Iibhetri ze-300ah zidibana neeMfuno zoMbane oMkhulu woMmandla

300 amp hour lithium battery

Ibhetri ye-lithium yeyure ezingama-300 amp igcina iiwatt ezingama-3,840-iiyure zamandla kwi-12.8V, ekwazi ukunika amandla izikhenkcezisi ukuya kutsho kwiiyure ezingama-76, i-air conditioner iiyure eziyi-3.4, okanye ii-microwaves phantse iiyure ezi-4 ngentlawulo enye. Lo mthamo umele isisombululo samandla amakhulu kwizicelo ezifuna ixesha elongeziweyo lokusebenza ngaphandle kokutshaja rhoqo.

Utshintshelo olusingise phezulu{0}}umthamo weenkqubo zebhetri ubonisa ukukhula kweemfuno zamandla kuwo onke amacandelo eendawo zokuhlala, ezolonwabo, kunye nezorhwebo. Ezi bhetri zivala umsantsa phakathi kweemfuno zamandla aphathwayo kunye{2}}neenkqubo zogcino lwasekhaya, zibonelela ngobhetyebhetye ukuba iibhetri ezincinci zingakwazi ukuhambelana.

Umthamo webhetri ulinganisa intlawulo yombane iyonke enokuthi igcinwe kwaye ihanjiswe. Ukulinganisa kwe-300Ah kuthetha ukuba ibhetri inokubonelela ngee-amps ezingama-300 ngeyure enye, i-150 amps iiyure ezimbini, okanye i-30 amps kwiiyure ze-10 ngaphambi kokuba ifune ukutshajwa kwakhona.

Ubudlelwane phakathi kwee-amp{0}}neeyure kunye namandla asebenzisekayo okwenene kuxhomekeke kumbane. Inkqubo ye-12V ene-300Ah ibonelela nge-3,600 watt -iiyure (12V × 300Ah), ngelixa ulungelelwaniso lwe-24V olune-amp{10}}yeyure yokulinganisa ihambisa i-7,200 watt{13}}iiyure. Lo mandla ombane{15}}ubudlelwane bomthamo bumisela ukuba zeziphi izixhobo onokuthi uzenze amandla kwaye ixesha elingakanani.

Iibhetri zangoku zelithium iron phosphate zibonelela ngoncedo olwahlukileyo kunelothe yemveli -kukhetho lweasidi. Ibhetri ye-300Ah LiFePO4 inobunzima obumalunga neeponti ezingama-62 xa ithelekiswa ne-191 yeponti yelothe elinganayo{6}ibhetri yeasidi{7}}i-67% yokunciphisa ubunzima. Olu lwakhiwo lulula lwenza ukuba ufakelo lube lula ngelixa ugcina ukuxinana kwamandla aphezulu.

Ubunzulu bokukhutshwa buchaphazela ngakumbi umthamo osebenzisekayo. Iibhetri zeLithium zixhasa i-100% ubunzulu bokukhutshwa ngaphandle komonakalo, ukubonelela ukufikelela kwi-3,840Wh epheleleyo. I-Lead-ibhetri zeasidi, ezilinganiselwe ukuya kuma-50% ubunzulu bokukhutshwa ukugcina ubomi, zinika kuphela isiqingatha somthamo wazo olinganisiweyo wokusetyenziswa rhoqo.

Ukubala ixesha lokuSebenza kwiZixhobo eziqhelekileyo:

Ukusetyenziswa kwamandla kuyahluka ngokwesixhobo, kodwa imizekelo eqhelekileyo inceda ukubonisa ubunakho:

Ifriji ye-200W iqhuba iiyure ze-19 (3,840Wh ÷ 200W)

I-microwave eyi-1,200W isebenza iiyure eziyi-3.2 (3,840Wh ÷ 1,200W)

Ukukhanya kwe-LED kwi-60W kuqhubeka iiyure ezingama-64 (3,840Wh ÷ 60W)

Ilaptop ye90W ibiza amaxesha angama-42 (3,840Wh ÷ 90W)

Ezi zibalo zithatha iimeko ezifanelekileyo. Eyona-umsebenzi wehlabathi ubala ilahleko esebenzayo kwii-inverters (ngokuqhelekileyo i-10-15%) kunye nemiba yokusingqongileyo echaphazela ikhemistri yebhetri.

Wonke umgangatho we-300 amp iyure ye-lithium ibhetri ibandakanya iNkqubo yoLawulo lwebhetri esebenza njengeziko lolawulo lwebhetri. I-BMS ibeka iliso kumandla ombane weseli nganye, amaqondo obushushu, kunye nokuhamba kwangoku ukunqanda iimeko ezinokonakalisa ibhetri okanye zidale iingozi zokhuseleko.

