Ziziphi izizathu zokuba abaqhubi be-telecom batshintshele ekuthengeniiibhetri ze-lithium iron phosphate?Ukugcinwa kwamandla kwimarike kulapho kusetyenziswa iibhetri ze-lithium iron phosphate.Iibhetri ze-lithium iron phosphate zisetyenziswa ngokubanzi nangakumbi ngenxa yokusebenza kwazo okugqwesileyo kokhuseleko kunye neendleko eziphantsi.Ukuphuculwa kobuchwephesha bonxibelelwano kuzala iimarike zesicelo esitsha kwiibhetri ze-lithium, kwaye iibhetri ze-lead-asidi zitshintshwa ngokuthe ngcembe ziibhetri ze-lithium.

Zeziphi izizathu zokuba abaqhubi be-telecom batshintshele ekuthengeni iibhetri ze-lithium iron phosphate?

Kuyaqondwa ukuba okwangoku, abaqhubi abathathu abakhulu bonxibelelwano lwasekhaya i-China Telecom, i-China Mobile, i-China Unicom kunye nabanye abaqhubi bonxibelelwano baye bamkela iibhetri ze-lithium zentsimbi ze-phosphate ezihambelana nokusingqongileyo, zizinzileyo, kwaye zinobomi obude benkonzo yokuthatha indawo yangaphambili. iibhetri ze-lead-asidi.Iibhetri ze-lead-asidi zisetyenziswe kwishishini lonxibelelwano malunga neminyaka engama-25, kwaye ukungona kwabo kuya kucaca ngakumbi, ngakumbi kwindawo yegumbi lekhompyutha kunye nokugcinwa emva kokugcinwa.

Phakathi kwabaqhubi abakhulu abathathu, i-China Mobile isebenzisa iibhetri ze-lithium iron phosphate, ngelixa i-China Telecom kunye ne-China Unicom zilumke ngakumbi.Esona sizathu sichaphazela ukusetyenziswa okukhulu kweebhetri ze-lithium iron phosphate lixabiso eliphezulu.Ukusukela ngo-2020, i-China Tower iphinde yacela ukuthengwa kweebhetri ze-lithium iron phosphate kwiithenda ezininzi.

Xa kuthelekiswa neebhetri ze-lead-acid, iibhetri ze-lithium iron phosphate zonxibelelwano lwamandla aneenzuzo zeenyawo ezincinci, ubuninzi bamandla, ubomi bomjikelezo omde, ukhuseleko, ukuthembeka, kunye nokukhuselwa kwendalo.Iibhetri zeLithium iron phosphate zingena ngokuthe ngcembe kwindawo yokubona abantu.

1. Ngokubhekiselele ekugcinweni kwamandla, isikhululo sesiseko sonxibelelwano esisebenzisa iibhetri ze-lithium sinokugcina i-7,200 degrees zombane ngonyaka, kwaye abaqhubi abathathu abakhulu banezikhululo ze-90,000 zonxibelelwano kwiphondo, ngoko ke ukugcinwa kwamandla akunakuncitshiswa.Ngokubhekiselele ekukhuselweni kwendalo, iibhetri ze-lithium azinayo isinyithi esinzima kwaye zinempembelelo encinci kwindalo.

2. Ngokubhekiselele kubomi bomjikelezo, ubomi bomjikelezo weebhetri ze-lead-acid ngokuqhelekileyo malunga namaxesha angama-300, ubomi bomjikelezo weebhetri ze-lithium iron phosphate budlula amaxesha angama-3000, ubomi bomjikelezo weebhetri ze-lithium bunokufikelela amaxesha angaphezu kwama-2000, kunye nenkonzo. ubomi bunokufikelela ngaphezu kweminyaka emi-6.

3. Ngokumalunga nomthamo, ngenxa yobunzima bokukhanya kwebhetri ye-lithium, ukufakwa kweebhetri zentsimbi ye-lithium kwindawo esanda kuqashwa kwigumbi lekhompyutha kunokuhlangabezana neemfuno zokuthwala umthwalo ngaphandle kokuqiniswa, ukugcina iindleko ezinxulumene nokwakhiwa kunye nokunciphisa ukwakhiwa. ixesha.

