1Iziseko zeBhetri yeJacket eshushu: I-Cell Chemistry kunye neVoltage
Embindini wayo, ibhetri yejakethi eshushu yipakethi yamandla ye-lithium-ion (Li-ion) etshajwayo. Ibhetri igcina amandla eekhemikhali kwaye iyiguqulele kumandla ombane xa ifuneka, iqhuba umbane ngokusebenzisa i-carbon fiber okanye izinto zokufudumeza ze-graphene ezisasazwa kwimpahla. Nangona i-form factor yahlukile - ukusuka kwiipakethi ezincinci ezingama-5,000 mAh ukuya kwiiyunithi ezinkulu zeeseli ezimbini ezingama-12,000 mAh - itekhnoloji yeseli esisiseko iyafana kulo lonke eli shishini.
Ikhemistri yeeseli: Iiseli ze-Li-ion ze-18650 kunye ne-21700
Phantse zonke iibhetri zempahla ezishushu zisebenzisa iiseli ze-lithium-ion eziyi-cylindrical eziyi-18650 (ubude obuyi-18 mm x 65 mm) njengesiseko sokwakha. Ezinye iipakethi ezinomthamo ophezulu ngoku zisebenzisa i-21700 form factor entsha (21 mm x 70 mm), enika amandla angaphezulu angama-35-40% ngeseli ngobukhulu obukhulu kunye nobunzima. Ikhemistri ethile kwezi seli - ngesiqhelo iLithium Nickel Manganese Cobalt Oxide (NMC) - ibonelela ngokulinganisela okufanelekileyo koxinano lwamandla, izinga lokukhupha, kunye nobomi bomjikelo obufunekayo kwizicelo zokufudumeza ezinokunxitywa.
Iinkcukacha eziphambili zeeseli ze-lithium-ion ezifanelekileyo kwiimpahla ezifudumeleyo:
- I-voltage eqhelekileyo ngeseli nganye:3.6V - 3.7V. Uninzi lweeseli ze-18650 ezisetyenziswa kwimpahla eshushu zinevolthi eqhelekileyo ye-3.7V.
- I-voltage epheleleyo yokutshaja:I-4.2V ngeseli nganye. Inkqubo yolawulo lwebhetri (i-BMS) iyayiphelisa ukutshaja kule nqanaba ukuze kuthintelwe ukutshaja kakhulu.
- I-voltage yokukhupha enqamlezileyo:2.5V - 2.8V ngeseli nganye. I-BMS iyawunqamla umbane ophumayo kule voltage ukuthintela umonakalo onzulu wokukhupha umbane.
- Umthamo oqhelekileyo ngeseli nganye:2,500 - 3,500 mAh kuxhomekeke kudidi lweseli kunye nekhemistri. Iiseli zeprimiyamu ezivela kubavelisi abanjengoSamsung SDI, LG Chem, okanye Panasonic zibonelela ngesiphelo esiphezulu sale luhlu ngobomi bomjikelo obungcono kunye nokungaguquguquki.
