Izikhungo zedatha zikhona ukuze kuqinisekiswe ukuvikeleka nokuqhubeka kwekhompyutha.Nokho, eminyakeni emithathu edlule, ngaphezu kweshumi nambili ukungasebenzi kahle kwesikhungo sedatha nezinhlekelele kwenzeke.Amasistimu eSikhungo Sedatha ayinkimbinkimbi futhi anzima ukusebenza ngokuphepha.Isimo sezulu esibi kakhulu kanye nentuthuko yezobuchwepheshe nayo ilethe izinselele ezintsha ekuthembekeni okuphezulu kwezikhungo zedatha.Kufanele sikuvimbele futhi sisabele kanjani?
Ukuhluleka kwesikhungo sedatha“Ubuso obudala”
Kulula ukuthola ukuthi isistimu yamandla, isistimu yesiqandisi kanye nokusebenza ngezandla yizinto ezivame kakhulu eziholela ekuhlulekeni kwesikhungo sedatha.
Ukuguga kwezintambo
Ukuguga kwezintambo kubangele umlilo, ovame ukubonakala ezikhungweni zedatha ezindala, umlilo wesikhungo sedatha saseKorea SK kungenxa yomlilo ocingweni.Imbangela enkulu yokwehluleka komugqa Ubudala + Ukushisa.
Ukuguga: Isendlalelo sokufakwa kocingo sinempilo evamile yesevisi eminyakeni eyi-10 ~ 20.Uma isiguga, ingase idale umonakalo, futhi ukusebenza kwe-insulation kuyehla.Uma uhlangabezana noketshezi noma umswakama ophezulu, kulula ukubangela i-short-circuit kanye nomlilo.
Okushisayo: Ngokomthetho kaJoule, ukushisa kukhiqizwa lapho umthamo wamanje udlula ocingweni.Isikhungo Sedatha sisebenza amahora angu-24 ngokusebenza kwesikhathi eside komthwalo ophezulu wekhebula lamandla, izinga lokushisa eliphezulu lizosheshisa ukuguga kwe-cable insulation, ngisho nokuphuka.
Ukuhluleka kwe-UPS/ibhethri
I-Telstra UK Data Center Fire kanye nomlilo wesikhungo sedatha sase-Beijing University of Posts and Telecommunications zidalwe ukwehluleka kwebhethri.
Izimbangela eziyinhloko zokwehluleka kwebhethri/i-UPS esikhungweni sedatha ukukhishwa komjikelezo omningi, ukuxhumeka okuxekethile, izinga lokushisa eliphezulu, i-voltage yokushaja iflothi ephezulu/ephansi, njll.Impilo yebhethri ene-asidi yomthofu ngokuvamile iyiminyaka emi-5, impilo yebhethri ye-lithium-ion eminyakeni eyi-10 noma ngaphezulu, ngokukhula kwempilo yebhethri, ukusebenza kwayo kuyehla, nezinga lokwehluleka nalo liyakhuphuka.Ukugadwa kokugcinwa nokuhlolwa kungaholela emiphumeleni emibi ngenxa yokungashintshi ibhethri eliphelelwa yisikhathi ngesikhathi.
Futhi ngenxa yenani elikhulu lamabhethri esikhungo sedatha, uchungechunge nokusetshenziswa okufanayo, uma ukwehluleka kwebhethri kubangela umlilo nokuqhuma, kuzosakazeka kubangele inhlekelele enkulu.Ingozi yokuqhuma kwebhethri ye-Lithium iphezulu kunamabhethri e-lead-acid, futhi ukulwa nomlilo kuzoba nzima kakhulu.Isibonelo, ukuqhuma kuka-2021 esiteshini samandla okugcina amandla e-Xihongmen esiFundeni sase-Fengtai, e-Beijing, kubangelwe iphutha langaphakathi lesifunda esifushane ebhethrini le-lithium iron phosphate, elidale ukwehluleka okushisayo kwebhethri ukubamba umlilo nokusabalala, bese kuba kuqhume inhlansi kagesi.Lona umthombo oyinhloko wokukhathazeka ezinhlelweni zebhethri ye-lithium-ion eminyakeni yakamuva.
Ukuhluleka kwesiqandisi
Kungakhathaliseki ukuthi ukwehluleka kwesiqandisi noma ukusebenza kahle kwesiqandisi esiphansi kubangelwa i-compressor, i-valve yokuphepha noma ukuvalwa kwamanzi, kuzobangela ukunyuka kwezinga lokushisa kwegumbi, kuthinte ukusebenza kwemishini, uma kungelashwa ngesikhathi, izinga lokushisa legumbi liyaqhubeka nokukhuphuka, noma ngenxa yokushisa ngokweqile. ukunqamuka, kubangela ukuphazamiseka kwesevisi, ukulimala kwezingxenyekazi zekhompuyutha kanye nokulahleka kwedatha.
I-Newsunn inikeza isixazululo esiphephile sama-PDU esikhungweni sedatha ngazo zonke izinhlobo zemojula yokusebenza.Xhumana nathi manje futhi wenze ngezifiso i-PDU yesikhungo sakho sedatha.SineC13 PDU ekhiyayo, i-rack mount surge protector PDU,I-IEC yezigaba ezi-3 kanye ne-Schuko PDU enesamba semitha, njll.
Isikhathi sokuthumela: Apr-06-2023