I-360kw i-DC epholileyo ye-DC ngokukhawuleza imfumba
I-360kw i-floul ipholile i-DC ngokukhawuleza i-pile yepeyinti
Imfumba yamanzi epholileyo ye-charting luhlobo lwemfumba eshajayo esebenzisa ukujikeleza kwe-will upholile ukupholisa ibhetri. Imfumba yepetroli epholileyo isebenzisa ikakhulu iteknoloji ye-rateman yobushushu. Ngokusasazeka kobushushu obungamanzi obushushu, ubushushu bebhetri yepeyinti buhlala bugcinwa ngaphakathi kuluhlu olufanelekileyo, ngaloo ndlela bufezekiseni injongo yokutshaja ngokukhawuleza.
Umgaqo wokuSebenza wePile eDibeneyo ye-Fible: Imigca yokuqala, i-pielant yolwelo ingenisiwe kwi-heater ye-pile eshaja ngokusebenzisa umbhobho wokuhamba kwamanzi ukuze afune itshaja. Kwangelo xesha, ibhetri ivelisa ubushushu obuninzi xa shanile. Ukuphola kolwelo kuqukuqela kwipakethi yebhetri ngokusebenzisa umbhobho wokuhamba kwamanzi, isusa ubushushu kwipakethe yebhetri, kwaye emva koko idlulisele ubushushu ngaphandle kwemfumba yokutshaja. Le ndlela yokupholisa incindi inokuqinisekisa ukuba iqondo lobushushu lebhetri alinyuka ngokukhawuleza, kwaye ukubiza kukukhuseleka kwaye kukhawuleza.
I-360kw i-DC epholileyo ye-DC ngokukhawuleza ukubiza izinto zemfumba
I-1. Iphulukuphwane engcono. Ukupholisa ulwelo kunokupholisa ibhetri ngokufezekileyo, thintela ibhetri ekuhambeni nasekuthinteleni ubomi bebhetri, kunye nokuphucula ukusebenza kwemali ngokukhawuleza.
2. Ukukhawulezisa isantya sokutshaya. Sebenzisa itekhnoloji yokupholisa i-alwing, isantya sebhetri sinokunyuswa ngaphezulu kwe-80% yamandla aphezulu okuphumeza.
3. Ukhuseleko lokukhusela. Itekhnoloji yokupholisa engamanzi inokuqinisekisa ukuba ubushushu bebhetri buhlala buhlala kuluhlu olukhuselekileyo ngexesha lokubiza, ukunqanda iingozi ngenxa yokukhululwa okugqithisileyo.
4.Usekweni, ukutshaya kwexesha (h) = Umthamo webhetri (kwh) / amandla eshawari (kWh) uthetha ukuba i-360 kWh inokuhlawuliswa kwiyure enye. Kwisithuthi esitsha samandla esinengxaki yebhetri engama-50 kWh, kuthatha imizuzu engama-8 ukugqibezela ukutshaja ngamandla angama-360 kw. Ngokubanzi, i-14-18 kWh inokubonelela ngoluhlu lwe-100 km, oko kuthetha ukuba emva kokutshaja imizuzu engama-8 (ixesha elithathayo ukuba nekomityi yekofu), uluhlu lunokufikelela kwi-300 km.
5.Tradidatud umoya ophosayo ophosayo ophumeleleyo usebenzisa iintambo ezinqabileyo ukuba ubushushu bubushushu, kodwa oku kwenza iipile zemveli ezikhawulezayo zikhulu kakhulu kwaye zininzi. I-bibs piles isebenzisa itekhnoloji yokupholisa i-elektroniki ukuqhuba ukuphola intambo, ukuze i-coulant ye-ralant ye-ralant, kunye ne-radiator efihlakeleyo. Ke ngoko, iingcingo kunye neentambo zemfumba yokupholisa i-charing icekeceke kodwa ikhuselekile kakhulu.
Iipilisi ze-charding ezipholileyo zisetyenziswa ngokubanzi kwishishini lokutshaja kwezithuthi zombane nezithuthi zamandla amatsha, ngakumbi kwiindawo zokugcina amandla aphezulu ezineendlela eziphezulu. Ukongeza, itekhnoloji yokupholisa itekhnoloji yolwelo ikwanceda ekuqinisekiseni ukhuseleko kunye nobomi beebhetri kwimimandla egqithileyo.