I-voltage yephakheji: 5V USB vs 7.4V vs 12V
Iibhetri zejakethi ezishushu zenziwe ngolandelelwano ukuze kufezekiswe i-pack voltage efunekayo. Ii-pack voltage ezintathu eziqhelekileyo kunye neempawu zazo:
| I-Pack Voltage | Uqwalaselo lweSeli | Ityala Eliqhelekileyo Lokusetyenziswa | Inzuzo | Umda |
|---|---|---|---|---|
| 5V (i-USB) | I-1S (iseli enye + i-boost converter) | Iivesti zomgangatho wokuqala kunye neejakethi ezikhaphukhaphu; iibhanki zamandla ezizibonelela abathengi ngokwabo | Ukuhambelana kwe-USB jikelele; umsebenzisi unokubonelela ngebhanki yakhe yamandla | Umbane ophuma kancinci (ngesiqhelo yi-5-7W max); ilahleko zokuguqulwa kombane ezingasebenzi kakuhle |
| 7.4V | 2S (iiseli ezimbini ezilandelelanayo) | Iijakethi ezishushu zobungcali, iivesti, kunye neehoodies; umgangatho weshishini weempahla ezishushu ze-OEM | Ibhalansi engcono kakhulu yokukhupha ubushushu (10-15W), ixesha lokusebenza, kunye nobungakanani bepakethi; ukuqhuba ngqo ngaphandle kokulahleka kokuguqulwa | Kufuneka isixhumi seproprietary; asihambelani ne-USB |
| 12V | 3S (iiseli ezintathu kuthotho) | Iijakethi zomsebenzi ezinzima, iisuti zokugcina izinto ezibandayo, izixhobo ezifudumezayo zebhayisekile | Ubushushu obuphezulu obuphumayo (20-30W); buhambelana neenkqubo ze-12V zesithuthi | Ipakethi enkulu nenzima; izixhobo zokutshaja zabathengi ezimbalwa ziyafumaneka |
Kubathengi be-B2B abavavanya impahla efudumeleyo ukuze bathenge ngobuninzi,I-7.4V ngumgangatho ocetyiswayo. Imele indawo entle phakathi kokusebenza kokufudumeza, ubungakanani bebhetri, kunye nokuvuthwa kokwenziwa. Uninzi lweejakethi ezifudumezayo zobungcali ezikwimarike zisebenzisa iipakethi ze-7.4V. Umgangatho we-PASSION OUTERWEARijakethi eshushuIinqanawa ezilungiselelweyo ezineepakethi zebhetri ye-lithium-ion ye-7.4V njengesiqhelo, kunye neenketho ze-12V ezifumanekayo kwizicelo zoshishino ezishushu kakhulu.
2Ukuqonda Amandla: mAh, Wh, kunye neXesha lokuSebenza leHlabathi lokwenyani
Umthamo webhetri yeyona nkcazelo icatshulwa rhoqo kwiinkcazo zeempahla ezishushu — kwaye ikwayeyona ingaqondakaliyo rhoqo. Kusetyenziswa iindlela ezimbini ezahlukeneyo zokulinganisa, kwaye azitshintshi.
mAh vs Wh: yintoni i-metric nganye eyilinganisayo ngokwenene
Iiyure zeMilliamp (mAh)ilinganisa itshaja iyonke yombane — ukuba ibhetri inokukhupha amandla angakanani ngokuhamba kwexesha kwi-voltage ethile. Ibhetri ye-5,000 mAh inokukhupha i-5,000 mA (5A) ngeyure enye, okanye i-1,000 mA (1A) ngeyure ezintlanu. Nangona kunjalo, i-mAh ixhomekeke kwi-voltage. Ibhetri ye-5,000 mAh ye-7.4V igcina amandla amaninzi kakhulu kunebhanki yamandla ye-5,000 mAh ye-3.7V. Ukuze uthelekise ngokuchanekileyo kwii-voltage ezahlukeneyo zepakethi, sebenzisaIiyure zeWatt (Wh)endaweni yoko:
Ukuguqula i-mAh ibe yi-Wh
Wh = (mAh x Voltage) / 1,000
Umzekelo wokubala: Ibhetri yejakethi efudumeleyo ye-7.4V, eyi-5,000 mAh igcina i-5,000 x 7.4 / 1,000 =37 Whamandla. Xa kuthelekiswa, ibhanki yamandla ye-5V USB enikwe i-10,000 mAh igcina i-10,000 x 5 / 1,000 =50 WhNangona i-mAh iphindwe kabini, ibhanki ye-USB igcina amandla asebenzisekayo angama-35% kuphela — hayi ngaphezulu nge-100% — ngenxa yomahluko wevolthi.