I-BMS eqhelekileyo ye-200A kwibhetri engama-300Ah ixhasa amaxabiso okukhutshwa aqhubekayo ukuya kuthi ga kwi-2,560 watts, kunye nomthwalo omfutshane ofikelela kuma-amps angama-400 imizuzwana emithathu. Esi sikhundla sotyando siphatha imisinga yokuqalisa ukusuka kwiimotor kunye neecompressors ezitsala amandla okomzuzwana kunokusebenzisa kwazo ukubaleka.

Imisebenzi yoKhuseleko lwe-BMS engundoqo:

Ukhuseleko lwe-voltage lunqanda ukutshajwa kakhulu kunye{0}}nokukhutshwa ngaphezulu. Xa nayiphi na iseli ifikelela kwi-14.6V ngexesha lokutshaja, i-BMS iyanciphisa okanye iyeke ukuhamba kwangoku. Ngokufanayo, ukuba i-voltage yehla ngaphantsi kwe-10V ngexesha lokukhutshwa, inkqubo ikhupha umthwalo ukukhusela umonakalo osisigxina weseli.

Ukujongwa kobushushu kulandelela inqanaba lobushushu leseli nganye. Iibhetri zeLithium zisebenza kakuhle phakathi kwe-15 kunye ne-35℃(59℃F ukuya kuma-95 degrees F). I-BMS inqanda ukutshaja ngaphantsi kwe-0℃(32℃F) ukunqanda i-lithium plating{8}}imeko apho i-metallic lithium idiphozithi kwi-anode, enokubangela iibhulukhwe zangaphakathi.

Ezinye iisistim ezikwinqanaba eliphezulu ziquka{0}}iimpawu zokuzifudumeza ezizenza zisebenze ngokuzenzekelayo xa amaqondo obushushu ehla ngaphantsi kwemilinganiselo yokutshaja ekhuselekileyo. Ezi zinto zokufudumeza zitsala amandla ukusuka kwibhetri ukuya kwiiseli ezifudumeleyo ukuya kumanqanaba amkelekileyo phambi kokuvumela ukwamkelwa kwentlawulo.

Umda wangoku ukhusela kwiisekethe ezimfutshane kunye neemeko zokulayisha ngaphezulu. I-BMS isoloko ilinganisa i-amperage egeleza ngaphakathi nangaphandle, iphendula kwii-milliseconds kwi-spikes eziyingozi. Le mpendulo ikhawulezayo inqanda ukubaleka kwe-thermal{2}}ukusabela kwekhonkco apho ukuveliswa kobushushu kudlula ukutshatyalaliswa kobushushu, okukhokelela ekungaphumeleli kweseli.

Ulungelelwaniso lweseli lugcina intlawulo efanayo kuzo zonke iiseli ezikwipakethi yebhetri. Iiseli zomntu ngamnye ngokwendalo ziyakhukuliseka ngokwahlukeneyo kumbane ngokuhamba kwexesha ngenxa yokwahluka okuncinci kwemveliso kunye nomahluko wobushushu. I-BMS ilinganisa la mandla ombane ngokuchithwa kwe-passive okanye ukusasazwa kwakhona okusebenzayo, iqinisekisa ukuba akukho seli enye esebenza ngokugqithisileyo.

Iiyunithi ze-BMS ezikwinqanaba eliphezulu zibonelela ngoqhagamshelo lweBluetooth, eyenza ukuba{0}}ijonge ixesha lokwenyani ngeapps ze-smartphone. Abasebenzisi banokulandelela imeko yentlawulo, bajonge umbane weseli nganye, babeke iliso lobushushu, kwaye bajonge idatha yokusebenza kwembali. Oku kubonakala kunceda ukuchonga imiba ekhulayo ngaphambi kokuba ibangele ukusilela.

300 amp hour lithium battery

Ubume bemodyuli yeebhetri ze-300Ah zixhasa ukwandiswa kwenkqubo ukuhlangabezana neemfuno ezikhulayo zamandla. Ukuqhagamshela iibhetri ezininzi kuhlengahlengiso olwahlukileyo kwandisa umthamo okanye amandla ombane ngelixa ugcina ukusebenza okukhuselekileyo.

Uqwalaselo olunxuseneyo:

Ukuqhagamshela iibhetri ngokunxuseneyo kwandisa amp{0}}umthamo weyure xa ugcina amandla ombane. Iibhetri ezine ze-12V 300Ah ezinengcingo ngokunxuseneyo zenza inkqubo ye-12V 1,200Ah egcina iiyure eziyi-15,360 watt{9}}. Olu lungelelwaniso lufanele izicelo ezifuna ixesha lokuqhuba elongeziweyo kumbane oqhelekileyo.

