Ukonga i-3.422 yezigidi zeKwh xa kuthelekiswa nebhoyila yombane!Kwinyanga ephelileyo, u-Hien uphumelele elinye ibhaso lokonga umbane kwiprojekthi yamanzi ashushu eyunivesithi.
Isinye kwisithathu seedyunivesithi zaseTshayina zikhethe izifudumezi zamanzi zomoya eHien.Iiprojekthi zamanzi ashushu zaseHien ezisasazwa kwiidyunivesithi ezinkulu nakwiikholeji ziwongwe “ngeMbasa yeSicelo esiGqwesileyo seMpumlo yoMbane waMandla amaninzi” iminyaka emininzi.La mawonga akwabubungqina bomgangatho ophezulu weeprojekthi zokufudumeza amanzi zaseHien.
Eli nqaku lichaza iprojekthi yokulungiswa kwe-BOT yenkqubo yamanzi ashushu kwigumbi labafundi le-Huajin Campus yase-Anhui Normal University, apho u-Hien esanda kuphumelela "iMbasa yeSicelo esiGqwesileyo seMpompa yoMfudumezo yoMbane we-Multi-Energy Complementary Heat Pump" kwi-2023 Heat Pump System Application Design. Ukhuphiswano.Siza kuxubusha imiba yeskimu soyilo, isiphumo sokusetyenziswa kwangempela, kunye nokuveliswa kweprojekthi ngokwahlukileyo.
Inkqubo yoYilo
Le projekthi ithatha inani elipheleleyo leeyunithi ezingama-23 zeHien KFXRS-40II-C2 iimpompo zobushushu zomthombo womoya ukuhlangabezana neemfuno zamanzi ashushu zabafundi abangaphezu kwama-13,000 kwiKhampasi yaseHuajin yeYunivesithi yaseAnhui Normal.
Le projekthi isebenzisa umthombo womoya kunye nomthombo wamanzi izifudumezi zamanzi zempompo yamanzi ukuze zincedisane, kunye nezikhululo zamandla ezili-11 zizonke.Amanzi kwichibi lobushushu lenkunkuma afudunyezwa yi-1: 1 yomthombo wamanzi amdaka wempompo yesifudumezi samanzi, kwaye inxalenye engonelanga ifudunyezwa yimpompo yobushushu yomthombo womoya kwaye igcinwe kwitanki esanda kwakhiwa yamanzi ashushu, kwaye ke impompo yamanzi eguquguqukayo. isetyenziselwa ukubonelela ngamanzi kumagumbi okuhlambela kwiqondo lokushisa rhoqo kunye noxinzelelo.Le nkqubo yenza umjikelezo ococekileyo kwaye iqinisekisa ukubonelelwa ngokuqhubekayo kwamanzi ashushu.
Olona setyenziso Isiphumo
Ugcino lwamandla:
Ubuchwephesha obusetyenzisiweyo bobushushu obusetyenzisiweyo bempompo yobushushu bomthombo wamanzi kule projekthi kwandisa ukufunyanwa kobushushu obusetyenzisiweyo, bukhupha amanzi amdaka asezantsi njenge-3 ℃, kwaye busebenzisa isixa esincinci (malunga ne-14%) yamandla ombane ukuqhuba, ngaloo ndlela kufikelelwa ukurisayikilishwa kobushushu benkunkuma (malunga nama-86%).Ukonga i-3.422 yezigidi zeKwh xa kuthelekiswa nebhoyila yombane!
I-teknoloji yokulawula i-1: i-1 inokusebenzisa ngokuzenzekelayo iimeko ezahlukeneyo zokusebenza ukuqinisekisa ukulingana phakathi kokubonelela kunye nemfuno.Phantsi kobume bempompo yamanzi angaphezulu kwe-12 ℃, injongo yokuvelisa itoni e-1 yamanzi ashushu okuhlamba ukusuka kwi-1 toni yamanzi amdaka okuhlamba iyafezekiswa.
