Uvavanywa njani ubume bobugcisa bebhetri yamandla e-UPS

ଲେଖକ: ଆଇଫ୍ଲୋପାୱାର - Leverancier van draagbare energiecentrales

Indlela yokuvavanya ubume bobugcisa bebhetri yamandla e-UPS? Uvavanyo lwebhetri logcino lwamandla e-UPS lunokwenziwa ngokubanzi ngovavanyo lwebhetri. Ukuba iimfuno zomntu zomntu zokubona umgangatho webhetri awugqitywanga, inkampani enkulu ngokubanzi i-UPS yokucubungula iibhetri iya kuba nomhloli webhetri, kodwa ezinye iibhetri ezincinci Iinkampani zokucubungula zikhetha umbutho wokuvavanya umntu wesithathu xa zenza uvavanyo lwebhetri. Indlela yokuvavanya ubume bobugcisa bebhetri yamandla e-UPS? I-1, indlela yokukhupha: Oko kukuthi, ukukhupha ibhetri yokugcina amandla e-UPS kunye ne-discharge detector, enokuba ngumlinganiselo ochanekileyo womthamo kunye nomgangatho webhetri.

Kodwa ixesha lokufumanisa lide. I-2, indlela yokufumanisa i-conductance: oko kukuthi, indlela yokubona umthamo webhetri ye-UPS yokunikezelwa kwamandla isetyenziselwa ukumisela umgangatho webhetri kunye nomthamo webhetri. Ngokubanzi, umbane ongalunganga webhetri uncinci.

Nangona kunjalo, ngenxa yobudlelwane phakathi kokusebenza kwebhetri kunye nomthamo webhetri awuqinanga kakhulu, ibona ukuba impazamo yomthamo webhetri inkulu. Indlela yokuvavanya ibhetri 1: Ukulinganisa indlela yombane we-monomer Beka uluhlu lwe-multimeter kwifayile ye-DC100V, ubeke iziphelo ezimbini zetafile yetafile kwiipali ezilungileyo kunye nezibi ze-monomer, umbala ofanayo kumbala ofanayo yi-monomer efanayo. Ezintle nezibi.

Ukuba ibhetri ayisebenzi, umbane olinganisiweyo ngumbane ovulekileyo wesekethe yebhetri. Ukuba ibhetri isetyenzisiwe, i-voltage elinganisiweyo yi-voltage yokusebenza. I-voltage yomsebenzi ihambelana nokulinganisa, inkulu i-current current, encinci i-voltage yokusebenza.

2: Ukufundwa okuphezulu kusebenzisa i-thermometer ukulinganisa ubushushu be-electrolyte. I-densitometer yetyhubhu yokufunxa ifakwe ngokuthe nkqo kwi-electrolyte, ikhuphe umbhobho werabha ngomnwe, kwaye i-electrolyte ifunxa kwityhubhu yeglasi, kwaye ubuninzi buyadada. Ukufunda ngoxinaniso lokufunda.

Ukuvavanya umgangatho webhetri yamandla ye-UPS A. Uvavanyo lwembonakalo kunzima ukwahlula phakathi koMgangatho webhetri yamandla e-UPS ngenxa yokusetyenziswa kwezixhobo ezikhethekileyo, ngoko kunokuchukunyiswa kuphela kwinkangeleko ngaphambi kokuthenga. Umthengi kufuneka abone ukuba ukupakishwa kwangaphandle kwebhetri ayonelisi na.

Ngaba ibhetri yezindlu kunye neeterminals zokudibanisa azicocwa, isitywina asilungile, i-welding terminal ilungisiwe, akukho ukuvuza, ukuguqulwa, i-crack, i-corrosion, njl. Iyakwazi ukubonisa umgangatho webhetri kwicala elinye. B.

