Ngiphawulile ukuthi izinga lokukhishwa kwedivayisi yakho lithinta kakhulu ukusebenza kweamabhethri e-alkaline, kunciphisa amandla azo asebenzayo kanye nesikhathi sokuphila kwazo. Amanani aphezulu okukhishwa asho ukuthiamabhethri e-alkalinengeke kuhlale isikhathi eside njengoba kulindelekile, okuholela ekushintsheni njalo nasekukhungathekeni.

Izinto Ezibalulekile Okufanele Uzicabangele

• Amanani aphezulu okukhishwa enzaamabhethri e-alkalinezilahlekelwa amandla ngokushesha. Lokhu kusho ukuthi azihlali isikhathi eside kumadivayisi adinga amandla amaningi.
• Amanye amadivayisi asebenzisa amandla amaningi. Lokhu kufaka phakathi izilawuli zemidlalo, amakhamera edijithali, namathoyizi anenjini. Amabhethri e-alkaline awawona ukukhetha okuhle kakhulu kwalezi zinto.
• Khetha ibhethri elifanele idivayisi yakho. Sebenzisa amabhethri e-alkaline ezintweni ezinamandla aphansi.i-lithiumnoma amabhethri e-NiMH aphinde ashajwe kabusha ezintweni ezinamandla aphezulu.

Ukuqonda Izinga Lokukhipha Ibhethri kanye Nomphumela Walo Emandleni Ebhethri Le-Alkaline

Iyini izinga lokukhishwa kwebhethri?

Ngivame ukuchaza izinga lokukhishwa kwebhethri njengejubane ibhethri elikhipha ngalo amandla alo agciniwe. Limelela inani lamandla kagesi ibhethri elingawaletha ngesikhathi esithile. Ngokuvamile siveza lokhu njengengxenye noma iphesenti lomthamo walo wonke. Isibonelo, uma ibhethri linomthamo ongu-1000 mAh, izinga lokukhishwa kwe-1C lisho ukuthi lingakhipha i-1000 mA ihora elilodwa. Leli zinga lilinganiswa ngamayunithi afana nama-amps noma ama-milliamp ngehora (Ah noma mAh), okubonisa amandla kagesi athathwe ebhethrini esikhathini esithile. Ukuqonda lo mqondo kubalulekile ngoba kuthinta ngqo ukuthi amabhethri akho azonika amandla isikhathi esingakanani amadivayisi akho.

Umphumela wePeukert: Kungani Amabhethri E-Alkaline Ehlupheka

Uma ngihlaziya ukusebenza kwebhethri, ngihlala ngicabanga nge-Peukert Effect. Lesi simo sichaza ukuthi amandla okusebenzisa ibhethri ehla kanjani njengoba izinga lokukhipha likhuphuka.amabhethri e-alkaline, lo mphumela ubonakala kakhulu. Ifomula ejwayelekile yoMthetho kaPeukert inikezwe kanje: It = C * (H / I)^k. Lapha, i-H isikhathi sokukhishwa esilinganiselwe ngamahora, i-C umthamo olinganiselwe kulelo zinga lokukhishwa kuma-Ampere-hours, i-I ingumshini wangempela wokukhishwa kuma-Amps, kanti i-k ingumshini ohlala njalo we-Peukert. Inani elithi 'k', elivame ukuba likhulu kune-1 kumabhethri amaningi, libonisa ukuthi umthamo wehliswa kangakanani kuma-currents aphezulu. Kumabhethri e-alkaline, ngibone izifundo eziqinisekisa ukusebenza koMthetho kaPeukert, ngokuvamile one-constant ye-Peukert engaba ngu-1.06. Lokhu kusho ukuthi uma udonsa ugesi ngokushesha, uthola amandla aphelele amancane ebhethri kunalokho okushiwo yisilinganiso sawo esijwayelekile. Kungumkhawulo oyisisekelo engihlala ngiwucabangela lapho ngincoma izixazululo zebhethri.