Amanqanaba omthamo wezicelo zempahla efudumeleyo ye-B2B
| Umgangatho woBuchule | i-mAh kwi-7.4V | Iiyure zeWatt | Inani leeSeli | Eyona Ifanelekileyo Kuyo |
|---|---|---|---|---|
| Ilula / Incinci | 3,000 - 4,000 | 22 - 30 Wh | 2x 18650 | Iivesti ezishushu; iiyure ezi-2-3 zokusebenza; uhlobo oluncinci lokuthengisa |
| Isemgangathweni / Ilinganisiweyo | 5,000 - 6,000 | 37 - 44 Wh | 2x 18650 (iiseli eziphambili) | Iijakethi ezishushu; iiyure ezi-3.5-8 zexesha lokusebenza; uqwalaselo oluqhelekileyo lwe-OEM |
| Ulwandiso / Ubuchwephesha | 7,500 - 10,000 | 56 - 74 Wh | 2x 21700 okanye 4x 18650 | Iijakethi zomsebenzi, ukusetyenziswa ngaphandle imini yonke; iiyure ezi-5-12 zokusebenza |
| Imisebenzi Enzima / Yemizi-mveliso | 12,000+ | 89+ Wh | 4x 18650, 3x 21700, okanye ngaphezulu | Ukugcinwa kwindawo ebandayo, iimeko ezimandundu; iiyure eziyi-8-16 nangaphezulu; ifuna ipokotho enkulu |
Kubalulekile: ixesha lokusebenza alixhomekekanga kumthamo kuphela. Ibhetri eyi-5,000 mAh ekwijakethi eneendawo ezintathu zokufudumeza (isifuba sasekhohlo, isifuba sasekunene, umqolo ongasentla) iya kuphuma ngokukhawuleza kunebhetri efanayo ekwivesti enephaneli enye yangasemva. Utsalo lwamandla olupheleleyo lwe-heating element - olulinganiswa ngee-watts - luphawu oluphambili kuyo nayiphi na ingqikelelo yexesha lokusebenza.
3Indlela Izicwangciso Zobushushu Ezichaphazela Ngayo Ubomi Bebhetri
Phantse zonke iijakethi ezishushu ziquka useto lobushushu oluthathu — oluphantsi, oluphakathi, noluphezulu — olulawulwa ngeqhosha elingaphakathi okanye elikude. Useto ngalunye luhambelana nokutsalwa kwamandla okwahlukileyo kwibhetri. Ukuqonda ezi zilinganiso kubalulekile ekumiseleni ulindelo olusebenzayo ngexesha lokusebenza kunye nabathengi bakho okanye abasebenzisi bokugqibela.
Ukutsalwa kwamandla okuqhelekileyo ngokwesetingi yobushushu (inkqubo ye-7.4V)
Ubudlelwane phakathi kokuseta ubushushu kunye nexesha lokusebenza abuhambelani. Xa iphezulu, ibhetri iyancipha ngokukhawuleza kathathu ukuya kane kunaxa iphantsi. Oku kungenxa yokuba izinto zokufudumeza ziya zisiba nzima kancinci (kwaye zilambele amandla ngakumbi) njengoko zishushu, nto leyo ebangela ukuba amandla atsalwe kwindawo ephezulu. Kwiinkcukacha zemveliso ze-B2B, soloko ucaphula ixesha lokusebenza kwindawo ephakathi - yeyona ndlela ifanelekileyo yokubonakalisa ukusetyenziswa kwayo kwaye ithintela umngcipheko wokuthembisa kakhulu xa isantya sisezantsi abathengi abangayi kuhlangabezana naso kwiimeko ezibandayo ngokwenene.
Izinto zexesha lokusebenza zehlabathi lokwenyani ngaphaya kwephepha leenkcazo
Amaxesha okusebenza kwebhetri ashicilelweyo athatha iimeko zelebhu: ibhetri entsha etshajiweyo ngokupheleleyo kubushushu begumbi, inika amandla izinto zokufudumeza ngokutsala okungaguqukiyo. Kwintsimi, kukho izinto ezintathu ezongezelelweyo ezithoba ixesha lokusebenza langempela:
- Ubushushu obugciniwe.Ukusebenza kakuhle kwebhetri yeLithium-ion kuyehla xa kushushu kakhulu. Xa i--10°C (14°F), amandla ebhetri asebenzayo angaba ngaphantsi nge-15-30% kunaxa ikwi-20°C (68°F). Oku kudala isiphumo sokudibanisa: umsebenzisi udinga ubushushu obuninzi kuba kupholile, kodwa ibhetri inika amandla amancinci kuba ibanda kakhulu.
- Ubudala bebhetri kunye nokubalwa kwemijikelo.Ibhetri enemijikelo yokutshaja engama-200 inokubonelela nge-80-85% yomthamo wayo wokuqala. Ukuba imveliso yakho ithi "iiyure ezisi-8 zisezantsi" ngebhetri entsha, umthengi okwimijikelo engama-250 unokufumana iiyure ezi-6.5-7 kuphela.
