa Ukwandiswa kwamandla kunye nokwandiswa kwamandla kunokwenzeka
Ikhuselekile
Uyilo lwesilumkiso somngcipheko obalekayo obushushu obuphezulu Ukhuseleko lomlilo: igesi ye-perfluorohexanone
Ukhuseleko lonxibelelwano lwe-BMS kunye ne-EMS lujolise kukhuseleko oluphuculiweyo oluphezulu
Ikrelekrele
Inkqubo yolawulo lweqonga lelifu, ixhasa ukujonga okukude/kwasekuhlaleni, ukusebenza kwelifu okukrelekrele kunye nokugcinwa ngaphandle kokulungiswa kwengcali kwindawo
Icebo lokulinganisela elikrelekrele, isilumkiso se-AI yenkqubo, ukuqinisekisa ukuhambelana kwebhetri kulo lonke umjikelo wobomi. Ixhasa umsebenzi wokuqalisa omnyama, umbane othembekileyo kuzo zombini iindlela ezingaphandle kwegridi/kwigridi.
Isitali
Ingangeni thuli kwaye ayingeni manzi: IP54
Ulawulo lobushushu olukrelekrele: umoya opholileyo wemizi-mveliso, kunye nokupholisa, ukufudumeza, ukukhupha umswakama, ubushushu obungaguqukiyo, umswakama oqhubekayo kunye neminye imisebenzi
Umswakama ohambelanayo 5 ~ 95% ngaphandle kokufuma Ubushushu bokusebenza -30℃ ~ 55°C
Ukuphakama 3000M
Ingasebenza ngokuzinzileyo phantsi kweemeko zendalo ezahlukeneyo ezinzima ezifana namathafa kunye neentlango
Imigangatho yeNkqubo
Isidanga sokukhusela i-GB/T 4942 (ikhowudi ye-IP) Iimpawu zokhuseleko ze-GB 2894-2008 (ISO 3864:1984)
I-GB/T 50796-2012 Inkcazelo yokwamkelwa kweeprojekthi zokuvelisa umbane nge-photovoltaic
GB/T 19964-2012 Imigaqo yobugcisa yokufikelela kwinkqubo yamandla kwisikhululo samandla se-photovoltaic GB 50217-2018 Iinkcukacha zoyilo lweentambo zobunjineli bamandla
I-GB/T 50054-2011 Inkcazelo yoyilo lokusasazwa kwamandla ombane aphantsi I-GB/T 50065-2011 Inkcazelo yoyilo lokumisa isiseko sezixhobo zamandla e-AC I-GB/T 36276-2018 Iibhetri ze-lithium-ion zokugcina umbane
I-GB/T 34133-2017 Imigaqo yobugcisa yokufumanisa isiguquli sokugcina amandla
Iiparamitha zoBugcisa beNkqubo
1.I-PAIO-(30-50)KW/(114-157)KWH isikhongozeli amandla indawo yokugcina inkqubo iiparameter
| Ubungakanani beMveliso | 30KW/114KWH | 40KW/129KWH | 50KW/157KWH |
| Ilanga Igalelo | |||
| I-Max Solar Input Voltage | 1000V | ||
| Ixabiso leVoltage yokufaka elilinganiselweyo | 600V | ||
| Amandla elanga | 33KW | 41.4KW | 52.4KW |
| Uluhlu lweeVolthi zeMPPT | 150-850V | ||
| Qalisa iVoltage | 180V | ||
| Ubuninzi bokufaka okwangoku | 3*40A | 4*40A | |
| Iintambo ze-MPPT Max | 3/6 | 4/8 | |
| AC Imveliso (Igridi) | |||
| Amandla okuPhuma aphezulu | 30KVA | 40KVA | 50KVA |
| Amandla okuPhuma alinganiselweyo | 30KW | 40KW | 50KW |
| I-Voltage elinganisiweyo | 3/N/PE, 220V/380V 3/N/PE, 230V/400V | ||
| Ikaliwe ngoku | 45.6A/43.3A | 60.8A/57.7A | 76A/72.2A |