Indlela Amanani Okuphuma Okuphezulu Anciphisa Ngayo Amandla Asebenzayo

Amazinga aphezulu okukhishwa kwamandla anciphisa kakhulu amandla asebenzayo ebhethri le-alkaline. Uma idivayisi idinga amandla amaningi ngokushesha, ukusabela kwamakhemikhali angaphakathi ebhethri kuyahluleka ukuqhubeka. Lokhu kuholela esimweni lapho amandla ebhethri ehla ngokushesha kunokuba bekungenza ngaphansi komthwalo ophansi, ozinzile. Ngiyabona ukuthi lokhu kwehla kwamandla ebhethri kungabangela ukuthi amadivayisi ayeke ukusebenza, yize kusekhona amandla athile asele ebhethrini. Ukumelana kwangaphakathi kwebhethri nakho kudlala indima enkulu emazingeni aphezulu okukhishwa kwamandla, okuguqula amandla amaningi agciniwe abe ukushisa kunokuba kube amandla angasetshenziswa. Ngenxa yalokho, inani eliphelele lamandla ongawakhipha ebhethrini ngaphambi kokuba lingasetshenziswa kudivayisi yakho liphansi kakhulu kunomthamo walo okhangisiwe. Yingakho ibhethri elilinganiselwe i-2000 mAh lingaletha kuphela i-1000 mAh kuhlelo lokusebenza lokukhipha amanzi amaningi.

Imiphumela Yangempela Yamadivayisi Akho Namabhethri E-Alkaline

Uma ngicabanga ngendlela amadivayisi asebenzisa ngayo amandla, ngibona imiphumela eqondile ekusebenzeni kwebhethri.Amanani aphezulu okukhishwaazithinti nje kuphela amandla okusebenza ngokwemfundiso; zidala izinkinga ezibonakalayo kuma-electronics akho kanye namabhethri azisebenzisayo.

Impilo Yebhethri Emfushane Kumadivayisi Asebenzisa Amanzi Aningi

Ngivame ukubona ukuthi amadivayisi adinga amabhethri okukhipha amandla aphezulu ngokushesha kakhulu kunalokho obekulindelwe. Isibonelo, imoto yokudlala enenjini enamandla noma ikhamera yedijithali ethatha izithombe eziningi ze-flash izoqeda amabhethri ayo ngokushesha. Lokhu kwenzeka ngoba ibhethri lihluleka ukuletha inani elikhulu lamandla kagesi ngempumelelo. Ukusabela kwamakhemikhali kwangaphakathi akukwazi ukuhambisana nesidingo. Ngenxa yalokho, uzithola ushintsha amabhethri kaningi. Lokhu kuholela ekwandeni kwezindleko kanye nokuphazamiseka. Ngihlala ngeluleka abasebenzisi ukuthi bacabangele lokhu lapho bekhetha amabhethri amagajethi afuna amandla.

Ukwehla kwe-Voltage kanye nokungasebenzi kahle kwedivayisi

Ngibone amadivayisi amaningi engasebenzi kahle noma evala ngaphambi kwesikhathi ngenxa yokwehla kwamandla kagesi. Uma ibhethri liphuma ngesivinini esiphezulu, amandla alo kagesi angehla kakhulu. Amadivayisi kagesi anezidingo ezithile zama-voltage ukuze asebenze kahle. Amadivayisi amaningi afaka isekethe ye-undervoltage-lockout (UVLO). Le sekethe ivala amandla edivayisi uma amandla kagesi ehla ngaphansi kwenani lokusebenza eliphephile. Lokhu kuvimbela ukuziphatha kwesistimu okungalindelekile. Isibonelo, amadivayisi afakwe ngaphakathi asebenzisa amabhethri asebenzisa ama-UVLO ukuqapha amandla kagesi ebhethri. Ayavala idivayisi uma amandla kagesi ehla kakhulu. Lokhu kuvikela imishini ekukhishweni okujulile.