Uqhagamshelo olunxuseneyo lufuna imilinganiselo yebhetri efanayo{0}}ivoltheji efanayo, umthamo, ubudala, kunye nemo yentlawulo. Iibhetri ezingahambelaniyo zidala ukungalingani apho iiyunithi ezomeleleyo zibonelela ngoku ngakumbi, zinyusa ukuthotywa kwazo. Uninzi lwabavelisi banciphisa uqhagamshelo olunxuseneyo kwiibhetri ezine ukugcina ulungelelwaniso lweeseli oluthembekileyo.

Ulungelelwaniso lothotho:

Uqhagamshelo lothotho lonyusa amandla ombane ngelixa ugcina umlinganiselo weyure amp{0}}. Iibhetri ezine ze-12V 300Ah kuthotho zivelisa inkqubo ye-48V 300Ah ene-14,400 watt{8}}iiyure. Iinkqubo zamandla ombane aphezulu zinciphisa iimfuno zangoku zemveliso yamandla efanayo, zivumela iigeyiji zocingo ezincinci kunye nokunciphisa ilahleko exhathisayo.

Ufakelo lwelanga luhlala lusebenzisa ulungelelwaniso lwe-48V kuba amandla ombane aphezulu aphucula ukusebenza kakuhle komlawuli wentlawulo kunye nokunciphisa iindleko zentambo kumgama omde ukusuka kwiiphaneli ukuya kwiibhetri. Ukuncitshiswa kwangoku kumbane ophezulu kuthetha ukuba amandla amancinci alahlekileyo njengobushushu kwizikhondatha.

Uthotho-IiNdibaniselwano ezinxuseneyo:

Iinkqubo eziyinkimbinkimbi zidibanisa zombini iintlobo zoqhagamshelwano. Ulungelelwaniso lwe-4S4P (ezine kuthotho, ezine ngokunxuseneyo) kusetyenziswa i-12V 300Ah iibhetri idala i-48V 1,200Ah inkqubo egcina iiwatt ezingama-57,600{10}}iiyure{11}} ezaneleyo ukunika amandla ikhaya lilonke kangangeentsuku ezininzi ngexesha lokungabikho.

Ezi nkqubo zinkulu zifuna ukucwangciswa ngononophelo. Umtya ngamnye onxuseneyo kufuneka uqulathe ubumbeko lothotho olufanayo ukuthintela ukujikeleza kwemisinga phakathi kwemitya. Ulawulo lwebhetri luye luphucuke ngakumbi, lusoloko lufuna iinkqubo zokuhlola zangaphandle ngaphaya kweeyunithi ze-BMS zebhetri.

Ukutshaja ngokufanelekileyo kugcina impilo yebhetri kwaye kwandisa ixesha lokuphila. Ibhetri ye-lithium yeyure ye-300 amp yamkela intlawulo ngemithombo emininzi, nganye ineempawu ezahlukileyo kunye namaxesha.

Ukutshaja iPaneli yeSolar:

Ukutshaja kwelanga kuxhomekeke kumbane wephaneli kunye neeyure ezikhoyo zokukhanya kwelanga. Uluhlu lwelanga lwe-1,200W lunokutshaja ngokupheleleyo ibhetri ye-300Ah ephelelweyo ngosuku olunye kunye neeyure ze-4.5 zokukhanya kwelanga okusebenzayo. Ubalo: 3,840Wh amandla ebhetri ÷ 1,200W isiphumo sephaneli ÷ 4.5 iiyure zelanga=0.7 iintsuku, ukubala ukusebenza kakuhle kwenkqubo ye-85%.

Incopho yeeyure zelanga{0}}ixesha apho amandla elanga afikelela kwi-1,000 watts kwisikwere semitha{3}}yahluka ngendawo kunye nexesha lonyaka. Izibanzi ezisemazantsi zifumana iiyure zelanga ezininzi ngonyaka kunemimandla esemantla. Iinyanga zasebusika kwimozulu esemantla zinokubonelela kuphela ngeeyure ezi-2-3 zencopho yemihla ngemihla, ezifuna ii-arrays ezinkulu okanye amaxesha amade okutshaja.

Uninzi lwabalawuli bentlawulo yelanga basebenzisa i-MPPT (Maximum Power Point Tracking) ubuchwepheshe obukhulisa ukutsalwa kwamandla kwiiphaneli ngeemeko ezahlukeneyo. Abalawuli be-MPPT bahambisa i-20-30% yamandla angaphezulu kuneentlobo ze-PWM ezindala, ezixabisa ngakumbi ngexesha leemeko eziphantsi njengomthunzi ongekho okanye i-angle yelanga ephantsi.

