Ibhetri yamandla ibizwa ngokuba yintliziyo yemoto yombane; uphawu, isixhobo, amandla, ukusebenza kokhuseleko, njl njl. Ibhetri yemoto yombane ibaluleke " Okwangoku, indleko zebhetri yesithuthi sombane ngama-30% -40% yemoto iphela, enokuthi ithethwe ukuba ibe yi-core core!
Okwangoku, iibhetri zamandla eziziintloko ezisetyenziswa kwizithuthi zombane kwimarike zihlulwe zababini iibhetri: iibhetri ze-tenary lithium ze-lithium ze-phosphatele phosphatele. Emva koko, mandikhe ndihlalutye kancinci umahluko kunye nezibonelelo kunye nokungancedi kwiibhetri ezimbini:
1. Izixhobo ezahlukeneyo:
Isizathu sokuba kubizwa ngokuba yi "Ternaty Lithium" kunye ne "Lithium I-Inyibium i-phosphate" ikakhulu ibhekisele kwizinto zekhemikhali "ze-elektrode ze-elektroniki" zebhetri;
"I-Ternary Lithium":
Izinto ezibonakalayo ze-Otolode zisebenzisa i-LITKEAM COAMAANT ye-Anganate (Li (Li (NI (Li (Nicton) O2) I-O2 Ezi zinto zidibanisa iingenelo ze-lithium cobalt, i-lithium ye-lithium oxide kunye ne-lithium manganate, zenza inkqubo yesigaba sesithathu yezinto ezintathu. Ngenxa yempembelelo ye-ternary enesidima, ukusebenza kwayo kungcono kune nayiphi na i-componing enye.
Msgstr "I-Lithium inyibiline phosphate":
Ibhekisa kwiibhetri ze-lithium-ion usebenzisa i-lithium ye-lithium i-phosphate njengezixhobo ze-Otomede. Iimpawu zayo kukuba ayinazo izinto ezixabisekileyo ezinje nge-Cobabat, ixabiso lezinto ezikrwada liphantsi, kwaye izixhobo zefosphorus kunye nentsimbi zininzi emhlabeni, ke akuyi kubakho ngxaki.
isishwankathelo
Izinto ze-ternary ze-lithium zinqongophele kwaye zikhula ngophuhliso olukhawulezileyo lwezithuthi zombane. Amaxabiso abo aphezulu kwaye ayathintelwa kakhulu zizixhobo ezingaphantsi komhlaba. Olu luphawu lwe-ternary lithium ngoku;
I-Lithium inyibiliki ye-phosphate, kuba isebenzisa umyinge ophantsi wezinto ezinqabileyo / ezixabisekileyo kwaye i-iron ebizayo kwaye i-iron enkulu, ityhefu kune-ternary litters kwaye ichaphazeleke kakhulu ziibhetri ze-terstream eluhlaza. Olu luhlobo lwayo.
2. Uxilongo lwamandla ohlukeneyo:
"Ibhetri ye-ternary lithium": Ngenxa yokusetyenziswa kwezinto zensimbi ezisebenzayo, ukuxinana kwamandla i-ternary lithium ze-ternary lithium (i-140Wh / kg / kg ~ 160 i-terties ephezulu (160 wh / kg~I-180 wh / kg); Uxinano lwamandla obunzima lunokufikelela kwi-180Wh-240wh / kg.
"I-Lithium inyibiline phosphate": Ukuxinana kwamandla ngokubanzi 90-110 w / kg; Ezinye iibhetri ze-lithium ze-phosphate ye-phosphatele, ezinjengeebhetri, zinobunzima bamandla be-120w / kg-140w / kg.
isishwankathelo
Inzuzo enkulu ye "Ibhetri ye-ternium ye-lithium" ngaphezulu "i-Lithium ye-litium i-phosphate" kukuxinana kwamandla amakhulu kunye nokukhawulezisa isantya.
I-3. Ukwahlula-hlulwa kweqondo lobushushu:
Ukunganyangeki kobushushu obuphantsi:
Ibhetri ye-ternary lithium: Ibhetri ye-ternary lithium ilunge ngakumbi seqondo lokusebenza kwaye inokugcina malunga ne-70% ye-80% ye-80°C.
