Namhlanje, phantsi kwemvelaphi yophuhliso olukhawulezayo lwezithuthi zamandla amatsha kunye noshishino lokugcina amandla, amandla eebhetri ze-lithium aye akhawuleza, kwaye iibhetri ze-lithium zingene kwixesha lokuvelisa ubuninzi. Nangona kunjalo, kuyafaneleka ukuba uqaphele ukuba, kwelinye icala, i-peak carbon dioxide emissions kunye nokungathathi hlangothi kwekhabhoni kuye kwaba yimikhwa kunye neemfuno; Ngakolunye uhlangothi, ukuveliswa kwebhetri ye-lithium enkulu, ukunciphisa iindleko kunye noxinzelelo lwezoqoqosho luyanda.
Ingqwalasela yoshishino lwebhetri ye-lithium: ukuhambelana, ukhuseleko kunye noqoqosho lweebhetri. Iqondo lokushisa kunye nomswakama kunye nokucoceka kwigumbi elomileyo kuya kuchaphazela kakhulu ukuhambelana kwebhetri; Ngexesha elifanayo, ukulawulwa kwesantya kunye nomxholo womswakama kwindawo eyomileyo kuya kuchaphazela kakhulu ukusebenza kunye nokhuseleko lwebhetri; Ukucoceka kwenkqubo yokomisa, ngakumbi i-powder yensimbi, kuya kuchaphazela kakhulu ukusebenza kunye nokhuseleko lwebhetri.
Kwaye ukusetyenziswa kwamandla kwenkqubo yokomisa kuya kuchaphazela kakhulu uqoqosho lwebhetri, kuba ukusetyenziswa kwamandla kuyo yonke inkqubo yokomisa kubangele i-30% ukuya kwi-45% yomgca wokuvelisa ibhetri ye-lithium, ngoko nokuba ukusetyenziswa kwamandla kuyo yonke into. inkqubo yokomisa inokulawulwa kakuhle iya kuchaphazela ixabiso lebhetri.
Ukushwankathela, kunokubonwa ukuba ukomiswa okukrelekrele kwendawo yokuvelisa ibhetri ye-lithium ngokuyintloko kubonelela indawo eyomileyo, ecocekileyo neyokuhlala yokukhusela ubushushu bomgca wokuvelisa ibhetri ye-lithium. Ke ngoko, iingenelo kunye nokungonakali kwenkqubo yokomisa ekrelekrele ayinakujongelwa phantsi kwisiqinisekiso sokuqina kwebhetri, ukhuseleko kunye noqoqosho.
Ukongeza, njengeyona marike inkulu yokuthumela ngaphandle kweshishini laseTshayina i-lithium ibhetri, iKhomishini yaseYurophu iye yamkele umgaqo omtsha webhetri: ukusuka ngoJulayi 1, 2024, iibhetri zamandla kuphela ezinengxelo yekhabhoni zinokufakwa kwimarike. Ngoko ke, kungxamisekile ukuba amashishini ebhetri ye-lithium yaseChina akhawulezise ukusekwa kwamandla aphantsi, i-carbon ephantsi kunye nemeko yokuvelisa ibhetri yezoqoqosho.
Kukho izalathiso ezine eziphambili zokunciphisa ukusetyenziswa kwamandla kuyo yonke imeko yemveliso yebhetri ye-lithium:
Okokuqala, ubushushu obuqhubekayo bangaphakathi kunye nokufuma ukunciphisa ukusetyenziswa kwamandla. Kwiminyaka embalwa edlulileyo, i-HZDryair ibisenza ulawulo lweempendulo zombethe kwigumbi. Ingqikelelo yesiko yeyokuba okukhona kusezantsi umbethe kwindawo yokomisa, kokukhona kungcono, kodwa okukhona kusezantsi indawo yombethe, kokukhona kukhulu ukusetyenziswa kwamandla. "Gcina umbethe ofunekayo ungatshintshi, onokunciphisa kakhulu ukusetyenziswa kwamandla phantsi kwemiqathango eyahlukeneyo."
