Ukukhawuleza kweqondo kunye nokukhethwa kwesithuthi sesiqhamo se-supercapacitor modules.

Iimoduli ze-supercapacitor zilindele kakhulu kwiindlela ezikhawulezwayo zemodi kunye nokukhethwa kwesithinta imvelo sezixhobo. Indlela efanayo ngaphakathi kwezinto ezi zikhethiweyo kunye nokhawulezwa kuzo kungabangela ubunzima, ubukhona, kunye nobume bomfanekiso wokuquka kumfanekiso opheleleyo. Manje, makahlale siphumlele ngendlela yokukhawuleza kweqondo supercapacitor iimoduli kunye nodiko lokukhetha isithinta esifanelekileyo sezixhobo ukuze kube lula ngokusebenza.

Ukukhawuleza kweqondo kweemoduli ze-supercapacitor kuyiyo nto ebalulekileyo ku:

Iimoduli ze-supercapacitor eziqhamlayo ziyafekelwa kakhulu ngendawo yesiseko. Ngokulingana nendawo nezibambo zezinto ezincinci kwi-moduli, iindlela ezifana nokweba komgodi, ubukhulu bomgodi, okanye ubude bekhata kusetyenziswa. Ingaqinisekiso yokugcina nokuphulisa umgodi, kunye nobude bebusika be-supercapacitor kungafakelwa ngendawo eqhamleyo yesiseko. Umzekelo, indawo yezimoto neziphumi kwi-moduli ingasuka kumthetho waphakathi kunye nomgodi we supercapacitor hybrid , ukususela kumsinga/ukwenza kahle kwesingeniso/esiphumo.

Umbhalo wemoduli ye-supercapacitor ungalungiselela ukwehla kwesithamo kunye nokuphucula kwegunya. Ukugcina iingxaki apho awufanelekanga, kunye noku sebenzisa iinkcazo ezifaneleyo kolu daba kungakuvumela isithamo sikhutshelwe ngokunempeleni, oko kungakuvumela siyigwirhe! Kwakhona, into eqinileyo ingadizaynwa ngaloo imodulo yeSupercapacitor ukuba akwazi ukulawula iingxaki zomthwalo womechanical kunye nevibration, ngoko ke kuthatha kube lula kakhulu kwaye ikhuselekileyo kwimeko ehlangothini. Ngokubanzi, ubume bexesha elide beemoduli ye-supercapacitor bubume obalulekileyo kumsebenzi kwanokusetyenziswa koxesha olude.

Yintoni eyenziwe ngayo indawo ekhethekileyo yesiseko se-supercapacitor?

Ukungqalwa kwegcinelelo kufaktor eyinxalenye ebalulekileyo yokuhlola kwamandla asemgangathweni. Ukukhetha izinto ezisetyenziswa kwi-supercapacitor kungabangela ubomi bomthetho, amandla kunye nendawo yamandla. Iintonga ezahlukeneyo zinokuba zine conductivity, indawo enkulu kwaye inobulungisa bokugcinwa komthetho, oku kuzifundo ezibala umsebenzi wazo onke. Umzekelo, iintonga ezizigcinezela njenge activated carbon kunye ne carbon nanotubes zisetyenziswa kakubi njengamanqaku esiseko se-supercapacitor ngokuba zinephandle elikhulu kwaye zinconyelwa ngokunempilo.

Ngaphezu koko, kufuneka kube yinxalenye eqhathangwa ukwahlula kwizixhobo zeelektrodi ukuba zithengeke kwaye zifumanekayo kunye nesiphumo esinokuthi sibophelela kumhlabathi. Njengoko ezinye iziphumo mhlawumbi zingcono kakhulu, zithengeke ngokubanzi okanye zifumaneka ngokuncinci, zenzela ukuba zibe yinto engachazekiyo yokusetyenziswa kwiindlela ezininzi. Xa kuxoxwa ngeezixhobo zeelektrodi ze-SCs, kubalulekile ukufumana ubungakanani obuhle phakathi kweempumelelo kunye nokusebenzisa. Ekugqibeleni, asinakuzihlala iziganeko ezenziwa yiintsingiselo ngokomgangatho wokuphila kumhlabathi ngokulandela iindikimba zemvelaphi nezimali.