| Uvavanyo lweFrequency | 50Hz/60Hz | ||
| I-Power Factor THDI | <3% | ||
| Amandla | >0.99(0.8 超前. 0.8 滞后） | ||
| AC Igalelo (Igridi) | |||
| Ukudlula Okuphezulu Kwangoku | 91.2A/86.6A | 121.6A/115.4A | 152A/144.4A |
| Ixabiso leVoltage yokufaka elilinganiselweyo | 3/N/PE, 220V/380V 3/N/PE, 230V/400V | ||
| Ireyithingi Yokufaka Ubungakanani | 50Hz/60Hz | ||
| AC Imveliso (ngaphandle-igridi) | |||
| Amandla okuPhuma aphezulu | 30KW | 40KW | 50KW |
| Ixabiso leVoltage yokuPhuma elilinganiselweyo | 3/N/PE, 220V/380V 3/N/PE, 230V/400V | ||
| Ikaliwe ngoku | 45.6A/43.3A | 60.8A/57.7A | 76A/72.2A |
| I-voltage iyonke i-harmonic distortionTHDU | <2% | ||
| Uvavanyo lweFrequency | 50Hz/60Hz | ||
| Amandla Okulayisha Ngokugqithisileyo | I-110% Engaguqukiyo | ||
| Amandla okuPhuma aphezulu | Amandla ahlala ephindaphindwe kayi-1.6 kwimizuzwana emi-2 | ||
| Ixesha lokutshintsha iGrid kwiGrid-Off | <10ms | ||
| Ibhetri | |||
| Ubungakanani obulinganiselweyo (wh) | 114.6KWH | 129KWH | 157.6KWH |
| I-Voltage elinganisiweyo | 409.6 | 460.8 | 563.2 |
| Amandla okutshaja aphezulu | 30KW | 40KW | 50KW |
| Amandla okukhupha aphezulu | 30KW | 40KW | 50KW |
| Ulawulo lweThermal yeBhetri | Ukupholisa/ukufudumeza umoya | ||
| Jikelele Iiparameters | |||
| Ubunzima | / | / | 约15T |
| Ubushushu bokusebenza | -20℃ ukuya kwi-55℃ | ||
| Umswakama | 0~90% ayifumi | ||
| Inqanaba loKhuselo | IP54 | ||
| Ingxolo | ＜70dB | ||
| Ukuphakama | 3000m (ukusuka phezulu ukuya phezulu ngaphezu kwe-3000m) | ||
| Indlela yokupholisa | Ukupholisa Umoya | ||
| Bonisa kwaye Unxibelelwano | |||
| Bonisa | Isikrini seLCD | ||
| Unxibelelwano lwe-BMS | I-RS485 CAN | ||
| Unxibelelwano lwe-EMS | I-RS485 TCP/IP | ||
Umfanekiso 2: Umzobo ongaphelelanga wenkqubo yokugcina amandla eekhonteyina ze-PAIO-(30-50)KW/(114-157)KWH
Umfanekiso 3: Umbono ophezulu wenkqubo yokugcina amandla eekhonteyina ze-PAIO-(30-50)KW/(114-157)KWH
1.1PV Iphaneli Iiparameters
Ukusebenza kakuhle kakhulu: Ukusebenza kakuhle kwemodyuli kufikelela ngaphezulu kwama-21%. Isenokusebenza kwiimeko zelanga eliphantsi. Iintsuku ezinenkungu namafu azichaphazeli ukusebenza kakuhle kokuveliswa kombane.
Ithembekile: Ubomi boyilo bungaphezulu kweminyaka engama-25, iteknoloji yokupakisha eguqukayo, ukubopha okuhlala ixesha elide, kwaye ukuqina kwayo kufana nodonga lwekhethini yesakhiwo. Inomthamo obalaseleyo womthwalo woomatshini, iphumelele uvavanyo lwetyuwa kunye nezinye iimvavanyo zokumelana nemozulu kunye nokuphuculwa, kwaye inokumelana nomthwalo womoya we-2400pa kunye nomthwalo wekhephu we-5400pa.
