Imodyuli yokutshaja yokupholisa ulwelo yindlela entsha yobuchwephesha yokutshaja i-EV

 Kubasebenzi bezikhululo zokutshaja, kukho imiba emibini ebangela ingxaki: izinga lokungaphumeleli kweenqwaba zokutshaja kunye nezikhalazo malunga nokuphazamiseka kwengxolo.

 Izinga lokusilela kweenqwaba zokutshaja lichaphazela ngokuthe ngqo inzuzo yendawo. Kwinqwaba yokutshaja ye-120kW, ilahleko ephantse ibe yi-$60 kwiintlawulo zenkonzo iya kubangelwa ukuba ayisebenzi imini enye ngenxa yokusilela. Ukuba indawo iyasilela rhoqo, iya kuchaphazela amava okutshaja kwabathengi, nto leyo eya kuzisa ilahleko engenakulinganiswa yophawu kumqhubi.

Okwangoku ii-charging piles ezidumileyo kushishino zisebenzisa ii-heat dissipation modules ezipholisiweyo ngumoya. Zisebenzisa ifeni ekhawulezayo ukukhupha umoya ngamandla. Umoya utsalwa kwipaneli engaphambili uze ukhutshwe ngasemva kwe-module, ngaloo ndlela ususa ubushushu kwi-radiator kunye nee-heat components. Nangona kunjalo, umoya uya kuxutywa nothuli, inkungu yetyuwa kunye nokufuma, kwaye uya kufihlwa kumphezulu we-internal components ye-module, ngelixa iigesi ezivuthayo neziqhumayo ziya kudibana ne-conductive components. Ukuqokelelana kothuli lwangaphakathi kuya kukhokelela kwi-insulation embi yenkqubo, ukuchithwa kobushushu okungalunganga, ukusebenza okuphantsi kokutshaja, kunye nokunciphisa ubomi bezixhobo. Ngexesha lemvula okanye ukufuma, uthuli oluqokelelweyo luya kuba ngumngundo emva kokufunxa amanzi, ii-metal components, kwaye i-short circuit iya kukhokelela ekusileleni kwe-module.

Ukuze kuncitshiswe izinga lokusilela nokulungisa iingxaki zengxolo kwiinkqubo zokutshaja ezikhoyo, eyona ndlela ilungileyo kukusebenzisa iimodyuli kunye neenkqubo zokutshaja zokupholisa ulwelo. Ukuphendula kwiindawo ezibuhlungu zokusebenza kokutshaja, i-MIDA Power iqalise imodyuli yokutshaja yokupholisa ulwelo kunye nesisombululo sokutshaja sokupholisa ulwelo.

Isiseko senkqubo yokutshaja yokupholisa ulwelo yimodyuli yokutshaja yokupholisa ulwelo. Inkqubo yokutshaja yokupholisa ulwelo isebenzisa ipompo yamanzi ukuqhuba i-coolant ukuba ijikeleze phakathi kwemodyuli yokutshaja yokupholisa ulwelo kunye ne-radiator yangaphandle ukuze isuse ubushushu kwimodyuli. Ubushushu buyaphela. Imodyuli yokutshaja kunye nezixhobo ezivelisa ubushushu ngaphakathi kwenkqubo zitshintshiselana ubushushu ne-radiator nge-coolant, zahlulwe ngokupheleleyo kwindawo engaphandle, kwaye akukho nxibelelwano nothuli, ukufuma, ityuwa, kunye neegesi ezinokutsha neziqhumayo. Ke ngoko, ukuthembeka kwenkqubo yokutshaja yokupholisa ulwelo kuphezulu kakhulu kunenkqubo yokutshaja yokupholisa umoya yendabuko. Kwangaxeshanye, imodyuli yokutshaja yokupholisa ulwelo ayinafeni yokupholisa, kwaye ulwelo lokupholisa luqhutywa yipompo yamanzi ukuze ikhuphe ubushushu. Imodyuli ngokwayo ayinangxolo, kwaye inkqubo isebenzisa ifeni enkulu enesandi esiphantsi esinomsindo ophantsi. Kuyabonakala ukuba inkqubo yokutshaja yokupholisa ulwelo inokusombulula ngokugqibeleleyo iingxaki zokuthembeka okuphantsi kunye nengxolo ephezulu yenkqubo yokutshaja yendabuko.