Umthamo wentlawulo kunye nokukhupha ibhetri yokuvavanya akufikeleli kwixabiso eliqhelekileyo. Inokubonwa ngokuhlawuliswa kunye novavanyo lokukhupha. Emva kweeyure ezingaphezulu kwe-8, ibhetri ye-UPS esanda kuthengwa ihlawulwe ngokuqhubekayo, ukukhupha iimvavanyo kunye nokuchasana okuthile kokumelana, ukukhutshwa Xa ibhetri ilinganiswa ngexesha, i-voltage yokuphela iyalinganiswa, ngokwemephu yomlinganiselo we-voltage yokuphela iyancipha ngokuhamba kwexesha, ibhetri ibhetri iyancipha.

Ukujonga ngakumbi ubume bempazamo kunye nobungakanani bebhetri yogcino lwamandla e-UPS ukuze ujonge ngakumbi ubume bempazamo kunye nobungakanani bebhetri yokugcina amandla e-UPS, inokuhlolwa ngokudityaniswa nenkqubo yokutshaja ibhetri, ngokokusebenza okwahlukileyo kwebhetri kuvavanyo lokutshaja, Ukugweba ukusilela kwangaphakathi kwebhetri kunye nemvelaphi yayo. Imeko eqhelekileyo. Xa utshaja kwangaphambili, umthamo webhetri kunye nomlinganiselo we-electrolyte ukhuphuka ngokwemigaqo ethile, kwaye ubushushu be-electrolyte abukho phezulu.

Le ngxelo yebhetri iqhelekile, kodwa ikhupha kakhulu, kwaye kufuneka ihlawulwe. 2. Vulcanization state.

Isuphu yeGuangdong evulcanized yangaphakathi ibhetri enzulu Xa utshaja, amandla ombane okuqala omnye unokunyuka aye malunga ne-2.8V, ubushushu be-electrolyte buphezulu, kunye nentlawulo ezinzileyo, emva kweeyure ezimbalwa, umbane omnye wehla waya kwi-2.2V, emva koko Ukunyuka ngokucothayo kunye nomthetho olungileyo wokutshaja ibhetri.

Ibhetri edityanisiweyo yangaphakathi, amandla ombane ebhetri enye iya kuba ngaphezulu kwe-2.8V, ubunzima obuthile be-electrolyte abunyuki, ekuqaleni kokutshaja, ibhetri iya kuba ne-spurious phenomenon. 3.

Into esebenzayo iyawa. Xa izinto ezisebenzayo zikhutshwe kakhulu, i-electrolyte i-turbid, amandla ebhetri ayancitshiswa, kwaye ixesha lokutshaja lifinyeziwe, kwaye i-phenomenon ye-electrolyte ebilisayo kunye nokunye okunjalo kuya kubonakala kwangaphambili. 4.

Khupha ukuzikhupha. Ibhetri ene-self-discharge, ixesha elide lokutshaja, icotha kumxhuzulane okhethekileyo we-electrolyte kunye nokuphela kombane. Ukuba kukho isiphaluka esifutshane esinzulu ngaphakathi kwebhetri, kungakhathaliseki ukuba ixesha lokutshaja lide kangakanani, ubunzima obuthile be-electrolyte abuvuki, kwaye akukho bubble kwibhetri, kwaye i-electrolyte ifana ne-pool.

Ngokubhekiselele kumphathi webhetri yamandla e-UPS, wonke umntu ucacile ukuba ibhetri kukugcinwa kwemihla ngemihla kunye novavanyo kuphela kumava ahambelanayo kunye neengcebiso, amaxesha aqhubela phambili, kukho isixa esikhulu sebhetri, kwaye kukho "ibhetri yangaphakathi yokuchasana" "i-Detector" ezinikeleyo yokuvavanya, ukuze kufumaneke iibhetri ezibuyela umva, ukufumanisa ukuxhathisa kwangaphakathi kunye nombane webhetri, ekuqaleni uqikelele umthamo webhetri emva, ukukhangela umthamo webhetri emva kobunzima, ukukhangela umthamo webhetri emva kobunzima, ukukhangela ibhetri. ungayenza. Inkosi esebenzayo yemeko yemihla ngemihla yebhetri ye-UPS. .