Ukhuseleko lokusingqongileyo: akukho ungcoliseko. Kulula ukuyigcina ikwimeko entle
LF460M10-60H ipharamitha itafile: Itafile2
| Imodeli yeMveliso | LF460M10-60H |
| Amandla okuphuma | 460W |
| Ukunyamezela Amandla | 0-5W |
| Ukusebenza kakuhle kweModyuli | 21.30% |
| I-Voltage ephezulu | 34.93V |
| Ubuninzi bangoku | 13.17A |
| I-Voltage yeSekethe evulekileyo | 41.98V |
| I-Current-Circuit Current | 13.96A |
| Ubushushu bangoku besekethe emfutshane i-coefficient (%/°C） | 0.046 |
| Ubushushu bevolthi yesekethe evulekileyo i-coefficient (%/°C） | -0.266 |
| I-coefficient yobushushu bamandla (%/℃) | -0.354 |
| I-NMOT yoBushushu boMsebenzi weModyuli (IsiNgesi)℃） | 43±3℃ |
| Ubungakanani beModyuli | 1904*1134*30mm |
| Ubunzima | 23.5kg |
| Intambo | 4mm2 |
| Iglasi | Iglasi ecacileyo ephezulu 3.2mm |
| Ibhokisi yeJunction | IP68, iidiode ezi-3 ezidlulayo |
| Iibhloko zeTerminal | MC4 |
| I-Max System Voltage | 1500V |
| Ixabiso leFuse yeNkqubo ephezulu | 25A |
| Umthwalo woomatshini | 5400pa |
| Ubushushu bomsebenzi | -40 ukuya kuma-85℃ |
| Inqanaba lesicelo | A |
Umfanekiso 4: Ubukhulu bephaneli yelanga
Umfanekiso 5: Ifoto yePaneli yeSolar
Umfanekiso 6: Umzobo wesicwangciso sokufakelwa kwephaneli yelanga (i-engile ehlengahlengiswayo)
1.2Amandla Indawo yokugcina izinto I-Inverter
Sebenzisa i-inverter yokugcina amandla ene-high-voltage enamanqanaba amathathu
I-MPPT eneendlela ezi-4 kunye neentambo ezi-8 ze-20A single string current, ukuya kuthi ga kwi-96kW photovoltaic input I-Dual way battery port inika i-140A/70+70A ephezulu yokutshaja kunye nokukhupha i-current Inkxaso ye-160%/2s yomthamo wamandla olinganisiweyo we-Backup port
Xhasa izixhobo ezi-6 kwiimeko ezikwigridi nakwimeko ezingaphandle kwegridi
Xhasa ukusebenza ngokuthe ngqo njenge-inverter kwigridi ngaphandle kwebhetri
Xhasa iindlela ezimbini zokufikelela kwijenereyitha, kunye nomsebenzi wokuqalisa nokuyeka ulawulo olukude
Xhasa ulawulo oluphezulu kwimo yokuzivelisela ngokwakho kunye neyokuzisebenzisa kunye nemo yejenereyitha
I-Inverter Iiparameter: Itafile 3
1.3. Ibhetri Ukwahlulahlula Isisombululo
Ibhetri ye-lithium-ion enamandla aphezulu, ekhuselekileyo, nehlala ixesha elide yokugcina amandla eyenziwe ngokusekelwe kwiminyaka engaphezu kweshumi yokuqokelelana kwepropathi yobukrelekrele kunye netekhnoloji kwi-lithium iron phosphate kunye nezixhobo ezinxulumene nayo. Ineempawu zobomi obuhle bomjikelo, amandla amakhulu eseli enye, ukhuseleko oluphezulu, ukuhambelana okuphezulu, kwaye izalathisi zayo zokusebenza kuzo zonke iinkalo zifikelele kwinqanaba eliphambili lamazwe ngamazwe neliphambili lasekhaya.
Itafile4
| Ibhetri Iseli | I-LFP (iLithium Iron Phosphate) |
| Ubungakanani boMgangatho | 280ah |
| I-Voltage elinganisiweyo | 3.2V |
| Intlawulo Eqhelekileyo Yangoku | 0.5C |
| Ukukhutshwa okuqhelekileyo kwangoku | 0.5C |
| I-Charge End Voltage | 3.65V |
| Ukuphela koMbane wokukhupha | 2.5V |
| Ubushushu bomsebenzi | Itshaja 0 ukuya ku-55℃，Ukukhupha -20 ukuya ku-55℃ |
| Iibhayisekile | Iijikelo ezingama-8000（@70%） |
| Ubunzima bebhetri | 5.5±0.3kg |
Ibhetri Imodyuli Iiparameters
Ibhetri isebenzisa imodyuli esemgangathweni edityanisiweyo kakhulu, elungele ukulungisa iingxaki kunye nokufakelwa. Ibhokisi nganye esemgangathweni ineebhetri ezili-16, ezingama-51.2V/280Ah.