I-Lithium i-phosphate ye-phosphate: enganyangeki kumaqondo obushushu asezantsi: xa iqondo lobushushu lingaphantsi -10°C,
I-Lithium ye-Inyibium phosphatele ibohloka ngokukhawuleza. I-Lithium ye-Inyibium ye-phosphatele inokuthi igcine i-50% ukuya kwi-60% yomthamo webhetri eqhelekileyo kwi-2010°C.
isishwankathelo
Kukho umahluko omkhulu kwiqondo lokudibana kweqondo lokudibana phakathi kwe "ternary Lithium Bit yebhetri" kunye "ne-lithium ye-lithium phosphate"; "I-Lithium inyibiline phosphate" inyangeka kakhulu kubushushu obuphezulu; Ibhetri ye-ternium enganyangekiyo ye-ternium "yebhetri ye-ternium" ineendlela ezingcono zebhetri kwimimandla yasebusika okanye ebusika.
4. I-spans yobomi eyahlukeneyo:
Ukuba umthamo osele / amandla okuqala = 80% isetyenziswa njengendawo yokuphela kovavanyo, uvavanyo:
I-Lithium ye-Inyibium ye-phosphatele i-phocks i-phocks inomjikelezo omde kuneebhetri ezikhokelayo kunye neebhetri ze-acid kunye neebhetri ze-ternary lithium. Olona "lubomi lude" lweebhetri zemoto yethu-i-acid zimalunga nama-300 kuphela; Ibhetri ye-gethium ye-gethium ingahlala i-theoretim ihlala ibuyele kangangezihlandlo ezingama-2 000, kodwa ngokusetyenziswa, amandla aya kubola kangangeepesenti ezingama-60; Kwaye ubomi bokwenyani beebhetri ze-lithium ze-phosphatele ngamaxesha angama-2000, kusekho umthamo wama-95% ngeli xesha, kunye nomjikelo wayo wokujikeleza ubomi ufikelela ngaphezulu kwamaxesha angama-3000.
isishwankathelo
Iibhetri zombane ziyindlela yetekhnoloji yeebhetri. Zombini iintlobo zeebhetri zeLithium zihlala ixesha elide. Ngokuthetha ngokwethu, ixesha lokuphila ibhetri ye-teraty lithium yi-2,000 intlawulo kunye nokubhobhoza imijikelezo. Nokuba siyayibiza kanye ngemini, inokuhlala ngaphezulu kweminyaka emi-5.
5. Amaxabiso ayahlukile:
Kuba i-lithium yentsimbi phosphatele ayinazo izixhobo zentsimbi ezixabisekileyo, iindleko zezinto eziluhlaza zingancitshiswa kakhulu. Iibhetri ze-ternary lithium zisebenzisa i-LITKEEL COXCT Manganate njengezixhobo ezilungileyo ze-electrode kunye negrafiki njengezixhobo ezimbi ze-elecrode, ke iindleko zibiza kakhulu kwiibhetri ze-phosphaum ye-phosphaum phosphate phosphate ibhetri.
Ibhetri ye-tenary lithium ikakhulu isebenzisa izinto ze-genede ze "Lithium ye-Lithium Cobanate" okanye "i-lithium ye-lithium cobanate iqulunqe ityiwa, ityiwa ye-Cobambese, kunye ne-manganese ityiwa njengezixhobo eziluhlaza. Inqaku le-cobalt "kwezi zinto zimbini ze-canode sisinyithi esixabisekileyo. Ngokwedatha kwiiwebhusayithi ezifanelekileyo, ixabiso lesalathiso sasekhaya le-cobabalt liyi-413,000 Yuan, kunye nokuncitshiswa kwezinto, ixabiso liyaqhubeka linyuka. Okwangoku, iindleko zeebhetri ze-ternary lithium yi-0.85-1 yuan / wh, kwaye okwangoku ikhoyo ngokunyuka kwesidingo sentengiso; Ixabiso leebhetri ze-lithium ze-phosphatele phosphatele ezingenazo izinto ezinobungozi zimalunga ne-0.58-0.6 yuan / wh.
isishwankathelo
Ukusukela "i-lithium ye-inyibilium ye-phosphate" ayinazo iintsimbi ezixabisekileyo ezinje nge-cobabat, ixabiso layo li-0.5-0.7 leibhetri; Ixabiso lexabiso eliphantsi yinzuzo enkulu ye-lithium ye-inyibilium phosphate.
Shwankathela
Isizathu sokuba kuqhume izithuthi zombane kwiminyaka yakutshanje kwaye zimele ukhokelo lwexesha elizayo lophuhliso lwemoto, ukunika abathengi ngamava anokuba ngcono, ikakhulu ngenxa yophuhliso oluqhubekayo lwetekhnoloji yebhetri.
Ixesha lokuphumla: I-Oct-28-2023
