Amaziko edatha akhona ukuqinisekisa ukhuseleko kunye nokuqhubekeka kwekhompyutha. Kwiminyaka nje emithathu edlulileyo, nangona kunjalo, ngaphezu kweshumi elinesibini ukungasebenzi kakuhle kwamaziko kunye neentlekele zenzeke. Iinkqubo zeZiko leDatha zintsonkothile kwaye kunzima ukusebenza ngokukhuselekileyo. Imozulu egqithileyo yakutsha nje kunye nophuhliso lwetekhnoloji luzise imingeni emitsha ekuthembekeni okuphezulu kwamaziko edatha. Sifanele sithintele kwaye sisabele njani?
Ukusilela kweziko ledatha "Ubuso obudala"
Kulula ukufumana ukuba isixokelelwano samandla, isikhenkcisi kunye nokusebenza ngezandla zezona zinto zixhaphakileyo zikhokelela kukusilela kweziko ledatha.
Ukuguga kweentambo
Ukuguga kocingo kubangele umlilo, okuqhelekileyo kubonakala kumaziko edatha endala, umlilo waseKorea SK data center ngenxa yomlilo kwintambo. Oyena nobangela wokungaphumeleli komgca buBudala + Ubushushu.
Ubudala: I-insulation layer yocingo inobomi benkonzo eqhelekileyo kwi-10 ~ 20 iminyaka. Nje ukuba iguge, inokubangela umonakalo, kwaye ukusebenza kwe-insulation kuyehla. Xa udibana nolwelo okanye ukufuma okuphezulu, kulula ukwenza i-short-circuit kunye nomlilo.
Ubushushu: Ngokomthetho kaJoule, ubushushu buveliswa xa umthamo womthwalo udlula ngocingo. IZiko leDatha lisebenza iiyure ezingama-24 kunye nokusebenza kwexesha elide lomthwalo wentambo yamandla, ubushushu obuphezulu buya kukhawulezisa ukuguga kwe-cable insulation, nokuba idiliziwe.
UPS/ukusilela kwebhetri
I-Telstra UK Data Centre Fire kunye neYunivesithi yaseBeijing yePosts kunye neTelecommunications data center fire yabangelwa kukungaphumeleli kwebhetri.
Izizathu eziphambili zokungaphumeleli kwebhetri / i-UPS kwiziko ledatha kukukhutshwa kwe-cyclic ngokugqithiseleyo, uxhulumaniso olukhululekile, ubushushu obuphezulu, i-high float / low float charging voltage, njl. Ubomi bebhetri ye-lead-asidi ngokuqhelekileyo yiminyaka emi-5, ubomi bebhetri ye-lithium-ion kwiminyaka eyi-10 okanye kunjalo, ngokunyuka kobomi bebhetri, ukusebenza kwayo kuyehla, kunye nezinga lokungaphumeleli nalo liyenyuka. Ukongamela ukugcinwa nokuhlolwa kunokukhokelela kwiziphumo ezimandundu ngenxa yokungatshintshi ibhetri ephelelwayo ngexesha.
Kwaye ngenxa yenani elikhulu leebhetri zamaziko edatha, uchungechunge kunye nokusetyenziswa okufanayo, emva kokuba ukungaphumeleli kwebhetri kubangela umlilo kunye nokuqhuma, kuya kusasazeka ukuze kubangele intlekele enkulu. Ingozi yokuqhuma kwebhetri yeLithium iphezulu kuneebhetri ze-lead-acid, kwaye ukulwa nomlilo kuya kuba nzima ngakumbi. Ngokomzekelo, ukuqhuma kwe-2021 kwisikhululo samandla sokugcina amandla e-Xihongmen kwiSithili saseFengtai, eBeijing, kwabangelwa yimpazamo yesiphaluka esifutshane sangaphakathi kwibhetri ye-lithium iron phosphate, eyabangela ukusilela kwebhetri ukubamba umlilo kunye nokusasazeka, emva koko. kuqhume xa kukho intlantsi yombane. Lo ngowona mthombo wenkxalabo kwizicelo zebhetri ze-lithium-ion kwiminyaka yamuva.
Ukusilela kwefriji
Ingaba ukungaphumeleli kwefriji okanye ukusebenza kakuhle kwefriji kubangelwa yi-compressor, i-valve yokhuseleko okanye ukuvalwa kwamanzi, kuya kubangela ukunyuka kweqondo lokushisa kwegumbi, okuchaphazela ukusebenza kwezixhobo, ukuba kungaphathwa ngexesha, ukushisa kwegumbi kuyaqhubeka nokunyuka, okanye ngenxa yokushisa okukhulu. Ukucima, kubangela ukuphazamiseka kwenkonzo, umonakalo we-hardware kunye nokulahleka kwedatha.
I-Newsunn ibonelela ngesisombululo esikhuselekileyo se-PDU kwiziko ledatha kunye nazo zonke iintlobo zemodyuli yomsebenzi. Qhagamshelana nathi ngoku kwaye wenze ngokwezifiso iziko lakho leDatha lePDU. SiC13 PDU etshixwayo, rack entabeni surge umkhuseli PDU,Isigaba se-3 se-IEC kunye ne-Schuko PDU enemitha epheleleyo, njl.
Ixesha lokuposa: Apr-06-2023