Ibhokisi ingafakelwa ifeni ukuze ikwazi ukuphelisa ubushushu ngempumelelo. I-BMS inokulawula ngokuzenzekelayo ifeni ngokweqondo lobushushu.
Itafile5
| Amandla eModyuli yeBhetri enye | 14.336KWH |
| I-Voltage yeModyuli yeBhetri enye | 51.2V |
| Umtya weModyuli yeBhetri enye | Iiseli ezili-16 ezilandelelanayo |
Ibhetri iqela/inkqubo indibano
Ibhokisi yebhetri ifakwe kwirekhi yebhetri. Irekhi yebhetri yonke idityaniswe ngentsimbi yesikwere eqinileyo netyebileyo, enganyangekiyo, enganyangekiyo kwaye enganyangekiyo emlilweni. Umphezulu webhokisi utshizwe ngokupheleleyo ngepeyinti yokukhusela ukuze kuphuculwe ngempumelelo inqanaba lokukhusela. Ibhokisi isebenzisa ukufakelwa okuvaliweyo okugqunyiweyo, okunokuthintela ngokufanelekileyo ukuvuza kwamanzi nothuli ukuba kungawi kwiphakheji yebhetri kwaye kusebenza kakuhle ekuchitheni ubushushu. Inkqubo yahlulwe yaba yiqela eli-1, elisasazwa kakuhle nangokulinganayo kumacala omabini ekhabhathi yokugcina amandla. Iqela ngalinye leebhetri liqulathe iibhokisi zebhetri ezi-8 eziqhelekileyo kunye nebhokisi eli-1 elinombane ophezulu. Indawo yokugcina iibhetri ibandakanya ikakhulu iipakethi zebhetri, iirakhi zebhetri, iibhokisi zokulawula zeBMS, iifeni zokupholisa, njl. Ibhetri kufuneka ixhotyiswe ngenkqubo yolawulo lweBMS ehambelanayo. Uhlobo lwebhetri yibhetri ye-iron-lithium. I-air conditioner yokuphelisa ubushushu ilungiswa ngexesha langempela ngokweqondo lobushushu kwindawo yokugcina iibhetri.
Itafile6
| Ubungakanani beModyuli yeNkqubo yeBhetri | 8 | 9 | 11 |
| Iintambo ezipheleleyo zeNkqubo yeBhetri | 128 | 144 | 176 |
| Inkqubo yeBhetri Amandla apheleleyo | 114.6KWH | 129KWH | 157.6KWH |
| Inkqubo yeBhetri iyonke yeVolthi | 409.6V | 460.8V | 563.2V |
| Ubungakanani beNkqubo eLinganisiweyo | 280ah | 280ah | 280ah |
| Ukukhutshwa Kwangoku Okuqhubekayo | 140A | 140A | 140A |
| Itshaja Eqhubekayo yangoku | 140A | 140A | 140A |
Umfanekiso 8: Umzobo wesicwangciso senkqubo yokuhlanganisa inkqubo yebhetri
1.4 Ubushushu ulawulo kwaye umoya ukulungiswa kwemeko iiparameter
Ikhabhinethi ye-Energy Storage ixhotyiswe ngenkqubo yokupholisa umoya opholileyo kunye nombhobho wokupholisa ukulawula ubushushu ngaphakathi kwikhabhinethi yokugcina amandla.
Inkqubo yomoya opholileyo iqhagamshelwe kwinkqubo yolawulo lwebhetri (i-BMS) ngeprotocol yonxibelelwano ye-RS485.