- Inani leendawo zokufudumeza.Ijakethi eneendawo ezi-3 (isifuba, umqolo, ikhola) iya kuphuma amanzi ngokukhawuleza ngama-25-40% kunevesti eneendawo ezi-1 enebhetri efanayo kwindawo efanayo yobushushu, kuba nje kukho izinto ezininzi zokufudumeza ezisebenzayo.
4Itekhnoloji yokutshaja kunye nobomi bomjikelo
Iinkcukacha zetshaja
Iibhetri zejakethi ezishushu zisebenzisa iitshaja ezenzelwe injongo ethile ezinxibelelana neBMS yebhetri ukulawula umjikelo wokutshaja. Iitshaja eziqhelekileyo zikhupha i-8.4V kwi-1-2A kwiipakethi ze-7.4V, zinika itshaja epheleleyo kwiiyure ezi-3-5 kwibhetri ye-5,000 mAh. Iinguqulelo zokutshaja ngokukhawuleza (i-2A output) zinokunciphisa ixesha lokutshaja ukuya kwiiyure ezi-2-2.5 kodwa zivelise ubushushu obuninzi, nto leyo enokunyusa ukuwohloka kwamandla exesha elide.
Kubathengi be-B2B, qinisekisa oku kulandelayo malunga netshaja equkwe kwibhetri yakho:
- Iinkcukacha zemveliso eziprintiweyo kumzimba wetshaja (hayi nje ukupakishwa okanye iwebhusayithi)
- Iziqinisekiso zokhuseleko: Iimpawu ze-CE, ze-FCC, ze-RoHS kwiyunithi yetshaja ngokwayo
- Isalathisi sesimo sokutshaja se-LED: bomvu ngexesha lokutshaja, luhlaza xa kugqityiwe (indlela eqhelekileyo yoshishino)
- Ubushushu bokutshaja obucetyiswayo: ngesiqhelo yi-0-45°C
Ulindelo lobomi bomjikelo
Ubomi bomjikelo webhetri ye-lithium-ion buchazwa njengenani lemijikelo epheleleyo yokukhupha itshaja ngaphambi kokuba umthamo wehle uye kwi-80% yomlinganiselo wayo wokuqala. Ubomi bomjikelo buyindlela ebalulekileyo yokulinganisa ukuqina — imisela ukuba ibhetri iya kunika ixesha elingakanani ukusebenza okwamkelekileyo ngaphambi kokuba umthengi afune enye indawo. Iimpawu ezibalulekileyo zobomi bomjikelo:
Kwixesha elinye lokutshaja ngosuku lokusetyenziswa, ibhetri ye-Tier-1 inokubonelela ngenkonzo malunga neenyanga ezili-18-24 ngaphambi kokuba amandla ayo abonakale ewohloka. Iiseli ezingenalo uphawu zinokubonakalisa ukonakala kwisithuba seenyanga ezi-6-9. Kubathengi bamashishini abenza ii-odolo ezifanayo zonyaka, lo mahluko unempembelelo ethe ngqo yokusebenza: ibhetri yemijikelo engama-500 inokutshintshwa minyaka le njengenxalenye yokuhlaziya okucwangcisiweyo; ibhetri yemijikelo engama-200 inokungasebenzi phakathi kwexesha lonyaka, nto leyo edala izinto zokutshintsha ezingalindelekanga kunye nabasebenzi abangonwabanga.
5Ukhuseleko lweBhetri: Iziqinisekiso kunye nokuThotyelwa kweMithetho
Iibhetri zeLithium-ion zihlelwa njengeempahla eziyingozi zokuthuthwa yi-International Air Transport Association (IATA) kunye ne-International Maritime Organisation (IMO). Iibhetri zempahla ezishushu — kuba ziqulathe iiseli ze-lithium — ziphantsi kovavanyo olunyanzelekileyo kunye nesatifikethi ngaphambi kokuba zithunyelwe ngokusemthethweni ngomoya okanye elwandle. Ukungathobeli imithetho kukhokelela ekuthathweni kwerhafu, ukwaliwa komthwali, kwaye kwiimeko ezinzima, isohlwayo somthetho.
