Ibhetri yezamashishini

Hlawula okwangoku
Iibhetri zeLithium-ion, ukubiza 'ezona ndlela zibalaseleyo' kukugcina ulawulwa ngoku kwinqanaba eliphakathi lokwandisa ukusebenza kwebhetri kunye ne-Lifepan.
Nantsi loo nto: Ngexesha lenkqubo yokutshaja, utshintsho lwenzeka kwi-chemistry yangaphakathi yebhetri, kwaye shaja kwindawo ephezulu kakhulu yezi ziphumo.
IAtom ye-Lithium kunye nee-electroneste zakha phezu kwe-inode yegrafiki, yenza umaleko obizwa ngokuba yi-Anode (SEI) ekhusela i-anode, kodwa ikhula nge-ion ye-anode ukuba ininzi kakhulu
Kwi-Cathode, ukwakhiwa okufanayo kweefom ze-lithium ze-lithium, ezinokubangela i-ofisi ye-elektrolyte kwaye kukhokelele kwi-runaway ye-thermal.
Xa intlawulo yangoku iphantsi kakhulu, iphucula imeko yebhetri kodwa inciphisa umthamo webhetri . lingasebenzi kakuhle .
Ibhetri ye-Lithium-ion ihlala ilungiselelwe ukubiza ngokutsha njengeyure, njengoko ilahleko yokusebenza ibaluleke kakhulu kunokuba ilahleke ilahleko yexesha .

Imeko yentlawulo
Ibhetri yebhetri yemoto yombane efana ne-forklift ilingana ne-pillge gauge-linqanaba le-ntlawulo kwisithuba salo nangaliphi na ixesha elinikiweyo .
Kuwo wonke umjikelo wokukhupha, ukuvelisa i-voltage ngokuthe ngcembe njenge-SOCMS ASTALY NO-I-LITEIM-i-Lithium {2}.
Ukulahleka kwamathaba amaxabiso amabhetri xa bekuxinene ngebhayisikile kubushushu obuphakamileyo kuhambelana ngokuthe ngqo ne-SOS, eyona nto imbi kakhulu kukulahleka komthamo,.

Ukuxhathisa ngaphakathi
Ukuchasana kwebhetri kuyachaphazeleka ngezinto ezininzi kubandakanya ubungakanani, ubudala, okwangoku, kunye ne-chemistry {{1} {0}.
Kwiibhetri ze-lithium-ion, i-sei kwi-anode inegalelo ekuxhathisweni okuphezulu ngokuthintela ukusebenzisana negrafu .
I-Sei ye-Sei ibalulekile ekusebenzeni kwebhetri kuba iyenza le nkqubo kwaye inyuse ubomi, kodwa iziphumo zinokongeza ukuxhathisa ngaphakathi .
Abavelisi bebhetri ye-lithium-ion basebenzisa i-songertives kwi-electrolyte yebhetri ukuba banciphise amanye amafutha kwaye bakhusele ifilimu ye-SI ukuba bangayithinteli kakhulu .

Iqondo lobushushu bebhetri
Ibhetri ye-lithium-ion kufuneka ihlawuliswe kuluhlu lwe-32℃f ukuya kwi-113℃f, kwaye ikhutshiwe phakathi kwamaqondo obushushu aphezulu, kodwa okufutshane abafutshane
Xa iqondo lobushushu lingaphantsi kwe-41℃F, intlawulo yangoku kufuneka incitshiswe .
Amaqondo obushushu aphezulu abangela i-Cathode Eectrolyte Accosete, enokubangela ukulahleka kwesiquphe kwethamsali .
Ukubhiyozela ibhetri ye-lithium-ye-Iyor kwiqondo lokuhamba ngaphantsi kwenkunkuma kuya kubangela ukwakhiwa kwesigxina kwi-aide, eyonakalisa ibhetri kwaye inciphisa umthamo .

Iminyaka yobudala
Kubonakala kucacile ukuba ngaphezulu kweminyaka yobudala yebhetri, kungekho lula - kodwa ukwamkelwa kwebhetri akubalwa nje kwiminyaka.
Ngokubanzi, iibhetri ze-lithium-ion izokugqibela ze-2, 000-3 {{3} .}
Ibukeka njani ibhetri? Ibhetri iya kufumana ilahleko engenakuphikwa komthamo
Ukuhamba ngebhayisikile, ukuhamba ngenyawo okunzulu, kunye nobushushu obugqithisileyo buza kukhawulezisa inkqubo yokwaluphala yebhetri ye-lithium-ion, i-{1}} kwi-Lithium ye-Lithium-i-Ion. Igumbi)

Ixabiso:Ibhetri yelanga ene-tag ephantsi yexabiso eliphantsi lingafikelela kwinkcitho yomgangatho kunye nobomi bebhetri, unokuncama iindleko eziphezulu zebhetri.

Umthamo:Umthamo webhetri ubalulekile kuba ngumlinganiso wenani lamandla anokugcinwa yibhetri

I-Voltage:I-voltage yebhanki yelanga yelanga kufuneka ithathelwe ingqalelo ukuqinisekisa ukuba ihambelana neemfuno zelanga . Inkqubo ye-solar yamandla iya kuza nevoti yelanga, kwaye kuxhomekeka kwi-solar yebhanki yebhanki; Kuya kufuneka ufumane i-inverter eyahlukileyo . I-Solar yeTytage ixhomekeke kwi-inverter ye-inverter nokuba ifakwe kwi-Informent Fortines ye-DC yenkqubo ye-DC.

Ubomi bomjikelo:Olona phawu lubaluleke kakhulu kwibhetri yelanga ngumjikelo wobomi balo ixesha lokuphila .