Isakhiwo seHhovisi le-IQUEST eSingapore siqede ukuthuthukisa indawo yaso yokupaka engaphansi komhlaba ngokusetshenziswa kwe-Ukuqapha i-TSP-CO carbon monoxidekanye nohlelo lokulawula. Le phrojekthi ibeka uphawu olusha lokuphathwa kokuphepha komoya okuhlakaniphile ezindaweni zokupaka ezingaphansi komhlaba.
Ezakhiweni zasemadolobheni ezinabantu abaningi, amagalaji okupaka angaphansi komhlaba ngokuvamile ayizindawo ezivalekile lapho i-carbon monoxide (CO) ekhiqizwa yizimoto ezingasebenzi nezihambayo ingaqongelela kalula. Lokhu kubeka engcupheni impilo yabahlali kanye nokuphepha kokusebenza kwesakhiwo. Ukuze kulungiswe lokhu, i-IQUEST Office Building isebenzise uhlelo lwe-TSP-CO ukuze kuvunyelwe ukuqapha ngesikhathi sangempela, ukulawulwa komoya okuhlakaniphile, kanye nokuphathwa kwe-alamu yamazinga amaningi, okuthuthukisa kakhulu ukuphepha komoya kanye nokusebenza kahle.
Isixazululo sihambisana ngokugcwele nemithethonqubo yokuphepha emsebenzini kanye nemvelo yaseSingapore, sithatha indawo yokuhlolwa kwendabuko okwenziwa ngesandla ngohlelo lokuqapha oluzenzakalelayo kanye nokulawula ukuphefumula. Lokhu kuqinisekisa impendulo esheshayo, ukunemba okuphezulu, kanye nokuvimbela ingozi okuthembekile.
Iyini i-TSP-CO Carbon Monoxide Monitor?
I-TSP-CO iyidivayisi yokuqapha nokulawula i-CO ehlanganisiwe eyenzelwe izindawo ezivalekile njengezindawo zokupaka izimoto ezingaphansi komhlaba, izakhiwo zebhizinisi, namakamelo omshini. Ihlanganisa ukuzwa kwe-electrochemical, ukuphuma kwesignali, ukulawula okudluliselwayo, kanye nemisebenzi ye-alamu kuyunithi eyodwa.
Izici ezibalulekile zokusebenza:
Ukutholwa okunembile: Ifakwe inzwa ye-CO yaseJapan esebenza ngogesi ukuze iqaphe njalo futhi inembile
Impendulo esheshayo: Izinga lokuvuselela idatha lesekhondi eli-1 lokulandelela ukuhlushwa ngesikhathi sangempela
Ukulawula okuhlakaniphile:Imiphumela yokudlulisa kabili ivumela ukulawulwa kwezigaba kwamafeni okukhipha umoya kanye nama-damper omoya ngokusekelwe emazingeni e-CO2
Izexwayiso zendawo nezikude:Isikhombisi se-LED esinemibala emithathu, i-alamu ezwakalayo, kanye nokusekelwa kwesaziso esikude ongazikhethela
Izinzuzo Eziyinhloko
Ukuthembeka kwezinga lezimboni: Ukusebenza okuzinzile ngempendulo esheshayo kanye nokukhishwa kwedatha okulinganayo
Ukuhlanganiswa kwesistimu okulula: Isekela i-Modbus RTU kanye ne-BACnet MS/TP yokuxhumana okungenamthungo kumapulatifomu e-BMS
Umoya osebenzisa amandla kahle: Amafeni asebenza kuphela uma amazinga e-CO edlula imingcele, okunciphisa ukusetshenziswa kwamandla okungadingekile
Impilo yesevisi ende kanye nokugcinwa okuphansi: Isikhathi sokuphila kwenzwa kuze kube yiminyaka emi-5 ngamamojula enzwa angashintshwa
Kungani Ukuphepha kwe-CO Kubalulekile Ekupaka Ngaphansi Komhlaba
Izindawo zokupaka ezingaphansi komhlaba ziyizindawo ezivalekile noma ezivalekile kancane lapho ukukhishwa kwegesi emotweni kunganqwabelana kalula khona. I-CO ayinambala futhi ayinaphunga, okwenza kube nzima ukuyibona ngaphandle kwezinhlelo zokuqapha.