Iziqinisekiso eziyimfuneko zeebhetri zempahla ezishushu
| Isiqinisekiso | Ububanzi | Oko Kuvavanyayo | Imeko |
|---|---|---|---|
| I-UN 38.3 | Uthutho lwehlabathi | Ukulinganisa ukuphakama, ukujikeleza kobushushu, ukungcangcazela, ukutshaja, isekethe emfutshane yangaphandle, impembelelo, ukutshaja ngaphezulu, ukukhupha ngenkani — uvavanyo olu-8 olugubungela yonke iprofayili yomngcipheko wokuthutha kwebhetri ye-lithium | Kuyimfuneko kuyo yonke imithwalo yomoya nolwandle |
| I-IEC 62133 | Ukhuseleko lwehlabathi | Ukutshaja okuqhubekayo, ukutshaja ngaphezulu, ukukhupha ngenkani, ukuwa, ukusetyenziswa gwenxa kobushushu, ukutyumza, kunye nezinye iimeko zokhuseleko kwiiseli ze-lithium ezivaliweyo eziphathwayo | Kufuneka uphawu lwe-CE kunye nokufikelela kwimarike ye-EU |
| UL 2054 / UL 1642 | amantla Emelika | I-UL 2054 igubungela iibhetri zasekhaya nezamashishini; I-UL 1642 igubungela iiseli ze-lithium nganye nganye. Uvavanyo lubandakanya i-short circuit, ukutshaja okungaqhelekanga, kunye nokukhupha ngenkani | Ifunwa ngabathengisi abaninzi baseMelika |
| I-CE / RoHS | udibano lwaseyurophu | I-CE igubungela ukhuseleko lombane ngokubanzi; i-RoHS ithintela izinto ezintandathu eziyingozi kwizixhobo ze-elektroniki | Kuyimfuneko ukungenisa impahla kwi-EU |
| I-MSDS | Ehlabathini jikelele | Iphepha leDatha yoKhuseleko lwezinto — liyafuneka kumaxwebhu okuthumela; iinkcukacha zokwakhiwa kweekhemikhali kunye neenkqubo zokuphatha | Ifunwa ngabathwali |
Inkqubo yoLawulo lweeBhetri (i-BMS): abathengi bomgangatho wokhuseleko abasoloko behlola
Ibhetri nganye yempahla eshushu esemthethweni ibandakanya ibhodi yesekethe ye-BMS edibeneyo. I-BMS ibonelela ngokhuseleko olune olubalulekileyo:
Imisebenzi yoKhuselo lwe-BMS
Ukhuseleko lokutshaja ngaphezulu:Ikhupha ngokuzenzekelayo igalelo xa i-voltage yeseli ifikelela kwi-4.2V +/- 0.05V ngeseli nganye. Ithintela ukufudumala ukuba kungatshaji kakhulu.
Ukhuseleko lokukhupha amanzi ngokugqithisileyo:Ikhupha amandla okukhupha xa i-voltage yeseli yehla iye kwi-2.5-2.8V. Ithintela ukulahleka komthamo osisigxina ngenxa yokukhupha okunzulu.
Ukhuseleko olusebenzisa umbane omninzi/olufutshane:Inciphisa ukuphuma ngaphakathi kwee-milliseconds ukuba umbane udlula umlinganiselo ophezulu olinganisiweyo okanye ukuba kufunyenwe i-short circuit.
Ukubeka iliso kubushushu:I-thermistor ye-NTC edityaniswe kwi-BMS ijonga ubushushu beseli kwaye ikhupha itshaja kwi-45-50°C kwaye ikhuphe itshaja kwi-60-65°C.
Xa uvavanya ababoneleli beebhetri, cela iphepha leenkcukacha zeBMS kwaye uqinisekise ukuba zonke ezi nkcukacha zine zokhuseleko zingasentla zikhona. Ibhetri engenazo iinkcukacha zeBMS ezibhaliweyo iyingozi yokuthobela imithetho kunye noxanduva - musa ukuyifuna.
Kwi-PASSION OUTERWEAR, zonke iibhetri zempahla ezishushu zinesiqinisekiso se-UN 38.3 kunye ne-IEC 62133, zakhiwe ngeeseli ze-Tier-1 lithium-ion, kwaye ziquka ukhuseleko lwe-BMS oluneeleya ezininzi. Amaxwebhu ethu esiqinisekiso anikezelwa nge-odolo nganye enkulu ngaphandle kweendleko ezongezelelweyo. Ndwendwela eyethuimpahla efudumeleyo eyenziwe ngokwezifisoiphepha leenkcukacha ezipheleleyo zokuthobela umthetho.