Okwesibini, lawula ukuvuza komoya kunye nokuchasana kwenkqubo yokomisa ukunciphisa ukusetyenziswa kwamandla. Ukusetyenziswa kwamandla kwenkqubo yokunciphisa umswakama kunempembelelo enkulu kumthamo womoya omtsha. Indlela yokuphucula umoya we-air duct, iyunithi kunye negumbi lokumisa inkqubo yonke, ukwenzela ukunciphisa ukongezwa komthamo womoya omtsha uye waba ngundoqo. "Kuyo yonke i-1% yokunciphisa ukuvuza komoya, iyunithi yonke inokugcina i-5% yokusetyenziswa kwamandla okusebenza. Ngelo xesha, ukucoca isihluzo kunye ne-cooler surface ngexesha kwinkqubo yonke kunokunciphisa ukuchasana kwenkqubo kwaye ngoko ukunciphisa amandla okusebenza kwefeni.
Okwesithathu, inkunkuma yokushisa isetyenziselwa ukunciphisa ukusetyenziswa kwamandla. Ukuba inkunkuma yokushisa isetyenzisiwe, ukusetyenziswa kwamandla omatshini wonke kunokuncitshiswa ngama-80%.
Okwesine, sebenzisa imbaleki ekhethekileyo ye-adsorption kunye nempompo yokushisa ukunciphisa ukusetyenziswa kwamandla. I-HZDryair inkqenkqeza phambili ekuveliseni iyunithi yokuvuselela iqondo lobushushu obuphantsi obungama-55℃. Ngokuguqula izinto ze-hygroscopic ze-rotor, ukulungiswa kwesakhiwo somgijimi, kunye nokwamkela iteknoloji yokuhlaziya iqondo lokushisa eliphantsi kakhulu kwishishini okwangoku, ukuvuselelwa kweqondo lokushisa eliphantsi kunokufezekiswa. Ubushushu benkunkuma bunokuba bubushushu bokujiya komphunga, kwaye amanzi ashushu kwi-60℃~70℃ angasetyenziselwa ukuhlaziya iyunithi ngaphandle kokusebenzisa umbane okanye umphunga.
Ukongeza, i-HZDryair iphuhlise itekhnoloji yokuvuselela iqondo lobushushu obungama-80 ℃ kunye ne-120 ℃ iteknoloji yempompo yobushushu obuphezulu.
Phakathi kwazo, indawo yombethe yendawo ephantsi yombethe iyunithi ye-rotary dehumidifier enobushushu obuphezulu bokungenisa umoya kwi-45℃ inokufikelela ku-≤-60℃. Ngale ndlela, umthamo wokupholisa osetyenziswe kukupholisa komphezulu kwiyunithi ngokusisiseko ngu-zero, kwaye ubushushu emva kokufudumeza buncinci kakhulu. Ukuthatha iyunithi ye-40000CMH njengomzekelo, ukusetyenziswa kwamandla ngonyaka kweyunithi kunokugcina malunga ne-3 yezigidi ze-yuan kunye ne-810 yeetoni zekhabhoni.
IHangzhou Dryair Air Treatment Equipment Co., Ltd., esekwe emva kohlengahlengiso lwesibini lweZhejiang Paper Research Institute ngo-2004, lishishini eligxile kuphando, uphuhliso kunye nokuveliswa kobuchwephesha bokuphelisa umswakama kwiirotha zokucoca, kwaye ikwalilizwe lobugcisa obuphezulu. ishishini.
Ngokusebenzisana kunye neYunivesithi yaseZhejiang, inkampani ithatha iteknoloji yomqhubi we-dehumidification ye-NICHIAS eJapan / PROFLUTE eSweden ukuqhuba uphando lobuchwephesha, uphuhliso, ukuveliswa kunye nokuthengiswa kweentlobo ezahlukeneyo zeenkqubo zokunciphisa umgijimi; Uluhlu lwezixhobo zokukhusela okusingqongileyo eziphuhliswe yinkampani zisetyenziswe ngokubanzi kwaye zikhulile kumashishini amaninzi.
Ngokubhekiselele kumthamo wemveliso, amandla emveliso yangoku yenkampani yokukhupha amanzi afikelele kwiiseti ezingaphezu kwe-4,000.
Ngokubhekiselele kubathengi, amaqela abathengi asemhlabeni wonke, apho abathengi abakhokelayo kumashishini abameli kunye nabagxininisekileyo: imboni yebhethri ye-lithium, i-biomedical industry kunye neshishini lokutya bonke banentsebenziswano. Ngokubhekiselele kwibhetri ye-lithium, iseke ubudlelwane obunzulu bentsebenziswano kunye ne-ATL / CATL, EVE, Farasis, Guoxuan, BYD, SVOLT, JEVE kunye ne-SUNWODA.
Ixesha lokuposa: Sep-26-2023