Ukonga i-3.422 yezigidi ze-Kwh xa kuthelekiswa nebhoyila yombane! Kwinyanga ephelileyo, uHien uphumelele elinye ibhaso lokonga umbane kwiprojekthi yamanzi ashushu yaseyunivesithi.
Isinye kwisithathu seedyunivesithi zaseTshayina zikhethe izifudumezi zamanzi ezisebenzisa umoya kunye namandla eHien. Iiprojekthi zamanzi ashushu zaseHien ezisasazwa kwiiyunivesithi ezinkulu nakwiikholeji zinikwe "iMbasa yesicelo esiBalaseleyo yeeMpampu zobushushu ezininzi" kangangeminyaka emininzi. Ezi mbasa zikwabonisa umgangatho ophezulu weeprojekthi zokufudumeza amanzi zikaHien.
Eli nqaku lichaza iprojekthi yokulungiswa kwe-BOT yenkqubo yamanzi ashushu eflethini yabafundi beHuajin Campus yase-Anhui Normal University, apho iHien isandula ukuphumelela i-"Best Application Award for Multi-Energy Complementary Heat Pump" kuKhuphiswano loYilo lweNkqubo yeHeat Pump ka-2023. Siza kuxoxa ngemiba yesicwangciso soyilo, isiphumo sokusetyenziswa kwangempela, kunye noyilo lweprojekthi ngokwahlukeneyo.
Inkqubo yoYilo
Le projekthi yamkela iiyunithi ezingama-23 zeepompo zomoya zeHien KFXRS-40II-C2 ukuhlangabezana neemfuno zamanzi ashushu zabafundi abangaphezu kwe-13,000 kwiHuajin Campus yeYunivesithi yaseAnhui Normal.
Le projekthi isebenzisa izifudumezi zamanzi zempompo yomoya kunye nempompo yamanzi ukuze zihambelane, kunye nezitishi zamandla ezili-11 zizonke. Amanzi akwichibi lokufudumeza inkunkuma afudunyezwa yimpompo yokufudumala yamanzi yempompo yamanzi enkunkuma eyi-1: 1, kwaye inxalenye engaphelelanga ifudunyezwa yimpompo yokufudumala yomthombo womoya kwaye igcinwe kwitanki yamanzi ashushu eyakhiwe ngokutsha, kwaye emva koko ipompo yamanzi eguquguqukayo isetyenziselwa ukubonelela ngamanzi kwiindawo zokuhlambela kubushushu obungaguqukiyo kunye noxinzelelo. Le nkqubo yenza umjikelo ongeyongozi kwaye iqinisekisa ukunikezelwa kwamanzi ashushu rhoqo.
Isiphumo Sokusetyenziswa Kwangempela
Ukugcinwa kwamandla:
Itekhnoloji yobushushu benkunkuma esetyenziswa kwipompo yobushushu yamanzi kule projekthi iphucula ukubuyiswa kobushushu benkunkuma, ikhupha amanzi amdaka angaphantsi kwe-3 ℃, kwaye isebenzisa isixa esincinci (malunga ne-14%) samandla ombane ukuqhuba, ngaloo ndlela ifezekisa ukurisayikilisha kobushushu benkunkuma (malunga ne-86%). Igcina i-3.422 yezigidi ze-Kwh xa ithelekiswa nebhoyila yombane!
Itekhnoloji yokulawula ye-1:1 ingasebenzisa ngokuzenzekelayo iimeko ezahlukeneyo zokusebenza ukuqinisekisa ulungelelwaniso phakathi kobonelelo kunye nemfuno. Phantsi kwemeko yamanzi empompini angaphezu kwe-12 ℃, injongo yokuvelisa itoni e-1 yamanzi ashushu okuhlamba kwitoni e-1 yamanzi amdaka okuhlamba iyafezekiswa.
Amandla obushushu amalunga ne-8 ~ 10 ℃ ayalahleka xa kuhlanjwa. Ngeteknoloji esetyenziswa kubushushu benkunkuma, ubushushu bokukhupha amanzi amdaka buyancitshiswa, kwaye amandla obushushu ongezelelweyo afunyanwa emanzini epompo ukongeza amandla obushushu alahlekileyo xa kuhlanjwa, ukuze kufezekiswe ukuphinda kusetyenziswe ubushushu benkunkuma yokuhlamba kunye nokufezekisa amandla okuvelisa amanzi ashushu, ukusebenza kakuhle kobushushu, kunye nokubuyiselwa kobushushu benkunkuma.