6Ukufunyanwa kwebhetri ye-OEM: Oko Abathengi be-B2B Abafanele Bakubuze
Xa ufuna iijakethi ezishushu kumvelisi we-OEM okanye we-ODM, ibhetri idla ngokuthathwa njengento ecingelwayo — "iza nebhetri, akunjalo?" — xa kufuneka ibe yenye yezona zinto zijongwa kakhulu. Nantsi imibuzo ekufuneka ibuzwe ngumthengi we-B2B ngexesha lovavanyo lwefektri:
Imibuzo elishumi yokubuza umenzi wempahla yakho eshushu malunga neebhetri
Abavelisi abasemthethweni baya kuthiya igama leseli (umz., iSamsung INR18650-35E, iLG INR18650-MJ1) baze banike ishedi yedatha yeseli. Iimpendulo ezingacacanga ezifana "neeseli ze-lithium ezikumgangatho ophezulu" zibalulekile.
Cela uxwebhu lwesatifikethi sokwenyani, hayi isiqinisekiso somlomo. Qinisekisa inombolo yesalathiso sesatifikethi ngokuchasene nelebhu ekhuphayo ukuba kunokwenzeka. Iingxelo zovavanyo ze-UN 38.3 ziquka: ukuphakama kwe-T1, ubushushu be-T2, ukungcangcazela kwe-T3, ukutshayiswa kwe-T4, i-T5 yangaphandle yesekethe emfutshane, i-T6 impact/crush, i-T7 overcharge, i-T8 inyanzeliswe ukukhupha.
Phikelela kwiinkcukacha ze-BMS ezibhaliweyo eziquka ukhuseleko lokutshaja ngaphezulu, ukukhupha ngaphezulu, ukhuseleko lwe-short-circuit, kunye nobushushu obune-voltage ethile kunye nemida yangoku.
Impendulo mayibe yeyodwa: umzekelo, "imijikelo engama-500 kwitshaja ye-0.5C, ukukhutshwa kwe-1C, i-25°C ambient." Iimpendulo eziqhelekileyo ezifana "nobomi obude kakhulu" okanye "ubuncinane iminyaka emibini" azanelanga.
Umzi-mveliso ochwephesha uya kuba nedatha yovavanyo ebonisa ii-voltage discharge curves kunye nexesha lokusebenza kwizicwangciso eziphantsi, eziphakathi, neziphezulu kwindawo elawulwayo. Le datha sisiseko sezimangalo zexesha lokusebenza ezisemthethweni kwiipakethe nakwiisheti zeenkcukacha.
Itshaja kufuneka ibe neziqinisekiso zayo ze-CE, FCC, kunye ne-RoHS ngaphandle kwebhetri. Qinisekisa uhlobo lwekhonkco — izixhumi zebharele zisemgangathweni kwiipakethi zempahla ezifudunyezwayo ze-7.4V; ukutshaja kwe-USB-C kwiibhetri zempahla ezifudunyezwayo kuyavela kodwa akukabikho mgangatho uqhelekileyo.
Iwaranti eqhelekileyo yeebhetri zempahla ezishushu ezinophawu lwentengiso yinyanga ezi-6-12. Cacisa inkqubo yokuphatha iibhetri ezineengxaki: ngubani ohlawula ukuthunyelwa kwempahla ebuyiselweyo, nokuba kukho ukuthunyelwa kwempahla ethunyelwayo, nokuba kufuneka ubuyisele iiyunithi ezineengxaki nganye okanye ubuyisele impahla rhoqo ngenyanga.
Kwi-PASSION OUTERWEAR, sinikezela ngamaxwebhu ebhetri apheleleyo — amaphepha edatha eeseli, isiqinisekiso se-UN 38.3, iinkcukacha ze-BMS, kunye neengxelo zovavanyo lokukhupha — njengesiqhelo kuzo zonkeUmyalelo we-OEM/ODMSisebenzisa iiseli zeSamsung kunye neLG Tier-1 kuphela, iipakethe zethu zebhetri zinewaranti yeenyanga ezili-12, kwaye sixhasa uphawu lwebhetri olulungiselelwe wena kunye noyilo lwakho lokupakisha ngaphandle kweendleko ezongezelelweyo zezixhobo kwiiodolo ezingaphezu kwama-200.