Ukwehla kwamandla kagesi ngokweqile kungabangela ukuthi izingxenye zikagesi zingasebenzi kahle noma zehluleke. Ochwepheshe balinganisa futhi baxilonge ukwehla kwamandla kagesi ukuze balondoloze ukusebenza kahle kohlelo. Ngithola leli thebula liwusizo ekuqondeni imikhawulo evamile yokwehla kwamandla kagesi:

Leli shadi libonisa kabanzi ukuthi izingxenye ezahlukene zibekezelela kanjani ukwehla kwamandla kagesi:

Ngisho nokwehla kwamandla kagesi amancane kungavimbela idivayisi ukuthi isebenze. Idivayisi yakho ingase ibonise ukuthi “ibhethri liphansi” bese ivala, noma ngabe kusele amandla athile.

Ukwanda Kokukhiqizwa Kokushisa Nokuwohloka Kwebhethri

Amazinga aphezulu okukhishwa akhiqiza ukushisa okwengeziwe ngaphakathi kwebhethri. Ngiyazi ukuthi amabhethri anokumelana kwangaphakathi. Uma ugesi ugeleza kulokhu kumelana, kudala ukushisa. Uma ugesi ugeleza ngokushesha, kulapho ibhethri likhiqiza ukushisa okwengeziwe. Lokhu kushisa okwenyukile kulimaza impilo yebhethri. Izinga lokushisa eliphezulu lokusebenza eliphephile lebhethri le-alkaline ngaphambi kokuba kwenzeke ukuwohloka okukhulu ngokuvamile lingu-50°C (122°F). Nakuba zingasebenza phezulu kancane, kuze kufike ku-54°C (130°F), angikukhuthazi lokhu. Amazinga okushisa aphezulu andisa izingozi zokuvuza futhi anciphise ukusebenza kahle. Lokhu kushisa kusheshisa ukusabela kwamakhemikhali ngaphakathi kwebhethri. Kunganciphisa unomphela amandla ebhethri futhi kufinyeze isikhathi sayo sokuphila.

Ukuhlonza Amadivayisi Akhipha Amanzi Aphezulu Alimaza Amabhethri E-Alkaline

Ngivame ukuthola ukuthi amanye amadivayisi ahlala ephelelwa amandlaibhethri le-alkalineamandla ashesha kakhulu kunamanye. Lawa madivayisi “akhipha amanzi amaningi” adinga ugesi omningi, okunciphisa ngokushesha amandla ebhethri asebenzayo.

Abasolwa Abavamile: Abalawuli Bemidlalo Namakhamera Edijithali

Ngivame ukubona abalawuli bemidlalo namakhamera edijithali njengezimbangela eziyinhloko. Isilawuli semidlalo esingenantambo, isibonelo, sixhumana njalo ne-console futhi sinikeze amandla ama-vibration motors, okufuna ukuqhuma kwamandla aphezulu. Ngokufanayo, amakhamera edijithali, ikakhulukazi uma kusetshenziswa i-flash noma izindlela zokudubula eziqhubekayo, adonsa amandla amakhulu. Lawa madivayisi asheshe aqede amabhethri e-alkaline, okuholela ekushintsheni njalo.

Amathoyizi Anamandla Nezidlali Zomsindo Eziphathekayo

Ngiphinde ngibone amathoyizi adla amandla kanye nezidlali zomsindo eziphathwayo njengezindawo ezibalulekile zokudonsa amanzi. Amathoyizi anenjini, njengeizimoto ezilawulwa kudenoma ama-skateboard kagesi, adinga amandla amakhulu ezinjini zawo. Ngiyazi ukuthi amandla okukhipha ama-motor kuma-skateboard kagesi, uhlobo lwethoyizi elinomshini, ngokuvamile asukela kuma-watts ayi-100 kuya ku-2000. Lokhu kunamandla aphezulu kusho ukuphela kwebhethri ngokushesha. Izidlali zomsindo eziphathwayo, ikakhulukazi amamodeli amadala noma lawo anezikhulisi ezinamandla, nawo asebenzisa amandla amaningi, ikakhulukazi uma esezingeni eliphezulu.