Ukutshaja kwe-AC:

Iitshaja zebhetri ze-lithium ezinikezelweyo zibonelela ngokutshaja okulawulwayo ngokusebenzisa iiprofayili zangoku/eziqhubekayo (CC/CV). Itshaja eqhelekileyo ye-60A izalisa ngokupheleleyo ibhetri ye-300Ah malunga neeyure ze-5 (300Ah ÷ 60A=5 iiyure).

Iingcebiso zangoku zokutshaja ngokuqhelekileyo ziwela phakathi kwe-0.2C kunye ne-0.5C, apho i-C ibonisa amandla ebhetri. Ngebhetri ye-300Ah, oku kuguqulela ku-60-150 amps. Iintlawulo eziphezulu zentlawulo zinciphisa ixesha lokutshaja kodwa zinokuchaphazela kancinci ubomi bomjikelo wexesha elide. Uninzi lwabasebenzisi bafumana i-60-90A yokutshaja inika eyona bhalansi yesantya kunye nobomi bebhetri.

Inkqubo yokutshaja iCC/CV isebenza ngezigaba ezibini. Ngexesha lenqanaba langoku eliqhubekayo, itshaja igcina i-amperage ezinzileyo ngelixa amandla ombane enyuka ngokuthe ngcembe. Nje ukuba amandla ombane afikelele kwi-14.6V (kwiinkqubo ze-12V), itshaja itshintshela kwimowudi yamandla ombane engaguqukiyo, ibambe loo mandla ombane ngeli lixa langoku ihla isiya ku-zero njengoko ibhetri isondela kwintlawulo epheleleyo.

IAlternator/DC{0}}DC Ukutshaja:

Iialternatha zemoto zinokutshaja iibhetri ngeDC{0}}iziguquli zeDC ezilawula amandla ombane kunye nezangoku. Umgangatho we-60A DC -Itshaja ye-DC ifuna malunga neeyure ze-5 zokuqhuba ukutshaja ngokupheleleyo ibhetri ye-300Ah ukusuka kwi-50% yentlawulo.

I-DC - iitshaja ze-DC zisebenzisa iinjongo ezimbini: zikhusela i-alternator yesithuthi kumthwalo ogqithisileyo, kwaye zibonelela ngeprofayili efanelekileyo yokutshaja kwiibhetri ze-lithium. Iialternator zemoto eziyilelwe ilothe{2}}iibhetri zeasidi azilungelelanisi ngokuzenzekelayo kwiimfuno zombane zelithium chemistry.

Ii-RV ezininzi kunye nofakelo lwaselwandle ludibanisa iindlela zokutshaja. Iiphaneli zelanga ziphethe imithwalo yemihla ngemihla kunye nokugcinwa kwebhetri ngexesha lokupaka okanye i-anchoring, ngelixa ukutshaja kwe-alternator ngokukhawuleza kuzalisa umthamo ngexesha lokuhamba. Ukudityaniswa kwamandla onxweme kwiindawo zeenkampu okanye kwii-marinas zibonelela ngolunye ukhetho olufanelekileyo lokutshaja.

I-3,840 watt-yeyure umthamo womthamo ubeka i-300Ah yeebhetri njengezisombululo zamandla ahlukeneyo kumacandelo amaninzi. Izicelo ezahlukeneyo zisebenzisa esi sikhundla ngeendlela ezahlukeneyo ngokusekelwe kwiimfuno zabo ezizodwa.

Izithuthi zoLonwabo kunye noBomi beVan:

Ukuphila kwe-RV kufuna amandla athembekileyo kwindalo ethuthuzelayo kude ne-hookups. Ibhetri enye ye-300Ah ixhasa i-2-3 yeentsuku zokusetyenziswa kwesiqhelo phambi kokuba itshajwe kwakhona. Oku kubandakanya ukuqhuba ifriji yokuhlala, ukukhanya kwe-LED, iimpompo zamanzi, iifeni zokungenisa umoya, kunye nokutshaja izixhobo zombane.

Ubusika beRVing kwandisa ukusetyenziswa kwamandla kakhulu. Izifudumezi zedizili zizoba 1-3 amps ngokuqhubekayo, zidityaniswe nokuncipha kwemveliso yelanga, zinokukhupha iibhetri ngokukhawuleza kuneepateni zokusetyenziswa kwehlobo. Uninzi lwabakhenkethi bemozulu ebandayo-bafaka iibhetri ezimbini okanye ezintathu ze-300Ah ngokunxuseneyo ukwandisa isakhono sabo se-off-grid.

Inzuzo yobunzima beebhetri ze-lithium ibonakalisa ixabiso ngokukodwa kwii-RVs apho yonke iponti ichaphazela ukuphatha, uqoqosho lwamafutha, kunye nomthamo wokuhlawula. Ukutshintsha ezine 6V ilothe -easidi iibhetri kwinqwelo yegalufa (malunga 240 phawundi) kunye 300Ah enye lithium ibhetri (62 phawundi) ukhulula 178 phawundi kwigiya, amanzi, okanye umthamo webhetri eyongezelelweyo.