Ukongeza ekuqondeni unxibelelwano phakathi kwe-air conditioner kunye nenkqubo yokukhusela umlilo, i-BMS kufuneka ikwazi ukuseta indawo yokupholisa yokuqalisa i-air conditioner, ukuphambuka kokupholisa, indawo yokutshisa yokuqalisa, ukuphambuka kobushushu, indawo yokupholisa yokuqalisa ubushushu beeseli zebhetri, indawo yokutshisa yokuqalisa ubushushu beeseli zebhetri kunye nezinye iiparameter.
Inomsebenzi wokuqalisa ngesandla ukusebenza kwe-air conditioner nokukwazi ukulawula i-air conditioner ngokweqondo lobushushu beseli yebhetri. Indawo yokuphola yokuqalisa ubushushu beseli yebhetri esetiweyo kunye neeparameter ze-hot point zokuqalisa ubushushu beseli yebhetri akufuneki zithunyelwe kwinkqubo ye-air conditioner. Ziyimida kuphela yenkqubo yolawulo lwamandla yokulawula ukusebenza kwe-air conditioner ngokweqondo lobushushu beseli yebhetri.
Xa i-BMS ibona ukuba ubushushu bebhetri bufikelela kwixabiso elithile elimiselweyo, i-BMS ithumela umyalelo kwinkqubo yomoya opholileyo ukuze ilawule inkqubo yomoya opholileyo ukuze iqalise ukusebenza kwaye ilawule ubushushu benkqubo yekhabhinethi yokugcina amandla ngaphakathi kobushushu obufanelekileyo.
Kwindawo yendalo engaphandle, ubushushu kunye nokufuma kwikhabhathi yokugcina amandla kunokulungiswa, kwaye iiparameter zolawulo kunye nohlengahlengiso zezi zilandelayo: Xa indawo yebhetri isebenza, ubushushu kwindawo yebhetri bulawulwa ngaphakathi kwama-35°C, umahluko wobushushu kwindawo yasekuhlaleni ungaphantsi kwama-5°C, kwaye ukufuma kwindawo kulawulwa ngaphakathi kwama-70%.
Umoya Isicoci Iiparameter: Itafile 7
| Inombolo yoMzekelo | Uthotho lwe-EC lweShishini | Iyunithi | 1100W | 1500W | 2000W |
| Ubungakanani kunye nokufakwa | Ubukhulu | mm | 783*479*200 | 783*479*200 | 783*483*200 |
| Ubunzima | Kg | 27.5 | 27.5 | 35 | |
| Ufakelo | I-Flush Mount | ||||
| UfakeloIndalo | Ngaphandle | ||||
| Ubushushu bomsebenzi | ℃ | -40 ukuya kuma-55 | |||
| Okusingqongileyo kunye nokukhuselwa | Ingxolo | dB | 65 | ||
| Umsebenzi wobomi | unyaka | ＞10 | |||
| Inqanaba loKhuselo | IP55 | ||||
| Ukupholisa/umthamo wokufudumeza | W | 1100/800 | 1500/1000 | 2000/1000 | |
| ukusebenza | Uluhlu lokubonelela ngombane | 220±15%VAC/50Hz | |||
Umfanekiso 9: Umzobo we-Industrial Air Conditioner
Umfanekiso 10: I-air conditioner yemizi-mveliso
1.5. Ibhetri Ulawulo Inkqubo
Iyunithi yoLawulo lweModyuli yeBhetri yeBMU (Inqanaba lesi-3)
Inoxanduva lokuqokelela ulwazi lwexesha langempela olufana ne-voltage kunye nobushushu beemodyuli zebhetri. Kwangaxeshanye, yenza ulawulo lokulinganisa, ukufumanisa kwi-intanethi, ukuchonga iimpazamo, njl.
Iyunithi yoLawulo lweQela leeBhetri zeSBCU (Inqanaba lesi-2)
Unoxanduva lokulawula iqela leepakethe zebhetri, ukuqokelela ulwazi lokusebenza kwebhetri, ukuxilongwa kweempazamo kunye ne-alamu, uhlalutyo lwesicwangciso sokulinganisa ibhetri ukubala i-SOC, ukufunyanwa kobushushu, ukufunyanwa kokunamathela kwereyila, ulawulo lweereyila ezinxulumeneyo, ukusebenzisana konxibelelwano lwedatha ne-BMU, njl.
