Imodyuli Yokushaja Yokupholisa Uketshezi iyindlela entsha yobuchwepheshe yokushaja i-EV

 Kubasebenzi beziteshi zokushaja, kunezinkinga ezimbili eziyinkinga kakhulu: izinga lokwehluleka kwezinqwaba zokushaja kanye nezikhalazo mayelana nokuphazamiseka komsindo.

 Izinga lokwehluleka kwezinqwaba zokushaja lithinta ngqo inzuzo yendawo. Kwinqwaba yokushaja engu-120kW, kuzolahleka cishe u-$60 emalini yesevisi uma ingasebenzi usuku olulodwa ngenxa yokwehluleka. Uma indawo ihluleka njalo, kuzothinta ulwazi lokushaja lwamakhasimende, okuzoletha ukulahlekelwa komkhiqizo okungenakulinganiswa kumqhubi.

Njengamanje ama-charging pile athandwa embonini asebenzisa amamojula okushisa apholile ngomoya. Asebenzisa ifeni yesivinini esikhulu ukukhipha umoya ngamandla. Umoya udonswa kusuka kuphaneli engaphambili bese ukhishwa ngemuva kwemojula, ngaleyo ndlela ususa ukushisa kusuka ku-radiator kanye nezingxenye zokushisa. Kodwa-ke, umoya uzoxutshwa nothuli, inkungu kasawoti kanye nomswakama, futhi uzomuncwa ebusweni bezingxenye zangaphakathi zemojula, kuyilapho amagesi avuthayo naqhumayo azothinta izingxenye eziqhuba umoya. Ukuqongelela kothuli lwangaphakathi kuzoholela ekufakweni kokushisa okungekuhle, ukushajwa kokushisa okungekuhle, ukusebenza kahle kokushaja okuphansi, futhi kufinyeze isikhathi sokuphila kwemishini. Esikhathini semvula noma umswakama, uthuli oluqongelelwe luzoba lukhuni ngemva kokumunca amanzi, izingxenye ezigqwalile, kanye ne-short circuit kuzoholela ekwehlulekeni kwemojula.

Ukuze wehlise izinga lokuhluleka nokulungisa izinkinga zomsindo zezinhlelo zokushaja ezikhona, indlela engcono kakhulu ukusebenzisa amamojula nezinhlelo zokushaja zokupholisa uketshezi. Ukuphendula izindawo ezibuhlungu zokusebenza kokushaja, i-MIDA Power yethule imojula yokushaja yokupholisa uketshezi kanye nesisombululo sokushaja sokupholisa uketshezi.

Ingqikithi yesistimu yokushaja yokupholisa uketshezi yimodyuli yokushaja yokupholisa uketshezi. Uhlelo lokushaja lokupholisa uketshezi lusebenzisa iphampu yamanzi ukuze luqhube i-coolant ukuze ijikeleze phakathi kwengaphakathi lemodyuli yokushaja yokupholisa uketshezi kanye ne-radiator yangaphandle ukuze kususwe ukushisa kumodyuli. Ukushisa kuyanyamalala. Imodyuli yokushaja kanye namadivayisi akhiqiza ukushisa ngaphakathi kwesistimu ashintshana ngokushisa ne-radiator ngokusebenzisa i-coolant, ehlukaniswe ngokuphelele nendawo yangaphandle, futhi akukho ukuxhumana nothuli, umswakama, i-spray kasawoti, kanye namagesi avuthayo naqhumayo. Ngakho-ke, ukuthembeka kwesistimu yokushaja yokupholisa uketshezi kuphakeme kakhulu kunokwesistimu yokushaja yokupholisa umoya yendabuko. Ngesikhathi esifanayo, imodyuli yokushaja yokupholisa uketshezi ayinayo ifeni yokupholisa, futhi uketshezi lokupholisa luqhutshwa yiphampu yamanzi ukuze kususwe ukushisa. Imodyuli ngokwayo ayinawo umsindo, futhi uhlelo lusebenzisa ifeni elikhulu elinemvamisa ephansi elinomsindo ophansi. Kungabonakala ukuthi uhlelo lokushaja lokupholisa uketshezi lungaxazulula ngokuphelele izinkinga zokuthembeka okuphansi nomsindo ophezulu wesistimu yokushaja yendabuko.

Amamojula okushaja okupholisa uketshezi i-UR100040-LQ kanye ne-UR100060-LQ abonisiwe asebenzisa umklamo wokuhlukaniswa kwamandla kagesi, okulungele ukuklama nokugcinwa kwesistimu. Ama-terminal okungena kwamanzi kanye ne-outlet asebenzisa izixhumi ze-quick-plug, ezingaxhunywa futhi zidonswe ngqo ngaphandle kokuvuza lapho imojula ishintshwa.

Imodyuli yokupholisa uketshezi lwe-MIDA Power inezinzuzo ezilandelayo:

Izinga lokuvikela eliphakeme

Izinqwaba zokushaja zokupholisa umoya zendabuko ngokuvamile zinedizayini ye-IP54, futhi izinga lokuhluleka lihlala liphezulu ezimweni zokusetshenziswa njengezindawo zokwakha ezinothuli, izinga lokushisa eliphezulu, umswakama ophezulu, kanye nolwandle olunenkungu enosawoti omningi, njll. Uhlelo lokushaja lokupholisa uketshezi lungafinyelela kalula umklamo we-IP65 ukuze luhlangabezane nezinhlelo zokusebenza ezahlukahlukene ezimweni ezinzima.

Umsindo ophansi

Imojula yokushaja yokupholisa uketshezi ingafinyelela umsindo ongekho, futhi uhlelo lokushaja lokupholisa uketshezi lungasebenzisa ubuchwepheshe obuhlukahlukene bokuphatha ukushisa, njengokushintshana kokushisa kwesiqandisi kanye nokupholisa umoya okupholisa amanzi ukuze kususwe ukushisa, ngokushisa okuhle nokushabalalisa umsindo ophansi.

Ukushabalalisa ukushisa okuhle

Umphumela wokushabalalisa ukushisa wemodyuli yokupholisa uketshezi ungcono kakhulu kunowemodyuli yendabuko yokupholisa umoya, futhi izingxenye zangaphakathi eziyinhloko ziphansi cishe ngo-10°C kunemodyuli yokupholisa umoya. Ukuguqulwa kwamandla okushisa okuphansi kuholela ekusebenzeni kahle okuphezulu, futhi isikhathi sokuphila kwezingxenye ze-elekthronikhi side. Ngesikhathi esifanayo, ukushabalalisa ukushisa okuphumelelayo kungandisa ubukhulu bamandla bemodyuli futhi kusetshenziswe kwimodyuli yokushaja amandla ephezulu.

Ukulungiswa okulula

Uhlelo lokushaja olujwayelekile lokupholisa umoya ludinga ukuhlanza njalo noma ukushintsha isihlungi somzimba wenqwaba, ukususa njalo uthuli kufeni lomzimba wenqwaba, ukususa uthuli kufeni lemodyuli, ukushintsha ifeni lemodyuli noma ukuhlanza uthuli ngaphakathi kwemodyuli. Kuye ngezimo ezahlukene zokusetshenziswa, ukulungiswa kuyadingeka izikhathi ezingu-6 kuya kwezingu-12 ngonyaka, futhi izindleko zomsebenzi ziphakeme. Uhlelo lokushaja olupholile ludinga kuphela ukuhlola njalo i-coolant nokuhlanza uthuli lwe-radiator, okwenza kube lula kakhulu