Ukukhuselwa kokusingqongileyo kunye nokuncitshiswa kokukhutshwa komoya ongcolileyo:
Kule projekthi, amanzi ashushu asetyenzisiweyo asetyenziswa ukuvelisa amanzi ashushu endaweni yamafutha efosili. Ngokwemveliso yeetoni ezili-120,000 zamanzi ashushu (ixabiso lamandla ngetoni yamanzi ashushu yi-RMB2.9 kuphela), kwaye xa kuthelekiswa neebhoyila zombane, igcina i-3.422 yezigidi ze-Kwh zombane kwaye inciphisa iitoni ezingama-3,058 zokukhutshwa kwekhabhoni diokside.
Impendulo Yomsebenzisi:
Amagumbi okuhlambela ngaphambi kokulungiswa ayekude kakhulu negumbi lokulala, kwaye bekukho imigca yokuya kuhlamba. Eyona nto ingamkelekanga yayikukuba ubushushu bamanzi bungaguquki ngexesha lokuhlamba.
Emva kokuhlaziywa kwegumbi lokuhlambela, imeko yokuhlamba iphuculwe kakhulu. Ayigcini nje ngokugcina ixesha elininzi ngaphandle kokuma emgceni, kodwa eyona nto ibalulekileyo kukuba ubushushu bamanzi buhlale buzinzile xa uhlamba ebusika obubandayo.
Utshintsho lweProjekthi
1, Iimveliso zincinci kakhulu, zinoqoqosho kwaye ziyathengiswa
Amanzi amdaka okuhlamba kunye namanzi epompo aqhagamshelwe kwi-heater yamanzi epompo yobushushu yomthombo wamanzi amdaka, amanzi epompo anyuka ngoko nangoko ukusuka kwi-10 ℃ ukuya kwi-45 ℃ yokuhlamba amanzi ashushu, ngelixa amanzi amdaka ehla ngoko nangoko ukusuka kwi-34 ℃ ukuya kwi-3 ℃ yokukhupha. Ukusetyenziswa kwe-heater yamanzi epompo yobushushu nge-cascade yobushushu benkunkuma akugcini nje ngokonga amandla, kodwa konga nendawo. Umatshini we-10P ugubungela i-1 ㎡ kuphela, kwaye umatshini we-20P ugubungela i-1.8 ㎡.
2, Ukusetyenziswa kwamandla okuphantsi kakhulu, ukudala indlela entsha yokonga amandla kunye namanzi
Ubushushu obumdaka bamanzi amdaka okuhlamba, abantu abawakhuphayo baze bawakhuphe ngaphandle kwesizathu, buyaphinda busetyenziswe bube yindlela eqhubekayo neqhubekayo yokufumana amandla acocekileyo. Le teknoloji yepompo yobushushu esetyenziswa yi-heat pump esebenza kakuhle kakhulu kunye nexabiso eliphantsi lamandla ngetoni nganye yamanzi ashushu izisa indlela entsha yokonga amandla kunye nokunciphisa ukukhutshwa komoya ongcolileyo kwiindawo zokuhlambela zangasese kwiikholeji nakwiiyunivesithi.
3, Itekhnoloji yobushushu esetyenziswa yiWaste Heat Cascade yepompo yobushushu yeyokuqala ekhaya nakwamanye amazwe
Le teknoloji yenzelwe ukubuyisa amandla obushushu emanzini amdaka okuhlamba kunye nokuvelisa amanzi ashushu okuhlamba alinganayo kwinani elifanayo lamanzi amdaka okuhlamba ukuze kusetyenziswe amandla obushushu kwakhona. Phantsi kweemeko zokusebenza eziqhelekileyo, ixabiso le-COP liphezulu njenge-7.33, kwaye xa kusetyenziswa, umlinganiselo ophakathi wonyaka wokusebenza kakuhle kwamandla ungaphezulu kwe-6.0. ukwandisa izinga lokuhamba kunye nokunyusa ubushushu bokukhupha amanzi amdaka ukuze kufunyanwe amandla aphezulu okufudumeza ehlotyeni; Kwaye ebusika, izinga lokuhamba liyancitshiswa, kwaye ubushushu bokukhupha amanzi amdaka buyancitshiswa, ukuze kusetyenziswe kakhulu ubushushu obumdaka.
Ixesha lokuthumela: Sep-07-2023