Usetyenziso lwaseLwandle:

Izikhephe zisebenzisa iibhetri ezingama-300Ah kwiinkqubo zamandla zendlu ezahlulwe kukuqala kwe-injini. Ummandla waselwandle unika imiceli mngeni eyodwa-ukonakala komoya wetyuwa, ukungcangcazela okungaguqukiyo, kunye nokuntywiliselwa ngokupheleleyo emanzini. Iibhetri zaselwandle ezisemgangathweni zibonakalisa i-IP65 okanye i-IP67-rate evalekileyo ekhusela amalungu angaphakathi ekungeneni kokufuma.

Iinqanawa ezihamba ngeeseyile ezingenazo iijeneretha zithembele ngokupheleleyo kwiipaneli zelanga kunye neejenereyitha zomoya zokutshaja kwakhona. Ibhanki yebhetri ye-300Ah ibonelela ngomthamo owaneleyo weentsuku ezininzi zokuhamba ngenqanawa, ukuqhuba ifriji, ukuhamba nge-elektroniki, iinkqubo zokuzihambela, kunye nezixhobo zonxibelelwano. Izinga eliphantsi lokuzikhupha -lokukhupha iibhetri ze-lithium (malunga ne-3% ngenyanga) ligcina intlawulo ngexesha lokungasebenzi.

Iimotor ezijikelezayo kunye ne-bow thrusters zibeka imithwalo ephezulu kwangoko evavanya amandla ebhetri. I-200A yokukhutshwa okuthe gqolo kweebhetri ze-300Ah ziyazixhasa ezi zicelo, nangona imijikelo emifutshane yokusebenza ithintela ukufudumeza okugqithisileyo kwebhetri.

Vala-Igridi kunye naMandla ogcino oluNgxamisekileyo:

Iinkqubo zokugcinwa kwekhaya zisebenzisa iibhetri ze-300Ah ukugcina iisekethe ezibalulekileyo ngexesha lokucima kwegridi. Imithwalo ephambili -kwifriji, iimpompo zequla, izifudumezi/ulawulo lokupholisa, kunye nezixhobo zonxibelelwano{3}}zidla malunga ne-500-1,500 yewatts ngokuqhubekayo. Ibhetri enye ibonelela ngeeyure ze-3-8 zexesha lokusebenza kwezi nkqubo zibalulekileyo.

Gqibezela-amakhaya egridi ngokuqhelekileyo asebenzisa iibhetri ezininzi kuqwalaselo olukhulu. Inkqubo ye-48V esebenzisa iibhetri ezine ze-300Ah kuthotho ihambisa i-14,400Wh yokugcina, eyanele i-1 -ientsuku ezi-2 zamandla asekhaya kunye neepatheni zokusetyenziswa kwe-20-30 kWh yonke imihla.

Iinkqubo zeSolar-kunye{1}}nogcino zibonelela ngokuzimela kwegridi ngelixa zicutha iindleko zombane. Ixesha-lo{4}}lokusebenzisa izinga lezakhiwo lenza ugcino lwamandla elanga lube nomtsalane ngokwezoqoqosho, kusetyenziswa iibhetri ukunqanda amaxabiso aphezulu-amandla egridi yeyure. Ubomi bomjikelo womgangatho weebhetri ze-LiFePO4 -4,000 ukuya kwi-5,000 intlawulo epheleleyo / imijikelo yokukhupha-ixhasa iminyaka eyi-10-15 yokusetyenziswa kwansuku zonke.

Usetyenziso lwezoShishino kunye noRhwebo:

Iindawo zokwakha, izikhululo zokubeka iliso ezikude, kunye nezixhobo zonxibelelwano zixhomekeke kwiinkqubo zebhetri ukuze zisebenze ngokuqhubekayo. Ezi nkqubo zixabisa ulondolozo{1}}indalo yasimahla yelithium yebhetri, engadingi kunkcenkceshelwa ngamaxesha athile okanye ukulinganisa ukutshaja njengelothe{2}}ezinye iiasidi.

Izixhobo zokuphatha izinto ezibandakanya i-forklifts ziya zisanda kusebenzisa iteknoloji yebhetri ye-lithium. Ithuba lokutshaja -lokukhupha iibhetri ngexesha lekhefu ngaphandle kokugqiba imijikelo epheleleyo{2}}liphucula ukusebenza kakuhle. Ilead{{4}ibhetri yeforklift yeasidi idla ngokufuna iindawo ezizinikeleyo zokutshaja ezinomoya werhasi yehydrogen; iibhetri ze-lithium ziphelisa ezi mfuno zeziseko zophuhliso.

