Kufanele silikhethe kanjani irobhothi elishanela phansi?
Okokuqala, masiqonde isimiso sokusebenza serobhothi elishanelayo. Kafushane, umsebenzi oyisisekelo werobhothi elishanelayo ukukhuphula uthuli, ukuthwala uthuli nokuqoqa uthuli. Ifeni yangaphakathi izungezisa ngesivinini esikhulu ukuze idale ukugeleza komoya, futhi ngebhulashi noma imbobo yokumunca ngaphansi komshini, uthuli olunamathele phansi luphakanyiswa kuqala.
Uthuli oluphakanyisiwe lumuncwa ngokushesha emgudwini womoya bese lungena ebhokisini lothuli. Ngemva kwesihlungi sebhokisi lothuli, uthuli luhlala, futhi umoya ohlanzekile uyakhishwa ngemuva komshini wokuphuma.
Okulandelayo, ake sibheke ukuthi yiziphi izici ezithile okufanele ziphawulwe lapho ukhetha irobhothi lokuhlanza phansi!
Ngokusho indlela eshanela ukukhetha
Irobhothi lokuhlanza phansi lingahlukaniswa libe uhlobo lwebhulashi kanye nohlobo lomlomo wokumunca ngokuvumelana nezindlela ezahlukene zokuhlanza imfucuza yomhlabathi.
Uhlobo lwebhulashi irobhothi elishanelayo
Phansi ibhulashi, njengomshanelo esivame ukuwusebenzisa, umsebenzi uwukushanela uthuli phansi, ukuze isicoci se-vacuum sizomunca uthuli. Ibhulashi eliqengqelekayo livamise ukuba phambi kwembobo yevacuum, okuvumela uthuli ukuthi lungene ebhokisini lokuqoqa uthuli ngembobo yevacuum.
Ishanela yohlobo lwembobo yokudonsa
Phansi imbobo yevacuum, esebenza ngokufana nesicoci se-vacuum, ukumunca uthuli nodoti omncane osuka phansi uye ebhokisini lothuli ngokumunca. Ngokuvamile kukhona uhlobo lwembobo eyodwa elungisiwe, uhlobo lwembobo eyodwa elintantayo kanye nabashaneli bohlobo lwembobo encane emakethe.
Qaphela: Uma unezilwane ezifuywayo ezinoboya ekhaya, kutuswa ukuba ukhethe uhlobo lomlomo olumuncayo werobhothi elishanelayo.
Khetha ngemodi yokuhlela umzila
①Uhlobo olungahleliwe
Irobhothi elishanelayo lohlobo olungahleliwe lisebenzisa indlela yokumboza engahleliwe, esekelwe ku-algorithm ethile yokunyakaza, efana nonxantathu, i-pentagonal trajectory ukuze izame ukumboza indawo yokusebenza, futhi uma ihlangabezana nezithiyo, yenza umsebenzi wokuqondisa ohambisanayo.
Izinzuzo:ezishibhile.
Ububi:akukho ukuma, akukho mephu yemvelo, akukho ukuhlela indlela, indlela yayo yeselula ngokuyisisekelo incike ku-algorithm eyakhelwe ngaphakathi, ukufaneleka kwe-algorithm kunquma ikhwalithi nokusebenza kahle kokuhlanzwa kwayo, isikhathi sokuhlanza esijwayelekile side kakhulu.
②Uhlobo lokuhlela
Irobhothi elishanelayo lohlobo lokuhlela linesistimu yokuzulazula yokubeka indawo, lingakha imephu yokuhlanza. Ukuma komzila wokuhlela kuhlukaniswe ngezindlela ezintathu: uhlelo lokuzulazula olusukela nge-laser, uhlelo lokuzulazula lokuma kwasendlini kanye nesistimu yokukala esekelwe esithombeni.
Izinzuzo:ukuhlanza okuphezulu, kungase kusekelwe endleleni yokuhlela yokuhlanza kwendawo.
Ububi:ibiza kakhulu
Khetha ngohlobo lwebhethri
Ibhethri lilingana nomthombo wamandla oshanelayo, okuhle noma okubi kuthinta ngqo ibanga nempilo yesevisi yomshaneli. Ukusetshenziswa kwamanje kwemakethe kwamabhethri erobhothi ashanelayo, kungahlukaniswa ngamabhethri e-lithium-ion namabhethri e-nickel-hydrogen.
Ibhethri ye-lithium-ion
Amabhethri e-lithium-ion enziwe ngensimbi ye-lithium noma i-lithium alloy njengento engalungile ye-electrode, esebenzisa isisombululo se-electrolyte esinganamanzi sebhethri. Inezinzuzo zesayizi encane nesisindo esincane, futhi ingakhokhiswa njengoba isetshenziswa.
Ibhethri ye-nickel-hydrogen
Amabhethri e-nickel-metal hydride akhiwe ngama-ion e-hydrogen nensimbi ye-nickel. Amabhethri e-NiMH anomphumela wenkumbulo, futhi kungcono kakhulu ukuwasebenzisa ngokujwayelekile ngemva kokuba esekhishiwe bese eshajwa ngokugcwele ukuze uqinisekise ukuphila kwebhethri. Amabhethri e-NiMH awangcolisi imvelo futhi anobungani nemvelo. Ngokuphathelene namabhethri e-lithium-ion, usayizi wawo omkhulu, akakwazi ukushajwa ngokushesha, kodwa ukuphepha nokuzinza kuzoba phezulu.
Isikhathi sokuthumela: Jan-11-2023