Iimodyuli zokutshaja ezipholisa ulwelo i-UR100040-LQ kunye ne-UR100060-LQ ezibonisiweyo zisebenzisa uyilo lokwahlulahlula umbane ngamanzi, olulungele uyilo kunye nokugcinwa kwenkqubo. Iziphelo zokungena kwamanzi kunye nezokuphuma zisebenzisa izihlanganisi ze-quick-plug, ezinokuxhunywa ngqo kwaye zitsalwe ngaphandle kokuvuza xa imodyuli itshintshiwe.

Imodyuli yokupholisa ulwelo lwe-MIDA Power inezi nzuzo zilandelayo:

Inqanaba eliphezulu lokhuseleko

Iipali zokutshaja zokupholisa umoya zemveli zihlala zinesakhiwo se-IP54, kwaye izinga lokungaphumeleli lihlala liphezulu kwiimeko zokusetyenziswa ezifana neendawo zokwakha ezinothuli, amaqondo obushushu aphezulu, umswakama ophezulu, kunye nolwandle olunetyuwa eninzi, njl. Inkqubo yokutshaja yokupholisa ulwelo inokufezekisa ngokulula uyilo lwe-IP65 ukuhlangabezana nezicelo ezahlukeneyo kwiimeko ezinzima.

Ingxolo ephantsi

Imodyuli yokutshaja yokupholisa ulwelo ayinakukwazi ukufezekisa ingxolo, kwaye inkqubo yokutshaja yokupholisa ulwelo inokusebenzisa iindlela ezahlukeneyo zolawulo lobushushu, ezinje ngokutshintshiselana kobushushu efrijini kunye nokupholisa umoya opholileyo ngamanzi ukuze kususwe ubushushu, ngokusasaza ubushushu kakuhle kunye nengxolo ephantsi.

Ukusasazwa kobushushu okukhulu

Isiphumo sokusasaza ubushushu semodyuli yokupholisa ulwelo singcono kakhulu kuneso semodyuli yokupholisa umoya yendabuko, kwaye izinto ezingundoqo zangaphakathi zingaphantsi malunga ne-10°C kunemodyuli yokupholisa umoya. Ukuguqulwa kwamandla obushushu obuphantsi kukhokelela ekusebenzeni kakuhle, kwaye ixesha lokuphila kwezixhobo ze-elektroniki lide. Kwangaxeshanye, ukusasaza ubushushu ngokufanelekileyo kunokunyusa uxinano lwamandla emodyuli kwaye kusetyenziswe kwimodyuli yokutshaja amandla aphezulu.

Ukugcinwa lula

Inkqubo yokutshaja yokupholisa umoya yendabuko kufuneka icocwe rhoqo okanye itshintshe isihluzo somzimba wenqwaba, isuse uthuli rhoqo kwifeni yomzimba wenqwaba, isuse uthuli kwifeni yemodyuli, itshintshe ifeni yemodyuli okanye icoce uthuli olungaphakathi kwimodyuli. Ngokuxhomekeke kwiimeko ezahlukeneyo zokusetyenziswa, ukugcinwa kufuneka amaxesha ama-6 ukuya kwali-12 ngonyaka, kwaye iindleko zomsebenzi ziphezulu. Inkqubo yokutshaja yokupholisa ulwelo kufuneka ijonge kuphela i-coolant rhoqo kwaye icoce uthuli lwe-radiator, nto leyo eyenza kube lula kakhulu.