Utyalo-mali lokuqala kwi-300Ah yebhetri ye-lithium idlula ilothe-ezezinye zeasidi, kodwa ixabiso lilonke lobunini lixela ibali elahlukileyo. Ibhetri ye-300Ah LiFePO4 ixabisa i-$800{7}}1,400 ngokuxhomekeke kwiifitsha ezifana nokuqhagamshelwa kweBluetooth kunye nokhuseleko lokutshaja lobushushu obuphantsi.

Umthamo weasidi olinganayo{0}umthamo weasidi ufuna ezintandathu 6V 220Ah iibhetri (izibini ezintathu ezinxuseneyo kuthotho lwe-12V) ezixabisa malunga ne-$1,200-1,500 zidityanisiwe. Umahluko wexabiso uyancipha xa uqwalasela umfanekiso opheleleyo.

Uthelekiso loBomi lwebhayisikile:

Iibhetri ze-LiFePO4 zihambisa i-4,000{8}}i-5,000 imijikelezo kwi-100% ubunzulu bokukhutshwa. Kumjikelo omnye imihla ngemihla, oku kunika iminyaka eyi-11-14 yenkonzo. Iibhetri ze-lead-acid kwi-50% ubunzulu bokukhutshwa zifikelela kwi-300-500 imijikelezo, ehlala malunga ne-1-1.5 iminyaka phantsi kokusetyenziswa okufanayo.

Kwisithuba seminyaka eli-10{1}, iibhetri ze-lithium zifuna ukutshintshwa ngunothi ngelixa iinkqubo ze-asidi zifuna iiseti eziyi-6-10. Iindleko eziphindaphindiweyo zokutshintshwa kwe-lead-asidi zizonke zizonke ze-7,200-15,000-kude zigqithise utyalo-mali lokuqala lwe-lithium.

Ugcino kunye neendleko zokuSebenza:

Iibhetri zeLithium azifuni kugcinwa rhoqo. Akukho kongeza amanzi, akukho kucoca kwitheminali, akukho ntlawulo yokulinganisa. Ilead{{2}ibhetri zeasidi zifuna uqwalaselo lwamanzi lwenyanga, ulawulo lokutya, kunye nokutshaja ngokulinganayo ukunqanda ukunyibilika.

I-advanteji yesakhono esisebenzisekayo inciphisa ubungakanani bebhetri obufunekayo. Ubunzulu be-100% beLithium bokukhutshwa kuthetha ukuba ibhetri ye-300Ah ibonelela nge-3,840Wh amandla asebenzisekayo. Ukufumana umthamo ofanayo osebenzisekayo kwilothe-iasidi (ilinganiselwe ukuya kuma-50% DOD) kufuna i-600Ah{9}}ubukhulu obuphindwe kabini, ixabiso, kunye nobunzima.

Iinzuzo zokuSebenza:

Iibhetri zeLithium zibonisa i-95 - i-98% yokuhlawula / ukukhutshwa kakuhle xa kuthelekiswa ne-80-85% ye-lead-acid. Le nzuzo ye-10-15% esebenzayo inciphisa iimfuno zepaneli zelanga okanye ixesha lokuqhuba ijeneretha elifunekayo ukugcina intlawulo, ukudibanisa ukonga kwiminyaka yokusebenza.

Ukusebenza okuphezulu kwakhona kunciphisa amandla achithwayo njengobushushu. Kwizicelo eziphathwayo, olu ncedo lusebenzayo luguqulela kuluhlu olwandisiweyo lokuqhuba ngaphambi kokuba kutshajwe kwakhona.

Ukusebenza kwebhetri kuyahluka ngokweemeko zokusingqongileyo. Ukuqonda ezi zinto kunceda abasebenzisi ukuba baphucule uyilo lwenkqubo kwaye babeke ulindelo oluyinyani.

Iziphumo zobushushu:

Iibhetri zeLithium zisebenza kakuhle kuluhlu olubanzi lobushushu, zisebenza ukusuka kwi-20℃ukuya kuma-60℃(-4℃F ukuya kwi-140 degrees F). Nangona kunjalo, ukutshaja ngaphantsi komkhenkce kuyonakalisa iiseli nge-lithium plating. Iibhetri ezinezifudumezi ezidityanisiweyo ngokuzenzekelayo zifudumeza iiseli kumaqondo obushushu akhuselekileyo phambi kokuba zamkele intlawulo.

Amaqondo obushushu aphezulu akhawulezisa ukusabela kweekhemikhali, anyuse umthamo okhoyo kodwa anciphise ubomi bomjikelo. Rhoqo nge-10℃(18 degrees F) ukunyuka kwamaqondo obushushu angaphezu kwama-25℃(77 degrees F) kunokunciphisa ubomi bebhetri ngesiqingatha. Ulawulo lobushushu ngokungena komoya okwaneleyo okanye ukupholisa okusebenzayo kwandisa ubomi benkonzo kwiindawo ezishushu.

