I-Hydrogen ye-hydrogen yemoto yokukhuphisana nentengiso ye-EV
Itekhnoloji eyahlukileyo ye-hydrogen iphuhliswe ingaphezulu kweminyaka esi-7 yokujongana nemizi-mveliso ecocekileyo ye-AutoMotie ecocekileyo egcweleyo ekukhuseleni okusingqongileyo kwi-fosdrocarbon yokukhupha
I-Titer iya kukhangela amahlakani eqhinga ngo-2023 ngokuzisa itekhnoloji yamandla ecocekileyo ecocekileyo kwilebhu kwiimveliso ezithengiswayo. Ukuveliswa kwe-hydrogen ukusuka kumthombo wamanzi kwiiseli ze-PEM ze-PEM. Iprototype ye-prototype ye-thomas igesi ye-hydrogen ngoku isebenza ngaphezulu kweminyaka esi-7 ngokulondolozwa kancinci kwaye iya kuyilwa ukulingana kwi-trunk yemoto okanye ilori. Imali eninzi yokugcina iindleko zeentsapho. Uninzi lweemveliso zamandla amatsha zikwindawo ethe tyaba. Eyona nkqubo yemoto ye-hydrogenigesi ehambileyo ehlabathini eya kuvelisa i-100% hydrogen h2 enokuthi isebenze i-3 ye-3 kW Pem Pem Deli kwaye iphakame isebenzisa amanzi njengomthombo wamafutha. Ikhuselekile, iphantsi, kwaye akukho mida yokuhamba. I-300 yatts yebhetri ye-12-volt okanye i-DC ye-DC / DC ivelise igesi ye-hydrogen ye-hydrogen ye-hydrogen (TIG) engathathi hlangothi yekharbon. I-Titer (i-Thomas iZiko loPhando lweTekhnoloji) inayo itekhnoloji eya kwenza ukuba ukwenziwa okukhuselekileyo kunye nokuveliswa kwegesi ye-thomas hydrogen (TH). Itekhnoloji ivumela imveliso eqhubekayo ye-thg 7. I-Tetr's Indawo yokwakhiwa yitekhnoloji yegesi eyahlukileyo eya kuvumela ukuveliswa kwegesi igesi ukusuka emanzini. Kulula ukuyenza irhasi ye-Thg ngetekhnoloji yethu kodwa phantse akunakwenzeka ukuba wenze i-hg emsulwa (igesi ye-hydrogen) ngaphandle kweoksijini okanye ezinye iigesi ezivelisiweyo. Yinjongo yetekhnoloji yokusetyenziswa njengomthombo wamandla kwiiseli ze-PEM ze-PEM, akukho sidingo samandla e-hydrogen amandla e-hydrogen. Veza i-hydrogen kwimoto yakho ngelixa uqhuba naphi na. Nantsi itekhnoloji yamandla ecocekileyo. Zonke iimoto zemoto yinkqubo yayo yemveliso yamandla. Inkampani ilindele ukuphuculwa kwayo okwahlukileyo kwendlela yenguqu kwimveliso yegesi ephezulu ye-thg yegesi kunye netekhnoloji yentengiso ye-hydrogen. Ulwazi lwe-titer kwi-HG lubonisa ukuba i-TIG iya kuphucula kakhulu amandla, ukhuseleko, kunye nokuhambisa izicelo ezincedayo kwizicelo ze-PEMOn ezincedayo kwixesha elizayo. Ikamva leHlabathi kumandla acocekileyo linokubona amandla e-hydrogen mandla ngamandla exesha elininzi njengoko amazwe aliqela ajonge ukuvelisa i-hydrogen ekukhutshweni kwekhabhoni emhlabeni jikelele. Njengoko le nto kunye nezinye iitekhnoloji eziluhlaza ezicocekileyo ziyaphuhliswa kwaye zize kwintengiso ye-Titer ifundile ukuphinda iveliswe ngokukhuselekileyo kwitekhnoloji enkulu kwiminyaka emihlanu eyadlulayo. I-THUG iya kuveliswa kwisixhobo esincinci semigca esithathwe kwi-trunk yemoto kwaye sinokuvelisa ilitha enye kwimizuzwana eyi-8 ye-hydrogen h2. Kwimigaqo yombane, ukuxinana kwamandla i-hydrogen ilingana nama-33.6 kWh yamandla asebenzayo nge-kg, ngokuchasene nedizili kuphela ethatha i-12-16 kWh nganye kg. Into ethethwa yile 1 kg ye-hydrogen, isetyenziswa kwiseli ye-WEMIUMIRE ukuba inamandla i-motor, iqulethe amandla afanayo negallon yedizili yedizili. Iyunithi ye-Bhritane ye-Bhritane (BTU) ngumlinganiso wemveliso yamandla. I-Hydrogen hydrogen (H2) iqhuba i-2.7x amandla aphezulu kwiyunithi nganye kune-petroli (1 kg ye-H2 inomxholo wamandla (2.7 kg) ye-galloline). I-hydrogen (H2) inama-33 kWh ngekhilogrem nganye ngokuhambelana nebhetri ye-lithium engama-250 ukuya kwi-700 ye-watts ephezulu kwikhilogram nganye. I-Thomas Hydrogen igesi (THE) yi-100% iluhlaza, icocekile, kwaye ikhuselekile ngokungqongileyo, ulwazi olukhuselekileyo. Akukho xinzelelo loxinzelelo oluphezulu, akukho zikhululo-tshisi zombane, ezingafakwanga umdanga-zin-died-theredied kuye nakuphi na umthombo wamafutha ngaphandle kwawo nawuphi na umthombo wamanzi. Akukho mlilo okanye ukuqhushumba njengemakethi yangoku i-i-ev i-ev i-ev. Akukho kutshintshwa kwebhetri yebhetri ye-LI. Akukho zikhululo zilukhuni, akukho maxesha ashalayo, kwaye kungabikho hambo elincinci elinjengeemoto ezi-ED.