Amandla obushushu amalunga ne-8 ~ 10 ℃ ayalahleka xa ehlamba.Ngokusebenzisa itekhnoloji yobushushu obusetyenzisiweyo obusetyenzisiweyo, ubushushu bokukhutshelwa kwamanzi amdaka buyancipha, kwaye amandla obushushu abongezelelweyo afunyanwa kumanzi etephini ukongeza amandla obushushu alahlekileyo ekuhlambeni, ukuze kuqatshelwe ukuphinda kusetyenziswe ubushushu benkunkuma yokuhlamba kunye nokuphumeza ukwandiswa kobushushu. umthamo wokuvelisa amanzi ashushu, ukusebenza kakuhle kwe-thermal, kunye nokubuyiswa kobushushu benkunkuma.
uKhuseleko lokusiNgqongileyo kunye nokuNcitshiswa kokuPhuma:
Kule projekthi, amanzi ashushu asetyenzisiweyo asetyenziselwa ukuvelisa amanzi ashushu endaweni yamafutha efosili.Ngokwemveliso yeetoni ze-120,000 zamanzi ashushu (ixabiso lamandla ngetoni nganye yamanzi ashushu yi-RMB2.9 kuphela), kwaye xa kuthelekiswa namabhoyili ombane, igcina i-3.422 yezigidi ze-Kwh yombane kwaye inciphisa iitoni ze-3,058 ze-carbon dioxide.
Ingxelo yomsebenzisi:
Amagumbi okuhlambela ngaphambi kokulungiswa ayekude nendawo yokulala, kwaye kwakudla ngokubakho imigca yokuhlamba.Eyona nto yayingamkelekanga yayibubushushu bamanzi obungazinzanga ngexesha lokuhlamba.
Emva kokulungiswa kwendawo yokuhlambela, indawo yokuhlamba iphuculwe kakhulu.Akugcini nje ukugcina ixesha elininzi ngaphandle komgca, kodwa eyona nto ibalulekileyo kukuba ubushushu bamanzi buzinzile xa uhlamba ebusika obubandayo.
Ukwenziwa ngokutsha kweProjekthi
I-1, Iimveliso ziCompact kakhulu, zinoqoqosho kwaye zithengiswa
Amanzi amdaka okuhlamba kunye namanzi etephu aqhagamshelwe kumthombo wamanzi amdaka impompo yesifudumezi samanzi amdaka, amanzi etephu anyuka ngoko nangoko ukusuka kwi-1 0 ℃ ukuya kuma-45 ℃ ekuhlambeni ngamanzi ashushu, ngelixa amanzi amdaka ehla ngoko nangoko ukusuka kwi-34 ℃ ukuya kwi-3 ℃ ukuze akhutshwe.Ukusetyenziswa kwesifudumezi-manzi sempompo yobushushu akugcini nje ukusindisa amandla, kodwa kugcina indawo.Umatshini we-10P ugubungela kuphela i-1 ㎡, kwaye umatshini we-20P ugubungela i-1.8 ㎡.
I-2, Ukusetyenziswa kwamandla aphantsi kakhulu, ukudala indlela entsha yamandla kunye nokugcinwa kwamanzi
Ubushushu benkunkuma yamanzi amdaka okuhlamba, abathi abantu bawagxothe kwaye bawakhuphe ngokulilize, ahlaziywa ngokutsha kwaye ajike abe lunikezelo oluzinzileyo noluqhubekayo lwamandla acocekileyo.Le nkunkuma yobushushu obusetyenzisiweyo busebenzisa ubuchwephesha bempompo yobushushu obunamandla aphezulu kunye nexabiso eliphantsi lamandla ngetoni nganye yamanzi ashushu lizisa indlela entsha yogcino lwamandla kunye nokunciphisa ukukhutshwa kokuhlambela kwigumbi lokuhlambela kwiikholeji nakwiiyunivesithi.
I-3, iNkunkuma yokushisa i-Cascade-isetyenziswe iteknoloji yempompo yobushushu yeyokuqala ekhaya nakwamanye amazwe
Obu buchwephesha bokubuyisela amandla ashushu kumanzi amdaka okuhlamba kunye nokuvelisa izixa ezilinganayo zokuhlambela amanzi ashushu kumthamo ofanayo wamanzi amdaka okuhlambela ukuphinda kusetyenziswe amandla ashushu.Ngaphantsi kweemeko ezisemgangathweni zokusebenza, ixabiso le-COP liphezulu njenge-7.33, kwaye kwisicelo esisebenzayo, umyinge wonyaka obanzi wokusebenza kwamandla ungaphezulu kwe-6.0.ukwandisa izinga lokuhamba kunye nokunyusa ubushushu bokukhutshwa kwamanzi amdaka ukufumana amandla aphezulu okufudumeza ehlotyeni;Kwaye ebusika, izinga lokuhamba liyancitshiswa, kwaye ubushushu bokukhutshwa kwamanzi amdaka buyancipha, ukuze kwandiswe ukusetyenziswa kobushushu benkunkuma.
Ixesha lokuposa: Sep-07-2023