Izingozi zokuchayeka zifaka:
Ukuchayeka ngokweqile okuncane: isiyezi, ukukhathala, isicanucanu, ukuphelelwa umoya
Ukuchayeka kakhulu: Ukushiswa kwe-CO okungabangela imiphumela esongela impilo
UMthetho Wokuphepha Nempilo Emsebenzini waseSingapore udinga ukulawulwa okuqinile kwamazinga e-CO ezindaweni zokupaka ezivalekile esikhathini sokuchayeka samahora angu-8. Uhlelo lwe-TSP-CO lusekela amabanga amaningi okulinganisa (0–100 / 200 / 300 / 500 ppm) kanye nemikhawulo ye-alamu engenziwa ngokwezifiso, ehlangabezana nokuhambisana nokuphepha kanye nezindinganiso zokwakha eziluhlaza.
Ukuhlelwa Kwesistimu Esikhungweni Sokupaka Esingaphansi Komhlaba se-IQUEST
Ukufakwa kulandela isu "lokumboza okugxile ekuxinaniseni okusekelwe engcupheni":
Izindawo ezibalulekile: imizila yokushayela, izindawo zokugibela, izindawo zokungena, kanye nezindawo zokuphuma
Izindawo ezinobungozi obukhulu: amakhona omoya aphansi kanye nezindawo ezinabantu abaningi abasebenzisa izithuthi zomphakathi
Irediyasi yokumboza: iyunithi ngayinye imboza amamitha angu-30, iqinisekisa ukumbozwa okugcwele ngaphandle kwezindawo ezingaboni
Isu Lokulawula Elinamazinga Amaningi
Ukweqisa kwezinga eliphansi: kusebenzisa umoya wokukhipha umoya endaweni ukuze kuncishiswe imfucuza yamandla
Ukweqisa kwezinga eliphezulu: ivuselela umoya ogcwele indawo kanye nama-alamu azwakalayo nabonakalayo ukuze kuphendulwe ngokushesha
Ukuphathwa okuhlanganisiwe: wonke amadivayisi axhunywe kwi-BMS yesakhiwo ukuze kuqashwe ngesikhathi sangempela, kulandelwe idatha yomlando, kuhlaziywe ukulungiswa, kanye nokubika ukuhambisana nemithetho.
Ukulinganisa Nokulungisa
I-TSP-CO isekela ukulinganiswa kwe-zero-point endaweni futhi inemojuli yesensa engashintshwa. Ukuhlolwa okuvamile kuqinisekisa ukunemba kokulinganisa futhi kuvimbele ama-alamu angamanga noma ukutholwa okungafanele.
Imiphumela kanye nomthelela
Ukusebenza kokuphepha
Ukuqapha kwangempela amazinga e-CO2 amahora angu-24 ngosuku, izinsuku ezingu-7 ngesonto
Uhlelo lokuxwayisa kusenesikhathi lunciphisa kakhulu ingozi yobuthi.
Ukumbozwa kwendawo yonke kuthuthukisa ikhwalithi yomoya iyonke kanye nokuphepha kwabahlali.
Izinzuzo zamandla nezemvelo
Umoya ophefumulayo osekelwe ekudingweni kunciphisa ukusebenza kwefeni okungadingekile
Ukusetshenziswa kwamandla okusebenza okuphansi kanye nezindleko zokulungisa
Isekela amazinga okwakha aluhlaza aseSingapore kanye nemigomo yokusebenza kwe-ESG
Isiphetho
Ngokusetshenziswa kwe-TSP-COuhlelo lokuqapha nokulawula i-carbon monoxide, i-IQUEST Office Building eSingapore isungule ikhambi elihlanganisiwe elihlanganisa ukuqapha ngesikhathi sangempela, ukuphefumula okuhlakaniphile, ama-alamu asezingeni eliningi, kanye nokuphathwa kwezikhungo ezikude.
Lolu hlelo alugcini nje ngokuqinisekisa ukuhambisana nemithethonqubo yokuphepha yendawo kanye nemvelo kodwa futhi lunikeza ukonga okukhulu kwamandla ngokulawula ukuphefumula okuqhutshwa yisidingo. Lumelela indlela esebenzayo nengandiswayo yezindawo zokupaka zanamuhla ezingaphansi komhlaba, izakhiwo zezentengiselwano, kanye nezindawo zengqalasizinda ezivalekile ezifuna imisebenzi ephephile, ehlakaniphile, neqhubekayo.
Isikhathi sokuthunyelwe: Juni-17-2026