Iyunithi yoLawulo lweNkqubo yeBhetri yeMBCU (Inqanaba 1)
Unoxanduva lolawulo lwenkqubo yebhetri iyonke. Ukuqokelelwa ngokupheleleyo kwemeko yebhetri, uhlalutyo, ukubeka esweni kunye nokucwangcisa; i-SOC yenkqubo yebhetri, ukubalwa kwe-SOH; ukuxilongwa kwempazamo yenkqubo kunye ne-alamu; ukuvulwa nokuvalwa kwenkqubo kunye nokulawulwa kwesicwangciso sokutshaja kunye nokukhupha; kunye nokusebenzisana kwedatha ye-PCS/EMS kwiscreen sokuchukumisa.
Ukubona umboniso wolwazi lwebhetri, ubonelele ngojongano olusebenziseka ngesandla, unokunceda abasebenzi bokulungisa bafumane iingxaki ngokulula, kwaye ubonelele ngojongano lokusebenza.
1.6Amandla ulawulo iinkqubo
Inkqubo yolawulo lwamandla yinxalenye ebalulekileyo yenkqubo yolawulo, ebonelela ngolawulo lwedatha, ukubeka esweni, ukulawula kunye nokwenza ngcono iziko lolawulo lokuhlela ishedyuli ukuqinisekisa ukusebenza okuzinzileyo nokusebenzayo kwenkqubo. Inkqubo yolawulo lwamandla ibonelela ngamanqaku okuseta amandla kunye ne-voltage kumlawuli ngamnye wamandla asasazwe ngaphakathi kwenkqubo; iqinisekisa ukuba imfuno yemithwalo yobushushu kunye nombane kwinkqubo iyafezekiswa, kwaye iqinisekisa ukuba inkqubo ihlangabezana neenkqubo zokusebenza kunye nenkqubo ephambili yegridi; kwaye inciphisa ukusetyenziswa kwamandla kunye nokulahleka kwenkqubo kangangoko kunokwenzeka.
Le nkqubo inako ukufumana idatha ngexesha langempela nangexesha elifanelekileyo kuzo zonke iiparameter zokusebenza ezijongiweyo kunye neemeko. Zonke izixa zombane zisampulwa nge-AC kwaye ukuchaneka okuphezulu kunye nesantya kuyaqinisekiswa, kwaye idatha ebalulekileyo yembali iyacutshungulwa kwaye igcinwe kwisiseko sedatha.
Fumana i-voltage iyonke, i-current, i-avareji yobushushu, i-SOC, i-SOH, ukutshaja nokukhupha i-current kunye nomda wamandla,
i-voltage yebhetri enye, ubushushu bebhetri enye, imeko yokulinganisa ibhetri nganye, ulwazi lwempazamo kunye ne-alamu, amandla okutshaja nokukhupha imbali, amandla okutshaja nokukhupha imbali, kunye nolunye ulwazi olusetyenziswa rhoqo lweqela ngalinye leebhetri zenkqubo ye-BMS. Qokelela iiparameter ezifanelekileyo zenkqubo ye-PCS, kubandakanya i-DC voltage/current/power, amandla asebenzayo esigaba sesithathu, amandla asabelayo, i-voltage yesigaba sesithathu, i-power factor, i-frequency, ubushushu be-IGBT, ubushushu besihluzi se-RC, imeko yokusebenza, ii-alamu kunye neziphene kunye nolunye ulwazi olusetyenziswa rhoqo, kunye namandla okufaka imihla ngemihla, amandla okukhupha imihla ngemihla, amandla okufaka aqokelelweyo, amandla okukhupha aqokelelweyo, njalo njalo.
Iqokelela kwaye ibonise ubungakanani obahlukeneyo besimo senkqubo yokugcina amandla, kubandakanya imeko yesekethe ephambili (iswitshi, isignali yokuhamba ngengozi, isignali yesenzo sokukhusela, kunye nesignali engaqhelekanga), i-alamu yomlilo, uphuhliso lobushushu kunye nolunye ulwazi.
