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Ezinye iindawo zokunikela ingqalelo kwi-rack UPS unikezelo lwamandla. Ukugcinwa kweRack UPS yemihla ngemihla ikwayinqaku ekufuneka abasebenzisi banikele ingqalelo kuyo, kwaye ukusetyenziswa kwemihla ngemihla akunakusetyenziselwa iipakethi zebhetri ze-lithium-ion ezisebenzayo. Ukunikezelwa kwamandla e-UPS kufuneka kuhlawule ingqalelo kwi-lithium-ion ibhetri yepakethe yokugcina amandla angaphakathi kuba ibhetri ye-lithium-ion ibhetri inecandelo lekhemikhali, kunye neqondo lokushisa elingaphandle, njl.
ikwachaphazela inkqubo yayo yokusabela kweekhemikhali. Ewe kunjalo, i-organism yohlobo lwe-rack ye-UPS yamandla nayo inika ingqalelo. Uluhlu lwemisebenzi yangaphandle efana nokudibanisa imithwalo, ukunikezelwa kwamandla okusabela, njl.
babe nonxibelelwano olukhulu nomzimba. Amacandelo e-elektroniki, imigca, njl. yomzimba, umgca, njl.
zijolise ekusebenzeni okuqhelekileyo komzimba. I-Rack UPS yokusetyenziswa kwansuku zonke ingqwalasela ◆ Musa ukuhlawula ngokugqithiseleyo ipakethe yebhetri ye-lithium-ion ngaphandle kwempembelelo yememori yebhetri ye-nickel ye-cadmium, ungahlawulisi ngokunzulu amandla ukuphucula amandla okwenene ebhetri ye-lithium-ion. Ukutshaja okunzulu, oku kuziphatha akuyomfuneko ukuba kwenziwe.
◆ Nangona kunjalo, umrhumo uzaliswe kunye nokukhutshwa ngokugqithiseleyo, okuya kubangela umonakalo osisigxina kwi-positive kunye ne-negative yebhethri ye-lithium ion. Ukususela kwinqanaba le-molecular, kunokuqonda okucacileyo, ukukhutshwa ngokugqithiseleyo kuya kubangela ukuba i-lithium ions igqithise kwi-carbon electrode negative, ukwenzela ukuba isakhiwo seshiti sidilike; ukutshaja okugqithisileyo kuya kubeka iplagi enzima ye-lithium ion kwisakhiwo sekhabhoni ye-electrode engalunganga, kodwa yenze ukuba Ezinye zezi ion ze-lithium zingasayi kuphinda zikhutshwe. ◆ Sebenzisa ingqwalasela yeqondo lokushisa kwiqondo lokushisa elingafanelekanga, enye impendulo yekhemikhali apho ibhetri ye-lithium ion isetyenziselwa ukuvelisa i-compound esingafuni ukuyibona, ngoko kukho i-diaphragm elawulwa yiqondo lokushisa okanye i-electrolyte. kwinani elikhulu le-lithium ion ibhetri ye-electrode efanelekileyo kunye ne-negative.
ukongeza. Kwimeko apho ibhetri ye-lithium ion ishushu kwimeko ethile, umgodi wefilimu odibeneyo uvaliwe okanye ukuchithwa kwe-electrolyte, ukuchasana kwangaphakathi kwebhetri kwanda kwaze kwaba yilapho isiphaluka saphukile, ibhetri ayisafudumala. Ukuba ibhetri ye-lithium ion ifakwe kwiqondo lokushisa eliphezulu emva kokuba ihlawuliswe, iya kubangela umonakalo omkhulu kwibhetri ye-lithium ion.
Xa sisebenzisa umbane wohlobo lwe-rack ye-UPS, ngeli xesha, ibhetri ye-lithium-ion igcwele intlawulo, kwaye ubushushu buphakathi kwe-25-30 ° C, nto leyo enokubangela ukuhla kwebhetri ye-lithium ion. Kungcono ukuba nezixhobo ezincedisayo zangaphandle zokunciphisa ukushisa kwayo. ◆ Ukusebenzisa imo engqongileyo Qaphela ukuba indawo ye-rack-type UPS kufuneka ibe kude nokukhanya kwelanga, kungabikho moya otshisayo, umsi omncinci, ukujikeleza komoya ococekileyo, ungabi manzi, njl.
Ukudubula kwelanga ngokuthe ngqo kwenza ukuba ubushushu bamandla e-UPS buphakame kakhulu; umoya odlayo unokonakalisa amalungu omzimba; xa umzimba usebenza, kuya kubakho uthuli lwe-electrostatic adsorption. Ukuba kukho umsi omningi kwimo engqongileyo, kuya kuba nokusingqongileyo okugqithisileyo ukuchaphazela ukusebenza kwesekethe yomzimba. Ukongeza kwi-UPS ye-rack yemihla ngemihla, ukugcinwa kwexesha elide ukunikezelwa kwamandla e-UPS nako kunika ingqalelo kwiimeko zokugcina.
Imeko yokutshaja okuphezulu kunye nobushushu obutsha kuya kukhawulezisa ukuhla kwebhetri ye-lithium-ion. Ukuba kunokwenzeka, zama ukuhlawula ibhetri ye-lithium-ion ukuya kwi-40% kwindawo epholileyo. Oku kunokusebenzisa ibhetri ye-lithium ion ngokwayo ngaphakathi kwexesha elide lokugcina.
Unikezelo lwamandla eRack UPS Ekusetyenzisweni kwansuku zonke, amanqaku abalulekileyo okunika ingqalelo kwiimeko zokusingqongileyo kunye nokusebenza kokusetyenziswa. Nika ingqalelo kwezi zinto ukukhusela ngcono ubomi babo benkonzo, okanye wandise ubomi babo.
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