Izibani Zokukhanya Nezinye Izinto Zokusebenza Ze-elekthroniki Ezinamandla Aphezulu

Ngibheka amathoshi, ikakhulukazi amamodeli e-LED anamandla aphezulu, kanye nezinye izinto zikagesi ezinamandla aphezulu njengezinto ezisetshenziswa kakhulu ngamabhethri. Ithoshi elisebenzisa i-XRE R2 LED elisebenza ngebhethri elilodwa le-18650 lingadonsa cishe i-amp eyodwa endaweni yalo ephezulu. Ngokuvamile, amathoshi e-LED anamandla aphezulu avame ukudonsa cishe ama-amp amathathu. Ukudonsa ama-amp angaphezu kwama-3 kubhekwa njengokudonswa kwamandla aphezulu kwamathoshi amaningi e-LED, ikakhulukazi amamodeli esitokwe. Lawa madivayisi adinga amandla aqinile, aphezulu, okunciphisa ngokushesha isikhathi sokuphila kwebhethri le-alkaline.

Umthelela Wesikhathi Sokukhishwa Kwebhethri Emandleni Ebhethri Le-Alkaline: Izifundo Zezimo

Ngivame ukuthola ukuthi ukusetshenziswa kwamadivayisi emhlabeni wangempela kubonisa ngokucacile ukuthi isikhathi sokukhishwa sithinta kanjaniibhethri le-alkalineumthamo. Amadivayisi ahlukene adonsa amandla ngamazinga ahlukene, okuholela ezikhathini zokuphila zebhethri ezihlukene kakhulu.

Ikhamera Yedijithali vs. Ukulawula Okukude: Ukuqhathaniswa Kwamandla

Ngivame ukubona umehluko omkhulu lapho ngiqhathanisaibhethri le-alkalineImpilo yekhamera yedijithali uma iqhathaniswa nesilawuli kude se-TV. Isilawuli kude sidonsa amandla amancane kagesi, okuvumela ibhethri ukuthi lifinyelele amandla alo alinganiselwe isikhathi eside. Kodwa-ke, ikhamera yedijithali, ene-flash yayo, i-zoom motor, kanye nesikrini se-LCD, idinga ukuqhuma kwamandla kagesi aphezulu. Lokhu kunciphisa kakhulu amandla asebenzayo ebhethri le-alkaline, okwenza kubonakale sengathi liyafa ngokushesha okukhulu. Ngibona ikhamera iqeda amandla amabhethri ngokushesha, kuyilapho isilawuli kude sibonakala sihlala phakade.

Ukugeleza Okusheshayo Kwethoyizi Elisebenzisa Injini

Amathoyizi anenjini angesinye isibonelo lapho ngibona khona ukuncipha kwebhethri ngokushesha. Ama-motor abo kagesi adinga ugesi oqhubekayo nophezulu ukuze asebenze. Leli zinga lokukhishwa okuphezulu elihlala isikhathi eside liqeda ibhethri le-alkaline ngokushesha. Ngibona lokhu kuholela ezikhathini zokudlala ezimfushane kanye nokushintsha kwebhethri njalo. Ithoyizi lingase lisebenze ingxenye encane yesikhathi uma liqhathaniswa nedivayisi ekhipha amanzi kancane, ngisho noma inohlobo olufanayo lwebhethri.

Indlela Ithoshi Le-LED Elinamandla Aphezulu Elikhipha Ngayo Amabhethri E-Alkaline Ngokushesha

Uma ngibheka izibani ze-LED ezinamandla aphezulu, ngibona isimo esivamile sokukhishwa kwebhethri le-alkaline okusheshayo. Ukudonsa kwamandla okuqala kungaba phezulu kakhulu, ikakhulukazi ngamaseli amasha e-alkaline. Ngiyazi ukuthi ukunquma ijika lokukhipha elijwayelekile lebhethri le-alkaline elisebenzisa i-flashlight enjalo kuyinkimbinkimbi ngenxa yezinguquko eziningi. Ukudonsa kwamandla okuqala kungaba phezulu kakhulu, okungase kuholele ekushiseni ngokweqile ngemizuzwana uma kungekho mkhawulo wamandla. Amandla ancipha kakhulu ngokuhamba kwesikhathi. Izici ezifana nokumelana kwangaphakathi kwebhethri kanye ne-voltage ye-LED (Vf) phambili kuthonya kakhulu lokhu. Lokhu kuphakama kwesidingo sokuqala kanye nokwehla okulandelayo kusho ukuthi ibhethri le-alkaline linikeza amandla angasetshenziswa kahle, okwenza ukukhanya kufiphale ngokushesha.

