Ngobusuku bango-September 26, 2025, kwaqubuka umlilo e-National Information Resources Service e-Yuseong-gu, e-Daejeon, eNingizimu Korea. Abezicishamlilo benza imisebenzi yokucisha umlilo.
Izicishamlilo zendawo zicisha umlilo ku-National Information Resources Service e-Daejeon. (Yonhap) Umthombo: https://www.koreaherald.com/article/10584785
Umlilo weNational Information Resources Service eHwaam-dong, Yuseong-gu, Daejeon, ngomhlaka-26 ulawulwe cishe ngemuva kwamahora ayi-10.
Ngokwezimemezelo ezivela eMnyangweni Wezomlilo waseDaejeon nezinye iziphathimandla ngomhla ka-27, izicishamlilo zacisha ngempumelelo umlilo omkhulu ngezikhathi zabo-6:30 ekuseni ngalolo suku ekuseni. Bebenza imisebenzi yokukhipha intuthu ukuze behlise izinga lokushisa lasendlini.
Iminyango yomlilo nayo yangena esakhiweni ukuze ihlole amalahle asele.
Umlilo uqale ngezithuba zabo-8:15 pm ngosuku olwedlule ekamelweni lamakhompyutha esitezi sesihlanu sebhilidi elikhulu leNational Information Resources Service.
Kucatshangwa ukuthi umlilo udalwe ukuqhuma kwebhethri ye-lithium ngesikhathi somsebenzi kagesi.
Bonke abasebenzi bakhishiwe, kodwa oyedwa ushiswe yizinga lokuqala ebusweni nasezingalweni.
Umnyango wezomlilo usutshale izicishamlilo ezingu-171 namaloli ezicishamlilo angu-63 kuze kube manje.
Cishe amabhethri e-lithium angu-384 agcinwe ekamelweni lekhompyutha, okwenza amalangabi anzima ukucisha , futhi imizamo yokucisha umlilo yaqhubeka kwaze kwasa.
Ngenxa yokukhathazeka ngokuthi amanzi amaningi angalimaza idatha yemithombo yezwe, i-carbon dioxide nezinye izinhlelo zokucisha umlilo wegesi zisetshenziswe esizeni , okunciphise isivinini sokucisha umlilo..
I-National Information Resources Service iyi-ejensi ephethe futhi esebenzise amasistimu e-IT (Ulwazi Nokuxhumana) kuhulumeni wase-Korea nohulumeni basekhaya.
Umlilo udale ukuthi amawebhusayithi afana ne-Mobile ID kanye ne-Gukmin Sinmungo angakwazi ukufinyeleleka, futhi amawebhusayithi eminyango kahulumeni ehlukahlukene kanye nenkundla ye-inthanethi ethi 'Government 24' ye-inthanethi yesevisi yomphakathi nawo ayengasekho.
Njengamanje kulinganiselwa ukuthi cishe amasistimu angama-647 aphahlazeka ngenxa yalokho.
Ngomhla zingama-26 kuSepthemba 2025, umlilo e-National Data Center e-Daejeon, eNingizimu Korea, owabangelwa ukuqhuma kwebhethri ye-lithium phakathi nomsebenzi kagesi, kwaphumela ekulimaleni okukodwa okubi nokuwa kwezinhlelo zikahulumeni ezingu-647. Amabhethri e-lithium angu-384 agcinwe esizeni enza umsebenzi wokucisha umlilo ube nzima kakhulu, wathatha cishe amahora ayi-10. Le ngozi iphinda iveze ubungozi bokubaleka okushisayo kwamabhethri e-lithium ngaphansi kwezimo ezifana nezinga lokushisa eliphezulu, ukushaja ngokweqile, noma amasekhethi amafushane.
Nakuba amabhethri e-lithium enikeza izinzuzo zokuminyana kwamandla nosayizi, ukuphepha kwawo kuseyinselele enkulu yamandla okulondoloza isikhungo sedatha . Ikakhulukazi ezindaweni ezishisa kakhulu, ezinomthwalo omkhulu, ukuntuleka kokuqapha okusebenzayo kwesikhathi sangempela kanye nesixwayiso sangaphambi kwesikhathi kungaholela kalula emlilweni.