Umbhalo wesixhobo kunye nesixhobo seelektrodi esisetyenzisiweyo kwiisuphekaphacitatha ziyafumaneka njengeenkcukacha ezibalulekileyo, ezingaba yinkcazo enkulu kwimpumelelo kunye nokukhanyisa kwazo le zixhobo zokugcina i-enerji. Ngokuchaza le mfundo kwaye ukukhetha iisixhobo ezilungileyo, abayikezeli bangwenza iisuphekaphacitatha ukuze baziphathe ngokulinganayo, ubude bebuso, kunye nokulinganiso komali kwiindlela ezahlukeneyo.

Ngubani Amandla Eziphumayo?

I-Supercapacitors yizixhobo ezigcina nokuphumla imithwalo ngokukhawuleza, kwaye zingasetshenziswa phantsi kwemixholo eyinhlanzi yeendidi zezixhobo ze-electronic. Ngexa ibalwa i-module ye-supercapacitor, ubume be-module kunye nezimbono zezixhobo ezifuneka zisebenziswe zibaluleke kakhulu kwi-performance kunye nomsebenzi wexhobo.

Yintoni ixhobo elilungileyo kakhulu ekugcineni i-supercapacitor?

Uhlobo lwezimbono zezixhobo i-supercapacitors Iziphawu zezixhobo zinobuchule obukhulu kwiimpumelelo ze-supercapacitors. Iziphawu ezibekwe kwi-carbon (activated carbon, CNTs kunye ne-graphene) ziza kuba yizimbono eziphilayo kakhulu kwi-supercapacitor. Le ziphawu zineempawu ezinkulu kakhulu, oku kungenza kube nengqikithi enkulu yokugcina umthwalo. Ngaphezu koko, i-metal oxides njenge-ruthenium oxide kunye ne-manganese dioxide zisetyenziswa kakuhle njengezimbono zezixhobo ngamandla akhe emva kwe-conductivity kunye nokusemncincini.

Iintluvo ezihlaza kakhulu kwi-teknoloji ye-supercapacitor modules

Kukhona ukwandisa ngokukhawuleza kwi-teknoloji yemoduli ye-supercapacitor emva kwezinye iintlobo ezifana no-iSemi zazikwazi ukufumana imfazwe enkulu ekhokelela kuthutho lwamandla neziko lwe-SCs ngeemithombo engenalo mlando. Ngokudizayina kwimithombo emboni yemoduli kunye nokusebenza okuphezulu kwamakhado e-electrode, oko kwakwethembeka supercapacitors ngaphandle koko baya kuba. Ngaphezu koko, ukubonakala kwezixhobo ezibonelelayo njenge-IoT connectivity kwakwenzela supercapacitors zibe nobunyane obungcono kwaye zisebenziswe phantsi kwemisebenzi eyahlukene.

I-webhu yesha ukufumana ulwazi lwabafundi ngokwenziwa kwemoduli ye-supercapacitor kunye namakhado

Kodwa ukuze udizayini (okanye ukhethe izimpendulo ezifanelekileyo zezixhobo) zezixhobo ze-supercapacitor, kumangalisa ukulungiselela kwabafundi. Iinkampani ezifana ne-iSemi zinikeza iintsolobalo ezilandelayo kunye nesicelo ngokudizayini ixhobo ye-supercapacitor kunye nezimpendulo zezixhobo. Abasemthethweni bazo baneliseka isicelo kunye neenguqulelo mayelana nokusetshenziswa kwe-supercapacitor kumsebenzi wakho. Ngokusebenzisa ngesiThunywa esibonisiwe njenge-iSemi, abadityanisi bakhonza ukuba ixhobo ye-supercapacitor yabo ibe yahlukileyo ngokulinganisela kwiimpumelelo kunye nokuthembekileko.

Kubalulekile kakhulu ukusakha nokukhetha iingcinga zezixhobo zeelektrodi xa kuthethwa ngeentengo ezilungileyo zeempahla zeesupercapacitor. Ngokuba zisebenzisa iingcinga eziphambili zezixhobo zeelektrodi, nokuthi kuthetha ngamandla amathuba apho asebenzela, njengoko kuchazwe ngabaphandi abagqithileyo, zinokuba zihlalelayo kakhulu kwizidingo zezixhobo zezibalo ezintsha. Iinkampani ezifana ne-iSemi zibanza kakhulu ekuphindisweni kwe-teknoloji ye-supercapacitor, zinikeza umthelelo ofunekayo kakhulu kwimithengi yazo.