Ukukhetha Ibhethri Elifanele Lomsebenzi: Ngale Kwamabhethri E-Alkaline

Ngiyaqonda lokhoukukhetha uhlobo lwebhethri olufanelekubalulekile ekusebenzeni kahle kwedivayisi kanye nokuphila isikhathi eside kwebhethri. Ngezinye izikhathi, amabhethri e-alkaline awayona inketho engcono kakhulu.

Isikhathi Sokusebenzisa Amabhethri E-Alkaline

Ngithola ukuthi amabhethri e-alkaline ahlala eyindlela ethembekile nengabizi kakhulu yamadivayisi amaningi asekhaya. Anikeza amandla amaningi kanye nesikhathi sokuphila eshalofini uma kuqhathaniswa nezinye izinhlobo zamabhethri. Ngivame ukuwancoma kumadivayisi akhipha amanzi kancane kuya kumaphakathi. Lokhu kufaka phakathi izilawuli ezikude, amawashi, namathoyizi amaningi. Asebenza kahle naku-elekthronikhi ephathekayo engadingi amandla aphezulu. Amabhethri e-alkaline ahlinzeka ngesisombululo esisebenzayo sezidingo zansuku zonke ngaphandle kwentengo ephezulu. Lokhu kuwenza abe ukukhetha okungabizi kakhulu kwamagajethi avamile. Aqinisekisa ukusebenza okubushelelezi ngaphandle kwezindleko ezingadingekile.

Izinzuzo Zamabhethri Angashajwa Kabusha e-Lithium nase-NiMH

Uma amadivayisi edinga amandla engeziwe noma ukusetshenziswa njalo, ngibheka ngale kwamabhethri e-alkaline. Amabhethri e-lithium anikeza izinzuzo ezibalulekile. Ane-voltage ephezulu, ngokuvamile ama-volt angu-3.2–3.7 ngeseli ngalinye, uma kuqhathaniswa nama-volt angu-1.5 e-alkaline. Amabhethri e-lithium nawo anobuningi bamandla obuphezulu kakhulu, ngokuvamile angaphezu kuka-200 Wh/kg, kuyilapho amabhethri e-alkaline engaba ngu-80-120 Wh/kg. Lokhu kusho ukuthi amabhethri e-lithium afaka amandla engeziwe ephaketheni elilula. Ngezinketho zokushaja kabusha, ngivame ukusikisela amabhethri e-NiMH. Ngokungafani namabhethri e-alkaline asetshenziswa kanye, amabhethri e-NiMH ashaja kabusha kalula. Anikeza impilo yomjikelezo wokushaja kabusha okungu-500–1000. Lokhu kuwenza abe ukukhetha okunobungani nemvelo, ikakhulukazi kumadivayisi asetshenziswa njalo.

Ukufanisa Uhlobo Lwebhethri Nezidingo Zamandla Edivayisi

Ngihlala ngigcizelela ukufanisa uhlobo lwebhethri nezidingo zamandla ezithile zedivayisi. Kumadivayisi angasebenzisi amanzi amaningi,amabhethri e-alkaline avame ukwanelefuthi engabizi. Kodwa-ke, kumadivayisi akhipha amanzi amaningi njengamakhamera edijithali noma abalawuli bemidlalo, amabhethri e-lithium anikeza amandla adingekayo kanye nezikhathi zokusebenza ezinde. Kuzinto ezisetshenziswa njalo, amabhethri aphinde ashajwe e-NiMH anikeza ikhambi elingabizi kakhulu nelihlala isikhathi eside ngokuhamba kwesikhathi. Ukuqonda lo mehluko kukusiza ukuthi wenze ukukhetha okuhlakaniphile kwebhethri.