Umfanekiso 11: Iinkqubo zokulumkisa kwangethuba
Umfanekiso 12 Isishwankathelo samandla (idatha yokuqala)
Umfanekiso 13. Isishwankathelo ngokubanzi semisebenzi yeprojekthi yeshishini (idatha yokuqala)
1.7, Umnciphisi qhubaiyunithi
Igobolondo lokunciphisa lisebenzisa inkqubo yokuphosa; i-torque ephezulu, isantya sokusasazwa esiphantsi, i-stroke yecala elinye ukuya kuthi ga
Iimitha ezili-1.5 ngomzuzu, ingagqiba ukubeka izinto kwindawo yazo ize izibeke kwindawo yazo kwimizuzu engama-30 (ibalwa ngokwecala elinye leemitha ezingama-40).
| Ukusebenza Iiparameters of Qhuba Umnciphisi Itafile 8 | |||
| 1 | Ifom yesakhiwo sokunciphisa | Umngxuma wePlanetary + parallel, igalelo elinye kunye nemveliso ephindwe kabini | |
| 2 | Imodeli yokunciphisa | GTX107L3-231-F2402 | |
| 3 | Ireyithingi yesiphumo sokunciphisa i-torque | 5000 | Nm |
| 4 | I-torque ephezulu yexesha elifutshane yokukhupha isantya sokunciphisa | 7000 | Nm |
| 5 | Isantya sokukhupha esilinganiselweyo se-reducer | 4.3 | i-rpm |
| 6 | Umlinganiselo wegiya yokunciphisa | 231.7 | |
| 7 | Izixhobo zokunciphisa ezilungele imodeli yemoto | I-YVP-112M-6-2.2kW-B5-IP56 | |
| 8 | Amandla enjini | 2.2 | kW |
| 9 | Isantya sokuphuma kwenjini yethiyori | 1000 | i-rpm |
| 10 | Indlela yokuthambisa izixhobo zokunciphisa | ibhafu yeoyile | |
| 11 | Izithambiso ezicetyiswayo zezixhobo zokunciphisa isantya | I-ISO VG220/320 | |
Umfanekiso 15 Umbono ophezulu we-reducer
Uluhlu lwezixhobo eziphambili zenkqubo. Itheyibhile 9
| Imveliso | Iiparameters eziphambili | 30KW/114KWH | 40KW/129KWH | 50KW/157KWH | |
| Ubungakanani (Iyunithi) | |||||
| Isikhongozeli | Iinyawo ezingama-20 | 5.89*2.35*2.38 yeemitha | 1 | 1 | 1 |
|
Inkqubo yokugcina amandla ye-AIO | Ikhabhinethi yokugcina amandla | 1*1.45*1.8 yeemitha | 1 | 1 | 1 |
| Imodyuli yebhetri | Imodyuli ye-14.3KWH | 8 | 9 | 11 | |
| Imodyuli yeVolthi ephezulu | I-BMU+BCU | 1 | 1 | 1 | |
| I-Inverter | Amandla/Ubungakanani | 30KW/1 | 40KW/1 | 50KW/1 | |
| Isicondisi-moya semizi-mveliso | Amandla/ Ubungakanani | 1.1KW/1 | 1.5KW/1 | 2KW/1 | |
| Inkqubo yoBungqina boMlilo | Isicimi-mlilo se-perfluorohexane esakhelwe ngaphakathi | 1 | 1 | 1 | |
| I-EMS | eyakhelwe ngaphakathi | 1 | 1 | 1 | |
| Ibhokisi yokutshintsha | eyakhelwe ngaphakathi | 1 | 1 | 1 | |
| Iphaneli yelanga | Iphaneli yelanga | IMono 460W | 72 | 90 | 114 |
| Isibiyeli/Isakhelo | Indibaniselwano eyi-1*3, eshushu kakhulu | 26 | 32 | 40 | |
| uthumelo olunamandla (umz. ibhokisi yegiya) | Isinciphisi sesantya | Umngxuma wePlanetary + parallel, igalelo elinye kunye nemveliso emibini | 2 | 2 | 2 |
| Oomatshini boMbane | 380V 2200W | 2 | 2 | 2 | |
| Ithrekhi yokuHamba ngombane | I-4m hot-dip egalelwe nge-galvanized | 4 | 4 | 4 | |
| I-flat push outputtrack | Ubude obuyi-2m 3mm, obufakwe i-dipgal eshushu | Ezinye | Ezinye | Ezinye | |
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