Kwiphulo lokucoca kunye nezisombululo ezizinzileyo zamandla, i-hydroges iphuma njengenye indlela ethembisayo ngamandla amakhulu. Kwimbali yeTekhnoloji yeHydrogen ye-HEM Ngoyilo olusemongolo kunye nokukhuseleka okuphezulu, izixhobo ze-Phy hydrogen zibonelela ngesisombululo esiguquguqukayo nesifanelekileyo semveliso encinci ye-hydrogen.
Itekhnoloji ye-PEM ye-PEM ilele kukwazi ukuphendula ngokukhawuleza ekufumaneni amandla, iyenza ilungele ukudityaniswa kwemithombo yamandla ahlaziyiweyo efana nefotovoltaics kunye namandla omoya. Ngoluhlu lwe-tek-tanki enye yokuphendula i-0% ukuya kwi-120% kunye nexesha lokuphendula ngemizuzwana eli-10, isixhobo semveliso ye-Phy Hydrogen kuqinisekisa ukudityaniswa okungenamthungo kunye nokusebenza kakuhle kunye nokuthembeka.
Ifumaneka kuluhlu lweemodeli ukuze zilingane neemfuno zemveliso yokwahluka, izixhobo zemveliso ye-Phy hydrogen zibonelela nge-scaldy ngaphandle kokusebenza ngokusebenza. Ukusuka kwimodeli ye-compact pem-1, iyakwazi ukuvelisa i-1 NM³ / h kwimodeli ye-prom-200 ye-PM³, kunye nemveliso ye-200 ye-200 ye-200 ye-200 ye-200 ye-NM³ / H, iyunithi nganye ihlawulwe ukuhambisa iziphumo ezingaguqukiyo ngelixa kuncitshiswa ukusetyenziswa kwamandla.
Ngapha koko, uyilo olusemongweni lwe-PEMRONGONGINIGINIGIN zivumela ukufakelwa ngokulula kunye nokusebenza, ukuququzelela ukuhanjiswa ngokukhawuleza nokudityaniswa kweziseko zophuhliso ezikhoyo. Ngoxinzelelo olusebenzayo lwe-3.0 MPA kunye nobungakanani obususela kwi-1.8 × 1.2 × 2 yeemitha ukuya kwi-2,5 × 1. 1.2 × 1. 1.2 × 2 yeemitha.
Njengoko imfuno ye-hydrogen ecocekileyo iyaqhubeka nokuphakama, iteknoloji ye-PEM ilungele ukudlala indima ebaluleke kakhulu ekuqhubeni uqoqosho olusekwe kwi-hydrogen. Ngokudibanisa amandla emithombo yamandla ahlaziyiweyo kunye nokuqhubela phambili itekhnoloji yeTekhnoloji ye-Electrolysis, izixhobo zemveliso ye-Phy hydrogen ibamba i-pieness yexesha elizayo exhotyiswe kwi-hydrogen ecocekileyo nelihlaza.
IXESHA LOKUQALA: Mar-06-2024