Ukukhulisa Impilo Yakho Yebhethri Le-Alkaline

Ngihlala ngifuna izindlela zokwandisa impilo yamiamabhethri e-alkalineUkunakekelwa okufanele nokuqonda ukulinganiselwa kwabo kungenza umehluko omkhulu.

Izindlela Ezinhle Zokugcina Nokusebenzisa

Ngithola ukuthi ukugcina kahle amabhethri kuyisihluthulelo sokugcina isikhathi sebhethri. Ukuze ngiwasebenzise kahle, ngincoma ukugcina amabhethri e-alkaline endaweni epholile, eyomile. Kubalulekile ukugwema amazinga okushisa aphezulu kanye nomswakama, njengoba lezi zimo zingonakalisa izingxenye zebhethri futhi zinciphise kakhulu isikhathi sazo sokuphila. Ngihlose ukushisa kwegumbi okupholile, okungcono kakhulu cishe ku-20-25°C, okunomswakama ocishe ube ngu-50%. Angikaze ngiwaqandise amabhethri, njengoba ukubanda kungashintsha isakhiwo sawo sama-molecule. Ukushisa okuphezulu nakho kuyasheshisa ukuzikhipha futhi kubangele ukucindezeleka okungadingekile ebhethri.

Ukugwema Izinga Lokushisa Eliphakeme Kakhulu

Ngiyazi ukuthi izinga lokushisa lidlala indima ebalulekile ekusebenzeni kwebhethri. Amabhethri e-alkaline asebenza kahle kakhulu ekushiseni kwegumbi (20–25°C). Nakuba amazinga okushisa aphezulu angaholela ekukhishweni ngokushesha, angabangela nomonakalo noma ukuvuza ngokuhamba kwesikhathi. Amabhethri alahlekelwa ukushaja ngokwemvelo ngenxa yokusabela kwamakhemikhali angaphakathi, inqubo eyaziwa ngokuthi ukuzikhipha. Ngakho-ke, ukugcina amabhethri e-alkaline ngaphezu kwama-25°C cishe kungasheshisa izinga lawo lokuzikhipha ngenxa yomsebenzi wamakhemikhali owandisiwe. Ngihlala ngigcina amabhethri ami kude nokukhanya kwelanga okuqondile noma imithombo yokushisa.

Ukuqonda Izidingo Zamandla Zedivayisi Yakho

Ngikholwa ukuthi ukuqonda izidingo zamandla zedivayisi yakho kubalulekile. Amabhethri amaningi e-alkaline, kufaka phakathi osayizi basekhaya abavamile njenge-AA, ahlinzeka nge-voltage engu-1.5V. Ngokuvamile afaneleka kangcono kumadivayisi wamandla aphansi kuya kwaphakathi. Nakuba engaletha ama-amps amaningana uma emasha, ukumelana kwawo kwangaphakathi kuyanda njengoba ephela. Lokhu kungabangelaukuwohloka kwe-voltage ngaphansi kokudonsa kwamanje okuphezuluNgithola leli thebula liwusizo ekubhekiseleni okusheshayo:

Ngihlala ngihlola incwadi yemiyalelo yedivayisi yami ukuqinisekisa ukuthi ngisebenzisa uhlobo lwebhethri olufanele kakhulu.