I-360kw i-DC epholileyo ye-DC ngokukhawuleza i-Puile Progration
| Ipharamitha yombane | |
| I-infting voltage (AC) | I-400VAC ± 10% |
| Igalelo rhoqo | I-50 / 60hz |
| Imveliso yemveliso | I-200-1000vdc |
| Ukuthobela umthetho | I-CE || I-EMC: En 61000-6-1: 2007, En 61000-6-3: 2007 / A1: 2011 / AC: 2011 / AC: 2011 |
| Amandla aMandla | I-360 kw |
| Imveliso yaMax yangoku ye-pume enye | I-400A |
| Indawo yeParameter | |
| Imeko esebenzayo | I-Indoor / ngaphandle |
| Iqondo lokusebenza | -30 ° C ukuya kwi-55 ° C |
| Iphezulu | Ukuya kuthi ga kwi-2000m |
| Ukusebenza komswakama | ≤ 95% rh || ≤ 99% rh (engasebenzi) |
| Ingxolo ye-acoustic | <65db |
| Iphezulu | Ukuya kuthi ga kwi-2000m |
| Indlela yokupholisa | Ipholile |
| Inqanaba lokhuseleko | IP54, IP10 |
| Uyilo lwefayile | |
| Umboniso we-LCD | I-7 '' LCD ngescreen sodidi |
| Indlela yenethiwekhi | I-Ethernet-iMigangatho || I-3G / 4G Pomom (ngokuzithandela) |
| Amaqhosha kunye nokutshintsha | IsiNgesi (ngokuzithandela) |
| UKhuseleko loMbane: GFCI | I-RCD 30 ye-Chwetheza A |
| Uhlobo lwe-RCD | Chwetheza a |
| Ulawulo lokufikelela | I-RFID: I-IEC 14443A / B || Umfundi weKhadi letyala (ngokuzithandela) |
| Inkqubo ye-RFID | I-ISO / IEC 14443A / B |
| IProtokholi yoNxibelelwano | I-OCP 1.6J |
| Ukhuseleko olukhuselekileyo | |
| Ukhuseleko | Ngaphezulu kwe-voltage, phantsi kwe-goltage, isiphaluka esifutshane, ukulayisha, umhlaba, ukuvuza, ukuphefumla, umbane, umbane |
| Imbonakalo yezakhiwo | |
| Uhlobo lokuphuma | I-CCS 1, CCS 2, Chademo, GB / T (ngokuzithandela) |
| Inani leziphumo | 2 |
| Indlela ye-Wiring | Umgca ongezantsi, ezantsi komgca ngaphandle |
| Ubude boWire | I-4 / 5m (ngokuzithandela) |
| Indlela yokufaka | Ifakwe phantsi |
| Ubunzima | Malunga ne-500kg |
| Ubukhulu (i-wxhhxd) | I-900mm X 900mm x 1970mm |
Isakhiwo se-charda ekhutshiweyo i-chan
1. Itshaja: Xa imoto yombane iqhagamshelwe kwimfumba eshajayo, itshaja iqala ukusebenza, iguqula amandla ombane ukuba athumele i-positing yemoto ngomgca wokutshaya. Inani elikhulu lamandla obushushu liya kuveliswa kule nkqubo, kwaye ukusilela ukuthoba ubushushu ngexesha kuya kubangela ukonakalisa imfumba eshaja nemoto yombane.
I-2. Inkqubo yokupholisa i-radiator, impompo yamanzi, itanki lamanzi, i-pipeling, ubushushu obuveliswa kwitanki lamanzi bunokudluliselwa kwi-radiator nge-pump ye-pumprey ye-pumprey ye-pumer ye-pumps ye-pumprey ye-pumprey ye-pumprey ye-pumprey ye-pumprem ye-pumprem ye-pumprem ye-pumps ye-pumprey ye-pumprey yendawo yokutya. Inokunciphisa ngempumelelo iqondo lobushushu xa litshaja kwaye liqinisekise ukhuseleko kunye nokuzinza kwetshaja.
3. Inkqubo yoLawulo: ingayifumana imeko yemfumba eshaja kunye nemoto yombane kwaye ilungelelanise ngokwemfuno.
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