Wonge u-3.422 million Kwh uma kuqhathaniswa nomshini wokushisa kagesi! Ngenyanga edlule, uHien uwine omunye umklomelo wokonga amandla ngephrojekthi yamanzi ashisayo yaseyunivesithi.
Ingxenye eyodwa kwezintathu yamanyuvesi aseShayina akhethe ama-heater amanzi asebenzisa umoya i-Hien. Amaphrojekthi amanzi ashisayo ase-Hien asatshalaliswa emanyuvesi amakhulu nasemakolishi anikezwe "uMklomelo Wokufaka Isicelo Ongcono Kakhulu We-Heat Pump Multi-Energy Complementarities" iminyaka eminingi. Le miklomelo iphinde ibe ubufakazi bekhwalithi ephezulu yamaphrojekthi kaHien okushisa amanzi.
Lesi sihloko sichaza iphrojekthi yokuvuselela i-BOT yesistimu yamanzi ashisayo efulethini labafundi le-Huajin Campus yase-Anhui Normal University, lapho i-Hien isanda kuwina khona "uMklomelo Wokufaka Isicelo Ongcono Kakhulu we-Multi-Energy Complementary Heat Pump" kuMncintiswano Wokuklama Isicelo Sesistimu Yokushisa ka-2023. Sizoxoxa ngezici zohlelo lokuklama, umphumela wokusetshenziswa kwangempela, kanye nokusungula iphrojekthi ngokwahlukana.
Uhlelo Lokuklama
Lo msebenzi wamukela amayunithi angu-23 e-Hien KFXRS-40II-C2 omoya ukuze kuhlangatshezwane nezidingo zamanzi ashisayo zabafundi abangaphezu kuka-13,000 eHuajin Campus yase-Anhui Normal University.
Le phrojekthi isebenzisa izifudumezi zamanzi zepompo yomoya kanye neyomthombo wamanzi ukuze zihambisane, zineziteshi zamandla eziyi-11 sezizonke. Amanzi asechibini lokufudumala elisebenzisa imfucuza afudunyezwa yipompo yokushisa yamanzi engu-1: 1, kanti ingxenye enganele ifudunyezwa yipompo yokushisa yomthombo womoya bese igcinwa ethangini lamanzi ashisayo elisakhiwe kabusha, bese kusetshenziswa ipompo yamanzi eguquguqukayo ukuhlinzeka ngamanzi ezindlini zangasese ngokushisa nokucindezela okungaguquki. Lolu hlelo lwakha umjikelezo ongemuhle futhi luqinisekisa ukuhlinzekwa okuqhubekayo kwamanzi ashisayo.
Umphumela Wokusetshenziswa Kwangempela
Ukongiwa Kwamandla:
Ubuchwepheshe obusetshenziswa ekushiseni kwemfucuza yepompo yokushisa yomthombo wamanzi kulo msebenzi bukhulisa ukubuyiswa kokushisa kwemfucuza, bukhipha amanzi angcolile angaphansi kuka-3 ℃, futhi busebenzisa inani elincane (cishe u-14%) wamandla kagesi ukushayela, ngaleyo ndlela kufezwe ukuphinda kusetshenziswe ukushisa kwemfucuza (cishe u-86%). Konga u-3.422 million Kwh uma kuqhathaniswa nebhoyila kagesi!
Ubuchwepheshe bokulawula obungu-1:1 bungasebenzisa ngokuzenzakalelayo izimo zokusebenza ezahlukene ukuqinisekisa ibhalansi phakathi kokunikezwa kanye nesidingo. Ngaphansi kwesimo samanzi ompompi angaphezu kuka-12 ℃, umgomo wokukhiqiza ithani eli-1 lamanzi ashisayo okugeza kusuka kuthani eli-1 lamanzi angcolile okugeza uyafezwa.
Amandla okushisa angaba ngu-8 ~ 10 ℃ ayalahleka ekugezeni. Ngobuchwepheshe obusetshenziswa ekushiseni kwemfucuza, izinga lokushisa lokukhipha amanzi amdaka liyancishiswa, futhi kutholakala amandla okushisa engeziwe emanzini ompompi ukuze kwenezelwe amandla okushisa alahlekile ekugezeni, ukuze kufezwe ukuphinda kusetshenziswe ukushisa kwemfucuza yokugeza futhi kufezwe ukukhulisa amandla okukhiqiza amanzi ashisayo, ukusebenza kahle kokushisa, kanye nokubuyiselwa kokushisa kwemfucuza.