Uma kuqhathaniswa namabhethri e-lithium, amabhethri e-VRLA asetshenziswe kabanzi ezimeni ezibucayi njengezikhungo zedatha, iziteshi ze-telecom base, namasistimu kagesi isikhathi eside ngenxa yesakhiwo esivaliwe, ingozi ephansi yokuvuza, nokuzinza okuphezulu . Uma ihlanganiswe nohlelo oluchwepheshile Lokuqapha Ibhethri (BMS) , isistimu yebhethri ye-VRLA ingafinyelela:
Ukuqapha ngesikhathi sangempela amandla kagesi, amanje, ukumelana kwangaphakathi, nezinga lokushisa
Ukushaja okulingene ngokuzenzakalela ukuze kuvinjwe ukukhokhiswa ngokweqile/ukukhipha
Isexwayiso sangaphambi kwesikhathi sokubaleka okushisayo
Isimo Sokukhokhiswa (i-SOC) kanye Nokuhlolwa Kwesimo Sezempilo (SOH).
Ama-alamu akude nokugcinwa okuhlakaniphile
Inhlanganisela ye-VRLA + BMS ayigcini nje ngokungabizi kakhulu kodwa futhi ifakazelwa ngokuphepha nokwethembeka ngeminyaka yokuzijwayeza, okuyenza ibe inketho ekhethwayo yezikhungo eziningi zedatha ezisezingeni eliphezulu.
Njengomphakeli ohamba phambili womhlaba wonke wezinhlelo zokuqapha ibhethri, i-DFUN inikeza uhlelo lwe-PBMS9000 kanye nezinzwa zamaseli ebhethri ochungechunge lwe-PBAT61 , eziklanyelwe ngokukhethekile izikhungo zedatha, ehlinzeka ngokuvikeleka okuphelele kwamabhethri e-VRLA ukusuka kuseli ngayinye ukuya ezingeni lesistimu.
Izici ezibalulekile ze-PBMS9000 System:
Isekela ukugadwa kwezintambo zebhethri ezingafika kweziyi-6 namaseli ebhethri angama-480 ngesikhathi esisodwa
Isiphakeli sewebhu esakhelwe ngaphakathi sokusebenza okubonakalayo okukude
Ukuqapha ngesikhathi sangempela i-voltage, yamanje, ukumelana kwangaphakathi, izinga lokushisa, ukumelana nokufakwa kwe-insulation, i-ripple current, njll.
Isekela amaphrothokholi amaningi: Modbus-TCP, SNMP, IEC61850, MQTT
Imisebenzi enwebekayo ehlanganisa isexwayiso sokubaleka kwe-thermal, ukutholwa kokuvuza koketshezi, izinga lokushisa le-ambient nokuqapha komswakamo
Ihambisana nezinga le-IEEE 1188-2005; Izitifiketi zifaka i-CE, i-FCC, i-UL
Izici Zenzwa Yebhethri ye-PBAT61:
Ifanele amabhethri angu-2V/6V/12V VRLA
Ikheli elizenzakalelayo nokulinganisa okuzenzakalelayo
Ukulinganisa okunembile kwe-voltage yeseli ngayinye, ukumelana kwangaphakathi, izinga lokushisa elibi
Idizayini yokusebenzisa amandla aphansi, ayithinti impilo yebhethri
Isekela i-topology yokuxhumana ngendandatho; ukwehluleka kwephuzu elilodwa akuthinti ukusebenza kwesistimu
Amasistimu okuqapha amabhethri e-DFUN asetshenziswe ngempumelelo ezindaweni eziningi ezibalulekile emhlabeni wonke, okuhlanganisa i-True IDC yaseThailand, i-Intel Data Center yaseMalaysia, i-Google Data Center yaseQatar, i-GDH Data Center yase-Dubai, kanye ne-Turkcell Data Center yaseTurkey . Lokhu kusiza amakhasimende ukuthi afinyelele ukunakekelwa okuhlakaniphile, okubikezelwayo kwamasistimu ebhethri, agweme ngokuphumelelayo isikhathi sokuphumula kanye nezingozi zomlilo ezibangelwa ukwehluleka kwebhethri.
Umlilo osesikhungweni sedatha saseNingizimu Korea usikhumbuza futhi: ukuphathwa kokuphepha kwamandla okusekela angeke kushaywe indiva . Ukukhetha amabhethri e-VRLA aqinisekisiwe abhangqwe ne-BMS yochwepheshe kuyisihluthulelo sokuqinisekisa ukusebenza okuqhubekayo nokuphephile kwezikhungo zedatha. I-DFUN isilungele ukusebenzisa isisombululo sayo esivuthiwe nesithembekile se-PBMS9000 + PBAT61 ukwakha 'ifirewall yedijithali' yesistimu yakho yamandla eyisipele.