7Itshathi yokuthelekisa iinkcukacha zebhetri
Le theyibhile ingezantsi ishwankathela iinkcukacha ezibalulekileyo abathengi be-B2B ekufuneka bazithelekise kubaboneleli abafanelekileyo. Ezi ziiparameter zokwenyani ezimisela ukusebenza kwentsimi, hayi amabango okuthengisa.
| Ipharamitha | Umgangatho wokungena | Umgangatho wobuNgcali | Iprimiyamu / Imizi-mveliso | IIMPAHLA ZANGAPHANDLE EZINOTHANDO |
|---|---|---|---|---|
| Uphawu lweSeli | Ayinaphawu / eqhelekileyo | Uphawu oluphakathi (B&K, EVE) | I-Samsung, i-LG, i-Panasonic | I-Samsung / LG Tier-1 |
| I-Pack Voltage | I-5V USB (1S) | 7.4V (2S) | 7.4V / 12V | 7.4V (eqhelekileyo) / 12V (ukhetho) |
| Umthamo | 3,000 - 5,000 mAh | 5,000 - 7,500 mAh | 7,500 - 12,000 mAh | 5,000 mAh (eqhelekileyo) / eyenziwe ngokwezifiso ukuya kuthi ga kwi-12,000 mAh |
| Ubomi boMjikelo | Iibhayisekile ezili-150-250 | Imijikelo engama-300-400 | Iibhayisekile ezingaphezu kwama-500 | Iibhayisekile ezingaphezu kwama-500 |
| Isiqinisekiso se-UN 38.3 | Ihlala ilahlekile | Ewe | Ewe | Ewe |
| Ukhuseleko lwe-BMS | Izakhelo ezi-1-2 (ezisisiseko) | Iileya ezi-3 | Iileya ezi-4 (ezipheleleyo) | I-BMS eneeleya ezi-4 (ukutshaja kakhulu, ukukhupha ngaphezulu, ukujikeleza okufutshane, ubushushu) |
| Iwaranti | Iinyanga ezi-3-6 | Iinyanga ezi-6-12 | Iinyanga ezili-12 | Iwaranti yeenyanga ezili-12 |
| Uphawu Lwesiko | Ayifumaneki | Ifumaneka ngexabiso eliphantsi | Iyafumaneka | Iyafumaneka; izixhobo zasimahla zeeyunithi ezingaphezu kwama-200 |
Imeko yoshishino: uthotho lokubonelela ngebhetri yempahla eshushu
Uninzi lwabavelisi beempahla ezishushu abenzi iibhetri ngaphakathi. Bafumana iipakethe zebhetri ezigqityiweyo kwii-assembly zeepakethe zebhetri ezikhethekileyo, ezithi zona zifumane iiseli ezivela kubavelisi abakhulu beeseli ze-lithium-ion. Indima yomenzi kukudibanisa — ukuqinisekisa ukuba ibhetri ihambelana ngokuchanekileyo nezinto zokufudumeza, igcinwe ngokufanelekileyo epokothweni enolawulo lweentambo, kwaye iqinisekisiwe ngokupheleleyo. Umgangatho womzi-mveliso ekudibaniseni iibhetri ubonakala kumaxwebhu ovavanyo, kungekhona kumabango okwenza ibhetri ngokwayo. Ukucaca malunga nekhonkco lokubonelela luphawu lomthengisi oqeqeshiweyo.
Imibuzo ebuzwa qho
Ngaba ujonge iiJacket ezifudumeleyo ezineebhetri ezithembekileyo neziqinisekisiweyo?
I-PASSION OUTERWEAR inika impahla efudumeleyo eneebhetri zeTier-1 Samsung/LG, isiqinisekiso se-UN 38.3 kunye ne-IEC 62133 esipheleleyo, kunye nobomi bomjikelo obungaphezu kwama-500. Iiodolo ze-OEM/ODM ziquka uxwebhu olupheleleyo lwebhetri. Qhagamshelana nathi ukuze ufumane iphepha leenkcukacha kunye nesampulu.
Cela iinkcukacha zebhetri kunye nexabiso Hlola iiJacket ezifudumeleyo