Ukuvikelwa Kwemvelo Nokunciphisa Ukukhishwa Kwegesi:
Kulo msebenzi, amanzi ashisayo asetshenzisiwe asetshenziselwa ukukhiqiza amanzi ashisayo esikhundleni samafutha asetshenziswa kudala. Ngokusho kokukhiqizwa kwamathani ayi-120,000 amanzi ashisayo (izindleko zamandla ngethani lamanzi ashisayo ziyi-RMB2.9 kuphela), futhi uma kuqhathaniswa nama-boiler kagesi, konga ugesi ongu-3.422 million Kwh futhi kunciphisa ukukhishwa kwe-carbon dioxide okungu-3,058 amathani.
Impendulo Yomsebenzisi:
Izindlu zangasese ngaphambi kokuvuselelwa zazikude kakhulu negumbi lokulala, futhi kwakuvame ukuba nemigqa yokugeza. Into engamukeleki kakhulu kwakuyizinga lokushisa lamanzi elingazinzile ngesikhathi sokugeza.
Ngemva kokuvuselelwa kwendlu yokugezela, indawo yokugeza isithuthuke kakhulu. Akugcini nje ngokusindisa isikhathi esiningi ngaphandle kokulinda umugqa, kodwa into ebaluleke kakhulu ukuthi izinga lokushisa lamanzi lizinzile lapho ugeza ebusika obubandayo.
Ukusungula Izinto Ezintsha Kwephrojekthi
1, Imikhiqizo incane kakhulu, iyonga futhi iyathengiswa
Amanzi angcolile okugeza namanzi ompompi axhunywe ku-heater yamanzi omthombo wamanzi angcolile, amanzi ompompi akhuphuka ngokushesha kusuka ku-10 ℃ kuya ku-45 ℃ ukuze kuhlanjwe amanzi ashisayo, kuyilapho amanzi angcolile ehla ngokushesha kusuka ku-34 ℃ kuya ku-3 ℃ ukuze kukhishwe. Ukusetshenziswa kwe-heater yamanzi ompompi wokushisa okungcolile akugcini nje ngokusindisa amandla, kodwa futhi konga isikhala. Umshini we-10P umboza i-㎡ eyodwa kuphela, kanti umshini we-20P umboza i-㎡ engu-1.8.
2, Ukusetshenziswa kwamandla okuphansi kakhulu, ukudala indlela entsha yokonga amandla kanye namanzi
Ukushisa okungcolile kwamanzi angcolile okugeza, abantu abawakhipha bese bewakhipha ngeze, kuyasetshenziswa futhi kuguqulwe kube ukuhlinzekwa kwamandla ahlanzekile okuqhubekayo nokuqhubekayo. Lobu buchwepheshe obusetshenziswa ekushiseni okungcolile kwepompo yokushisa obusebenzisa kahle amandla aphezulu kanye nezindleko zamandla aphansi ngethani lamanzi ashisayo buletha indlela entsha yokonga amandla kanye nokunciphisa ukukhishwa komoya ongcolile ekugezeni endlini yokugezela emakolishi nasemanyuvesi.
3, ubuchwepheshe be-Waste Heat Cascade obusetshenziswa yi-Waste Heat buqala ukusetshenziswa ekhaya nakwamanye amazwe
Lobu buchwepheshe buhlose ukubuyisa amandla okushisa emanzini angcolile okugeza nokukhiqiza inani elilinganayo lamanzi ashisayo okugeza emanzini angcolile okugeza ukuze kusetshenziswe kabusha amandla okushisa. Ngaphansi kwezimo zokusebenza ezijwayelekile, inani le-COP liphezulu njengo-7.33, futhi ekusetshenzisweni okusebenzayo, isilinganiso esimaphakathi sokusebenza kahle kwamandla ngonyaka singaphezu kuka-6.0. kwandisa izinga lokugeleza nokuphakamisa izinga lokushisa lokukhipha amanzi angcolile ukuze kutholakale amandla okushisa aphezulu ehlobo; Futhi ebusika, izinga lokugeleza liyancishiswa, futhi izinga lokushisa lokukhipha amanzi angcolile liyancishiswa, ukuze kusetshenziswe kakhulu ukushisa okungcolile.
Isikhathi sokuthunyelwe: Septhemba-07-2023