UJohnson New Eletek: Umlingani Wakho Wamabhethri Asezingeni Eliphezulu

Ukuzibophezela Kwethu Ekhwalithini Nokuzinza

Ngikholelwa ekukhiqizeni okunesibopho. I-Johnson New Eletek ibeka phambili inzuzo yokubambisana kanye nokubambisana kwesikhathi eside. Sizibophezele ekunciphiseni umthelela wemvelo. Siphinde sihlangabezane nezidingo zabathengi zezixazululo zamandla ezithembekile. Ngifaka imikhuba eqhubekayo ekukhiqizeni nasekupakisheni kwethu. Lokhu kuhambisana nesidingo esikhulayo sezixazululo ezinobungani nemvelo. Ukugxila kwethu ekusimeni kuvumelana nabathengi abaqaphela imvelo. Sibonisa ukuzibophezela kokubili ekusebenzeni kanye nomthwalo wemfanelo. Nginamathela ezindinganisweni eziqinile zemboni. Sithola izitifiketi eziqinisekisa ukuzibophezela kwethu ekhwalithini nasekuphepheni. Sibeka phambili umthwalo wemfanelo wemvelo ngokusebenzisa imikhuba yokukhiqiza eqhubekayo. Lezi zitifiketi ziqokomisa ukuzinikela kwethu ekunciphiseni umthelela wemvelo. Siletha imikhiqizo esezingeni eliphezulu. Lokhu kuqinisa ukuthobela kwethu amazinga omhlaba wonke.

Uhlu Olubanzi Lwezixazululo Zebhethri

Nginikeza ukukhetha okuphelele kwezinhlobo zamabhethri. Sakha izinhlobo ezahlukene zamabhethri. Imikhiqizo yethu ihlanganisa:

• Ibhethri le-Alkaline
• Ibhethri le-Lithium Ion
• Ibhethri Lenkinobho (AG, CR)
• Ibhethri le-Carbon Zinc
• Ibhethri le-Ni-CD
• Ibhethri le-Ni-MH

Ngiyaqinisekisa ukuthi sinesixazululo cishe sanoma iyiphi idivayisi.

Ukubonisana Kochwepheshe kanye Nezixazululo Zokuncintisana

Nginikeza ukwesekwa kwamakhasimende okuhle kakhulu. Ithimba lethu lokuthengisa lochwepheshe likhonza amakhasimende emhlabeni wonke. Siyawahlonipha amakhasimende ethu. Sinikeza isevisi yokubonisana kanye nezixazululo zebhethri ezincintisana kakhulu. Ngiphinde nginikeze isevisi esheshayo neyochwepheshe ngemuva kokuthengisa. Iqembu lethu lokubonisana linikeza lolu sizo. Sinikeza isevisi ephelele ngemuva kokuthengisa, kufaka phakathi iwaranti yeminyaka emi-2. Siphinde sakha izinhlelo ezintsha ezenziwe ngokwezifiso ngokwesidingo samakhasimende.

Ngiphetha ngokuthi amazinga aphezulu okukhishwa kwebhethri athinta kakhulu amandla ebhethri le-alkaline kanye nesikhathi sokuphila kwalo. Ukuqonda lokhu kungisiza ngenze ukukhetha ibhethri okuhlakaniphile kumadivayisi ami. Ukukhetha uhlobo lwebhethri olufanele konga imali futhi kuthuthukisa ukusebenza. Ngincoma ukusebenzisana neJohnson New Eletek ukuze uthole izixazululo zebhethri ezisezingeni eliphezulu nezisimeme.

Imibuzo Evame Ukubuzwa

Kungani amabhethri ami e-alkaline efa ngokushesha kangaka kwamanye amadivayisi?

Ngithola ukuthi amadivayisi akhipha amanzi amaningi adinga ugesi omningi. Lokhu kudinga kunciphisa kakhulu amandla ebhethri le-alkaline asebenzayo. Kuwenza akhiphe amanzi ngokushesha kunalokho obekulindelwe.

Uhlobo luni lwebhethri okufanele ngilusebenzise kumadivayisi akhipha amanzi amaningi?

Ngincoma amabhethri e-lithium noma e-NiMH aphinde ashajwe kumadivayisi akhipha amanzi amaningi. Anikeza ukusebenza okungcono kanye nokuphila isikhathi eside uma kuqhathaniswa namabhethri e-alkaline kulezi zinhlelo zokusebenza.

Uyini umphumela wePeukert?

Ngiyazi ukuthi i-Peukert Effect ichaza ukuthi amandla okusebenzisa ibhethri ancipha kanjani. Lokhu kwenzeka lapho izinga lokukhishwa likhuphuka. Amabhethri e-alkaline asengozini enkulu yalo mphumela.