Amaqondo obushushu abandayo anciphisa umthamo okhoyo okwethutyana. Kwi- - 20℃, iibhetri ze-lithium zihambisa malunga ne-80% yomthamo wazo olinganisiweyo. Lo mthamo ubuya xa amaqondo obushushu eqhelekile-akukho monakalo osisigxina owenzekayo kwindawo ebandayo okanye ukukhutshwa, ukutshaja kuphela okudala imingcipheko.

-Zikhuphe kwaye uziGcine:

Iibhetri zeLithium zizikhupha ngokwazo malunga ne-1-3% ngenyanga xa kuthelekiswa ne-5-}15% ye-lead-asidi. Eli zinga liphantsi lokuzikhupha lenza ukuba i-lithium ilungele ukusetyenziswa kwexesha elithile elifana nezikhitshane zokuzonwabisa okanye iinkqubo zamandla ezigcinayo ezihlala zingasebenzi ixesha elide.

Kwixesha elide-ugcino oludlula iinyanga ezintathu, abavelisi bacebisa ukuba kugcinwe i-50% yentlawulo. Eli nqanaba lombane linciphisa uxinzelelo kwikhemistri yeseli ngelixa lithintela ukukhutshwa okunzulu okunokuthi kubangele iisekethe zokhuseleko ezifuna iinkqubo ezikhethekileyo zokuphinda zisebenze.

Ukuphakama kunye noxinzelelo:

Ukusebenza kwebhetri kuhlala kuzinzile kuzo zonke iinguqu zobude ezifunyenwe kusetyenziso oluqhelekileyo. Ikhemistri yeLithium ayixhomekekanga kuxinzelelo lwegesi njengezinye iintlobo zebhetri, ngoko ke utshintsho lokuphakama aluchaphazeli kakhulu ukusebenza. Iimpahla zeenqwelo-moya kunye nokufakelwa kweentaba kusebenza ngokulinganayo.

Iibhetri zomjikelo onzulu njengeeyunithi ezingama-300Ah azenzelwanga ukuqalisa injini. Iibhetri zokuqalisa zizisa iipulse zangoku eziphezulu ({2}}kaninzi ziyi-400{5}}600 amps) ngemizuzwana, ngelixa iibhetri zomjikelo onzulu zibonelela ngoku phakathi kwexesha elide. Ulwakhiwo lwangaphakathi luyahluka-ukuqala iibhetri zisebenzisa iipleyiti ezibhityileyo kwindawo ephezulu, ngelixa iibhetri zomjikelezo onzulu zisebenzisa iipleyiti ezityebileyo zokuqina ngexesha lemijikelo yokukhupha ngokuphindaphindiweyo. Sebenzisa iibhetri zokuqala ezizinikeleyo kwiinjini kunye neebhetri ezingama-300Ah kwiinkqubo zamandla endlu.

Iimpawu ezininzi zibonisa ukuthotywa kwebhetri. Ilahleko yomthamo ibonakala xa ixesha lokubaleka lincipha kakhulu-ukuba ibhetri yakho ibisebenza ngeeyure ezisi-8 kodwa ngoku iyaphela kwiiyure ezi-5 phantsi komthwalo ofanayo, iiseli sele zindala. Uninzi lweebhetri ze-lithium zigcina umthamo we-80% emva kobomi babo bomjikelezo olinganisiweyo; ukutshintshwa kuba bubulumko xa umthamo wehla ngaphantsi kwe-70-75%. Iimpawu ezibonakalayo ziquka iimeko ezidumbileyo, ukushisa okugqithisileyo ngexesha lokusebenza okuqhelekileyo, okanye iimpazamo eziqhubekayo ze-BMS. Ii-apps zokubek' esweni ezibonisa ukusasazeka kwamandla ombane weseli nganye edlula i-0.2V zibonisa imiba yokulungelelanisa enokuthi ifune ukutshintshwa.

Ukuxuba iibhetri zeminyaka eyahlukeneyo kudala imiba yokusebenza kunye nokhuseleko. Iibhetri ezintsha zinomthamo ophezulu kunye nokuchasana okuphantsi kwangaphakathi kuneeyunithi ezikhulileyo. Kulungelelwaniso olunxuseneyo, iibhetri ezintsha zibonelela ngomsinga ongalinganiyo, zikhawulezisa ukuthotywa kwazo ukuze zitshatise iibhetri ezindala. Uqhagamshelo lothotho lufumana iingxaki ezifanayo{3}}iiseli ezibuthathaka zinciphisa ukusebenza komtya wonke. Tshintsha zonke iibhetri ngaxeshanye xa usandiswa okanye uphucula iinkqubo. Ukuba imiqobo yohlahlo lwabiwo-mali ithintela ukutshintshwa okupheleleyo, hlukanisa iibhetri ezintsha njengesekethe eyahlukileyo kunokuxutywa neeyunithi ezindala.

