Umkhiqizo wenkanyezi: Inqaba eqinile evikela amamitha amanzi ahlakaniphile—i-YMIN 3.8V supercapacitor

Amathemba Emakethe Amamitha Amanzi Ahlakaniphile

Ngokusheshisa kokukhula kwedolobha, ukuthuthukiswa kwezindinganiso zokuphila, kanye nokwanda kokuqwashisa ngokuvikelwa kwemvelo, isidingo samamitha amanzi ahlakaniphile siyaqhubeka nokukhula. Imibiko ikhombisa ukuthi usayizi wemakethe wamamitha amanzi ahlakaniphile uyanda, ikakhulukazi ezindaweni ezifana nokuthuthukiswa kwezindawo zokuphakelwa kwamanzi kanye namaphrojekthi amasha okuhlala, okunikeza amathuba amaningi okusetshenziswa.

Umsebenzi we-YMIN 3.8v super capacitor

Amamitha amanzi ahlakaniphile ngokuvamile adinga ukugcina idatha, ukwenza izilinganiso, nokuvumela ukuxhumana okukude ngaphandle komthombo wamandla wangaphandle. Ama-Supercapacitor, njengezingxenye zokugcina amandla aphezulu, asetshenziswa kanye namabhethri e-lithium-thionyl chloride kumamitha amanzi e-NB-IoT. Angavala ukungakwazi kwamabhethri e-lithium-thionyl chloride ukunikeza ukuphuma kwamandla aphezulu ngokushesha nokuvimbela izinkinga zokudlula kwebhethri, ukuqinisekisa ukuthi amamitha amanzi ahlakaniphile angaqedela ukulayishwa kwedatha noma imisebenzi yokulungisa uhlelo ngesikhathi esifushane.

Izinzuzo ze-YMIN 3.8V supercapacitor

1. Ukumelana Nokushisa Okuphansi

Ama-Supercapacitor anobubanzi bokushisa bokusebenza, njengo--40°C kuya ku-+70°C. Lokhu kwenza i-YMINI-supercapacitor engu-3.8Vikwazi ukusebenza kahle ezindaweni ezahlukene ezinzima, ikakhulukazi ezindaweni ezibandayo, iqinisekisa ukuphakelwa kukagesi okuvamile ngaphansi kwezimo zokushisa okuphansi, igcina imisebenzi yokulinganisa kanye nokudlulisa idatha.

2. Isikhathi Eside Sokuphila

Uma kuqhathaniswa namabhethri e-lithium endabuko, ama-supercapacitor anempilo yesevisi ende kakhulu kanye nokuqina komjikelezo ngenxa yesimiso sawo sokugcina amandla esingasebenzisi amakhemikhali. Ama-supercapacitor e-YMIN aziwa ngokuphila kwawo isikhathi eside. Uma esetshenziswa kumamitha amanzi ahlakaniphile, anganciphisa kakhulu izindleko zokulungisa kanye nemiphumela engaba khona emvelweni ebangelwa ukushintshwa kwebhethri.

3. Izinga Lokuzikhipha Eliphansi Kakhulu

Ama-supercapacitor e-YMIN asebenza kahle kakhulu ekuzikhipheni, esebenzisa amandla angaguquki angaphansi kuka-1-2μA, okuqinisekisa ukusetshenziswa kwamandla angaguquki aphansi kwedivayisi yonke kanye nokuphila kwebhethri isikhathi eside.

4. Akukho Ukulungiswa

Ukusebenzisa ama-supercapacitor ngesikhathi esifanayo namabhethri kumamitha amanzi ahlakaniphile kusizakala ngamandla okukhipha amandla e-supercapacitor, ukuminyana kwamandla aphezulu kakhulu, izici ezinhle zokushisa okuphansi, kanye nokusebenza okuphansi kakhulu kokuzikhipha. Lokhu kuhlanganiswa namabhethri e-lithium-thionyl chloride kuba yisisombululo esihle kakhulu samamitha amanzi e-NB-IoT.

Isiphetho

I-YMIN 3.8V supercapacitor, enezinzuzo zayo zokumelana nokushisa okuphansi, isikhathi eside sokuphila, ukuzikhipha okuphansi kakhulu, kanye nezakhiwo ezingenakulungiswa, isetshenziswa kabanzi ekwakhiweni kwamamitha amanzi ahlakaniphile. Ihlinzeka ngezixazululo zamandla ezithembekile zezinhlelo zamanzi ahlakaniphile, iqinisekisa ukuthi amamitha amanzi angenza izinsizakalo zokulinganisa kanye nokuxhumana okude ngokuqina ezindaweni ezinganakiwe isikhathi eside.