Gabatar da sabuwar nasarar da muka samu a fasahar sake mai da iskar hydrogen: Kayan Aikin Mai da iskar hydrogen mai matsin lamba mai yawa a cikin kwantena (tashar hydrogen, tashar h2, tashar famfon hydrogen, kayan aikin cike hydrogen). Wannan sabuwar hanyar ta sake fasalta yadda ake sake mai da motoci masu amfani da hydrogen, tana ba da sauƙin amfani, inganci, da aiki mara misaltuwa.
A tsakiyar wannan tsarin na zamani akwai compressor skid, wani ƙaramin na'ura mai ƙarfi wanda ke aiki a matsayin ginshiƙin tashar mai. Ya ƙunshi hydrogen compressor, tsarin bututun mai, tsarin sanyaya iska, da kayan lantarki, an tsara compressor skid don samar da ingantaccen matsi na hydrogen a ƙarƙashin yanayi daban-daban.
Akwai shi a cikin tsari guda biyu - hydraulic piston compressor skid da diaphragm compressor skid - tsarinmu yana ba da sassauci don biyan takamaiman buƙatun kowane aikace-aikace. Tare da matsin lamba na shiga daga 5MPa zuwa 20MPa, da kuma ƙarfin cikewa daga 50kg zuwa 1000kg a kowace awa 12 a 12.5MPa, kayan aikinmu suna da ikon sarrafa nau'ikan buƙatun mai iri-iri.
Abin da ya bambanta Kayan Aikin Cire Man Fetur na Hydrogen Mai Matsi Mai Girma na Kwantena shine ikonsa na isar da hydrogen a matsin lamba mai yawa. Tare da matsin lamba na fitarwa har zuwa 45MPa don ayyukan cikawa na yau da kullun da kuma 90MPa don aikace-aikace na musamman, tsarinmu yana tabbatar da ingantaccen aiki da dacewa da nau'ikan motocin da ke amfani da hydrogen.
An ƙera kayan aikinmu don yin aiki a cikin yanayi mai wahala, an gina su ne don jure yanayin zafi daga -25°C zuwa 55°C. Ko sanyi ne mai tsanani ko zafi mai zafi, za ku iya dogara da kayan aikinmu na sake mai don yin aiki yadda ya kamata kuma akai-akai, kowace rana.
Kayan aikinmu na cika mai mai ƙarfi na Hydrogen mai ƙanƙanta, mai inganci, kuma mai sauƙin shigarwa, shine mafita mafi dacewa ga tashoshin cika mai na kowane girma. Ko kuna kafa sabuwar tasha ko haɓaka wacce take akwai, kayan aikinmu suna ba da aiki, aminci, da sassauci da kuke buƙata don samun nasara a masana'antar man fetur na hydrogen da ke ci gaba cikin sauri.
Lokacin Saƙo: Maris-27-2024