4. Ngokubhekiselele kwiqondo lokushisa, iibhetri ze-lithium iron phosphate zichasene nokushisa okuphezulu, kwaye ukushisa okusebenzayo kunokuvela kwi-0 ukuya ku-40. Ngoko ke, kwezinye izikhululo ze-macro, ibhetri inokubekwa ngokuthe ngqo ngaphandle, egcina ixabiso lenjongo ukwakha (ukuqasha) izindlu kunye neendleko zokuthenga kunye nokusebenza kwee-air conditioners.

5. Ngokubhekiselele kukhuseleko, isiseko sonxibelelwano kwisikhululo samandla sokugcina i-lithium ibhetri yenkqubo yokulawula ibhetri ye-BMS ineempawu zemisebenzi yonxibelelwano oluphambili, ukuzihlola ngokugqibeleleyo inkqubo, ukuthembeka okuphezulu, ukhuseleko oluphezulu, ulawulo oluluqilima lwe-elektroniki, imigangatho engqongqo, kunye nokulungelelanisa okunamandla.

Iimeko zeSicelo seebhetri zeLithium Iron Phosphate kuNxibelelwano

Isetyenziselwa izikhululo zesiseko esikhulu, ezinomsebenzi ombi kunye nendawo emxinwa.

Ngenxa yobunzima bokukhanya kunye nobungakanani obuncinci bebhetri ye-lithium iron phosphate, ukuba isetyenziswe kwisikhululo sesiseko, ingasetyenziswa ngokuthe ngqo kwisikhululo esisezantsi esinentsebenzo engafanelekanga yesikhululo se-macro okanye indawo enesithuba esiqinileyo iziko lesixeko, eliya kunciphisa ngokungathandabuzekiyo ubunzima bokukhethwa kwendawo kunye nokwenza ukhetho lwendawo lusebenze ngokufanelekileyo.Yakha isiseko senyathelo elilandelayo.Isetyenziselwa izikhululo ezisisiseko ezicinywa rhoqo umbane kunye nomgangatho ombi wamandla ombane.

Kuba ibhetri ye-lithium yentsimbi ye-phosphate ineempawu zobomi benkonzo ende kunye nemijikelo emininzi yentlawulo kunye nokukhupha, inokusetyenziswa kwizikhululo ezisisiseko ezineehotele rhoqo kunye nomgangatho ophantsi wamandla ombane, ukunika ukudlala ngokupheleleyo kwiinzuzo zayo kunye nokuqaqambisa iimpawu zayo, ukuze ukuqinisekisa ukusebenza kwayo.

Unikezelo lwamandla eludongeni lulungele izikhululo ezisisiseko ezisasazwe ngaphakathi.

Ibhetri ye-lithium iron phosphate ineempawu zobunzima bokukhanya kunye nobukhulu obuncinci, kwaye ingasetyenziselwa njengebhetri yokugcina ukuqinisa ukunikezelwa kwamandla okutshintsha ukuqinisekisa ukunikezelwa kwamandla ngexesha, ukuthembeka kunye nokhuseleko lokunikezelwa kwamandla.

Isetyenziswa kwizikhululo ezisisiseko ezidityanisiweyo zangaphandle.

Izikhululo ezininzi ezisisiseko zisebenzisa imowudi yolawulo lwesiseko esidibeneyo sangaphandle, esisombulula ingxaki yobunzima ekurenteni amagumbi ekhompyuter.Izikhululo ezisisiseko ezidityanisiweyo zangaphandle zichaphazeleka ngokulula ngezinto ezahlukeneyo zangaphandle, ezinje ngobushushu, ukufuma kunye nemozulu enomoya.Kule meko enzima, iibhetri ze-lithium iron phosphate zinokuqinisekisa ngokufanelekileyo ukuhlawulwa kunye nokukhupha ukusebenza kumaqondo aphezulu.Nangona kungekho moya womoya njengesiqinisekiso, ibhetri ye-lithium iron phosphate inokusebenza ngokuqhelekileyo, igweme umonakalo obangelwa ukushisa okuphezulu.

Isishwankathelo: Ibhetri ye-lithium iron phosphate yindlela yophuhliso kummandla wonxibelelwano.Ibhetri ye-lithium iron phosphate iye yalingwa ngabasebenzisi abaninzi bonxibelelwano, kwaye ikwayitekhnoloji edumileyo kwicandelo lonikezelo lwamandla onxibelelwano.