Ibhetri enye ye-300Ah ixabisa ngaphantsi kweeyunithi ezintathu ezahlukeneyo ze-100Ah kwaye ifuna ukufakwa okulula kunye neendawo ezimbalwa zoqhagamshelwano. Nangona kunjalo, iibhetri ezintathu ze-100Ah zibonelela ngokuguquguquka{4}}ungaqala ngebhetri enye kwaye wandise kancinci, okanye uzahlule ngokwasemzimbeni ukuze usasaze ubunzima ngcono ezimotweni okanye kwizikhephe. Ukuseta ibhetri-ezintathu kunika ukungafuneki; ukuba enye iyasilela, ezimbini zihlala zisebenza. Ibhetri enye enkulu iyaluphelisa olu gcino kodwa yenza lula ukubeka iliso kuba i-BMS enye kuphela efuna ukuhoywa. Qwalasela izinto eziphambili zakho eziphambili: ixabiso kunye nokulula kukhetha ibhetri enye enkulu, ngelixa ukuguquguquka kunye nokungafuneki zixhasa iiyunithi ezininzi ezincinci.

300 amp hour lithium battery

Ibhetri ye-lithium ye-300 amp hour ithatha indawo ephakathi esebenzayo kwiinkqubo zokugcina amandla. Kuninzi ngokwaneleyo ukunika amandla imithwalo ebalulekileyo ixesha elongeziweyo, kodwa ilawuleka ngokwaneleyo ukufakela komntu kunye nokuthutha.

Usetyenziso lwamandla lwemihla ngemihla lwesicelo sakho lumisela ukuba i-300Ah ibonelela ngomthamo owaneleyo. Bala i-watt iyonke{2}}iiyure ngokudwelisa ukutsalwa kwamandla kwisixhobo ngasinye kunye nexesha eliqikelelwayo lemihla ngemihla. Ifriji edla i-100W eqhuba iiyure ze-12 yonke imihla isebenzisa i-1,200Wh. Yongeza izibalo ezifanayo kuzo zonke izixhobo ukuseka imfuno epheleleyo.

Thelekisa ukusetyenziswa kwakho kwemihla ngemihla kumthamo webhetri we-3,840Wh, ubala ubunzulu bemida yokukhupha okhululekileyo kuyo. Ukusebenza kwi-80% ubunzulu bokukhupha (i-3,072Wh ekhoyo) yandisa ubomi bomjikelezo ngelixa inika amandla amaninzi kwizicelo ezininzi. Ukuba ukusetyenziswa kwemihla ngemihla kusondela okanye kudlula eli nani, qwalasela iibhetri ezininzi okanye ezinye iireyithingi zamandla.

Iziseko zokutshaja zinefuthe ekukhetheni ibhetri. Umthamo welanga omninzi okanye ukufikelela rhoqo kumandla aselunxwemeni kwenza iibhanki ezincinci zebhetri ukusukela oko ukutshaja kusenzeka rhoqo. Iinketho zokutshaja ezilinganiselweyo zifuna umthamo omkhulu ukuvala amathuba amade phakathi kwamathuba okutshaja.

Ubunzima kunye nemithintelo yendawo ibalulekile kwizicelo zeselula. I-62-ubunzima beponti kunye neqela le-8D footprint ilingana uninzi lwe-RV kunye neekhompatimenti zebhetri yaselwandle eyilelwe ekuqaleni iibhetri ze-lead-asidi. Qinisekisa indawo ekhoyo kunye nemida yobunzima phambi kokuthenga.

Umgangatho uyahluka kakhulu kubenzi bonke. Khangela iibhetri ezineziqinisekiso ze-UL okanye ze-CE ezibonisa uvavanyo oluzimeleyo. Iibrendi ezihloniphekileyo zinikezela ngeziqinisekiso zeminyaka eyi-5-eziyi-10 kunye nenkxaso yomthengi ophendulayo. Funda uphononongo lwamva nje lwabasebenzisi olugxile ekusebenzeni kwehlabathi lokwenyani, ngakumbi malunga nokuthembeka kwe-BMS kunye nenkxaso yomenzi kumabango ewaranti.

Utyalo-mali kubuchwepheshe bebhetri esemgangathweni buhlawula imbuyekezo ngokusebenza okuthembekileyo, ubomi obongezelelweyo, kunye neemfuneko ezicuthiweyo zogcino ezithi xa zizonke zinike ixabiso eligqitha ixabiso lokuqala.