Njengomthombo we-zero-carbon umthombo, amandla e-hydrogen atsala ingqalelo emhlabeni wonke. Okwangoku, ukuqhubela phambili kwamandla e-hydrogen kujamelene neengxaki ezininzi eziphambili, ngakumbi imiveliso enkulu, ineendleko zexabiso eliphantsi kunye neTekhnoloji yokuThutha, eneengxaki zebhotile yebhotile ye-Hydrogen.
 
Xa kuthelekiswa nendlela yokugcina uxinzelelo oluphezulu kunye nokugcina i-hydrogen, i-hydrogen yokugcina iqondo lokugcina kunye nemodi yokubonelela, iphantsi koxinzelelo lwe-hydrogen, ephantsi kwe-hydrogen, engaphantsi kwexabiso eliphezulu, elinokuthi ibandakanye izinto ezinzima ezingakhuselekanga kwinkqubo yothutho. Ukongeza, izibonelelo zololiwe ze-hydrogen ekwenzeni, ukugcinwa kunye nokuhamba zilungele kakhulu ukubonelela ngamandla e-hydrogen. Okwangoku, ngophuhliso olukhawulezileyo lweshishini lokufaka i-terdrogen, imfuno ye-hydrogen ye-hydrogen iya kutyhalwa umva.
 
I-hydrogen ye-hydrogen yeyona ndlela isebenzayo yokugcina i-hydrogen, kodwa inkqubo yokufumana i-hydrogen ye-hydrogen inomgangatho ophezulu wobugcisa, kunye nokusetyenziswa kwamandla kunye nokusebenza kwawo kufuneka kuthathelwe ingqalelo kwi-hydrogen enamanzi.
 
Okwangoku, amandla e-hydrogen ye-hydrogen ye-hydrogen ifikelela kwi-485t / d. Ukulungiswa kwe-hydrogen yolwelo, i-hydrogen ye-hydrogen yotywala, iza ngeendlela ezininzi kwaye inokuthi ihlelwe okanye idityaniswe ngokweenkqubo zokwanda kunye neenkqubo zotshintshiselwano. Okwangoku, iinkqubo zokuqheleka kwe-hydrogen zinokwahlulwa zibe yinkqubo elula ye-Linde-Hampson, esebenzisa isiphumo se-joule-thompson (i-JT SPOP) yokwandiswa kwelanga, kunye nenkqubo yokwandiswa kwe-adiabatic, edibanisa ukupholisa i-turbine eyandisiweyo. Kwinkqubo yemveliso yemveliso, ngokwendlela yokuphuma kolwelo lwe-hydrogen, indlela yokwakhiwa kwe-adiabatic inokwahlulwa ibe yindlela ye-rayton ye-gesious ye-gesious ye-gesious, kwaye ipholile i-hydrogen ngokokwanda kwe-adiabatic.
 
Uhlalutyo lweendleko kwimveliso ye-hydrogen ye-hydrogen ikakhulu ithathela ingqalelo isikali noqoqosho lwe-hydrogen yendlela. Kwiindleko zemveliso ye-hydrogen ye-hydrogen, iindleko ze-hydrogen zithatha eyona nto iphambili (58%), ilandelwa yindleko zokusetyenziswa kwamandla (20%), i-accounting ye-78% yeendleko ze-hydrogen ye-hydrogen. Phakathi kwezi ndleko zimbini, eyona mpembelelo iphambili luhlobo lwe-hydrogen kunye nexabiso lombane apho isityalo esinxilisayo sikhona. Uhlobo lomthombo we-hydrogen luhambelana nexabiso lombane. Ukuba isityalo semveliso ye-hydrolygetic ye-hydrogen kunye nesityalo esinxilisayo sakhiwe ngokudibeneyo kwimveliso yamandla e-Encydrogen kwaye isetyenziselwe ukuvelisa amanqwanqwa kwe-hydrogen. Kwangelo xesha, inokuyinciphisa impembelelo yoqhagamshelo lwegridi enkulu yomoya kwi-grid yenkqubo yenkqubo yamandla.
 
Izixhobo ze-HL Crygenic
Izixhobo ze-HL Crygenic ezazisekwe ngo-1992 luphawu olunxulumene ne-HL Crygenagenagenic Fine Googegenic Foot Co., Ltd. Isixhobo se-HL Crygenic sizibophelele kuyilo kunye nokwenziwa kwenkqubo yokuthintela i-CryOgenic ephezulu ye-Crygenic kunye nezixhobo zenkxaso ezinxulumene nazo ukuze zihambelane neemfuno ezahlukeneyo zabathengi. I-vacuum ye-vacuum ye-varing kunye ne-hose eziguquguqukayo zakhiwe kwi-vacuum ephezulu ye-vacuum kunye ne-Multi-Screen Arcrip Screen, kwaye idlula i-vacum ye-vacuum, i-vacum ye-vacum, i-helium yegesi, irhasi yegesi yegesi.