Amasistimu eSolar ne-Wind Off-Grid Amabhethri asetshenziswa ukugcina amandla elanga nawomoya okwamanje ikakhulukazi amabhethri aneasidi yomthofu. Ukuphila okufushane kanye nenombolo yomjikelezo ophansi wamabhethri e-lead-acid kuyenza ibe yikhandidethi elibuthakathaka kumvelo kanye nokonga kwezindleko. Amabhethri e-Lithium-Ion avumela ukuhlomisa iziteshi zamandla elanga noma zomoya "ezingekho kugridi", athathele indawo yamabhange efa lamabhethri e-lead-acid. Isitoreji samandla e-Off-Grid siyinkimbinkimbi kuze kube manje. Siklame uchungechunge lwe-Off-Grid sicabanga ngendlela elula. Yonke iyunithi ine-inverter eyakhelwe ngaphakathi, isilawuli sokushaja, nesistimu yokuphatha ibhethri. Njengoba yonke into ihlanganiswe ndawonye, ukusetha kulula njengokuxhuma amandla e-DC kanye/noma e-AC kusistimu yakho yamandla ye-BSLBATT Off-Grid. Kunconywa osebenza ngogesi oqeqeshiwe. 
Kodwa kungani uzihlupha ngokusebenzisa amabhethri e-Lithium-Ion uma ebiza kakhulu futhi eyinkimbinkimbi? Eminyakeni emihlanu edlule, amabhethri e-lithium-ion ayesanda kuqala ukusetshenziselwa amasistimu elanga amakhulu, kodwa asesetshenziselwa amasistimu elanga aphathwayo naphathwa ngesandla iminyaka. Ngenxa yokuqina kwawo okuthuthukisiwe kanye nokuhamba kalula, kufanele ucabange ngokungathi sína ukusebenzisa amabhethri e-lithium-ion lapho uhlela isistimu yamandla elanga aphathwayo. Nakuba amabhethri e-Li-ion anezinzuzo zawo kumaphrojekthi welanga amancane, aphathwayo, nginokungabaza ukuwancoma kuzo zonke izinhlelo ezinkulu. Iningi lezilawuli zokushajwa ngaphandle kwegridi kanye nama-inverter emakethe namuhla aklanyelwe amabhethri e-lead-acid, okusho ukuthi izindawo ezisethiwe ezakhelwe ngaphakathi zamadivayisi okuvikela awaklanyelwe amabhethri e-lithium-ion. Ukusebenzisa lawa ma-electronics ngebhethri ye-lithium-ion kungaholela ezinkingeni zokuxhumana ne-Battery Management System (BMS) evikela ibhethri. Uma sekushiwo, sekunabakhiqizi abathile abathengisa izilawuli zokushaja zamabhethri e-Li-ion futhi leyo nombolo kungenzeka ikhule ngokuzayo. Izinzuzo : ● Impilo yonke (inani lemijikelezo) ngaphezu kwamabhethri e-lead-acid (imijikelezo engaphezu kuka-1500 ekujuleni okungu-90% kokuphuma) ● Unyawo nezisindo izikhathi ezi-2-3 eziphansi kune-lead-acid ● Akukho ukulungiswa okudingekayo ● Ukuhambisana nezisetshenziswa ezifakiwe (izilawuli zokushaja, iziguquli ze-AC, njll.) ngokusebenzisa i-BMS ethuthukisiwe ● Izixazululo eziluhlaza (amakhemikhali angewona ubuthi, amabhethri agaywa kabusha) Sinikeza izixazululo eziguquguqukayo nezimodular ukuhlangabezana nazo zonke izinhlobo zezinhlelo zokusebenza (i-voltage, umthamo, ubukhulu). Ukuqaliswa kwalawa mabhethri kulula futhi kuyashesha, ngokudedelwa okuqondile kwamabhange amabhethri ayifa. ISICELO: Isistimu ye-BSLBATT® yamasistimu eSolar ne-Wind off-grid
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Ingabe Amabhethri e-Lithium angaba ishibhile kune-Lead-Acid? Amabhethri e-Lithium-Ion angase abe nezindleko eziphezulu zangaphambili, kodwa izindleko zesikhathi eside zobunikazi zingaba ngaphansi kunezinye izinhlobo zebhethri. Izindleko Zokuqala Ngomthamo Webhethri ngalinye 
Igrafu Yezindleko Zokuqala Ngamandla Ebhethri ngalinye ihlanganisa: ●Izindleko zokuqala zebhethri ●Umthamo ogcwele ngesilinganiso samahora angama-20 ●Iphakethe le-Li-ion lihlanganisa i-BMS noma i-PCM nezinye izinto zokusebenza ukuze liqhathaniswe kahle namabhethri e-lead-acid. ●I-Li-ion 2nd Life iqala ukusebenzisa amabhethri e-EV amadala Isamba Sezindleko Zomjikelezo Wokuphila 
Igrafu yeTotal Lifecycle Cost ihlanganisa imininingwane kugrafu engenhla kodwa futhi ihlanganisa: ● Ukujula kommeleli wokukhipha (i-DOD) ngokusekelwe ekubaleni komjikelezo onikeziwe ●Ukusebenza kahle kohambo lokuya nokubuya phakathi nomjikelezo ●Inombolo yemijikelezo ize ifike esiphethweni esijwayelekile somkhawulo wempilo we-80% State of Health (SOH) ●Ku-Li-ion, 2nd Life, imijikelezo eyi-1,000 yathathwa kuze kube yilapho ibhethri seliyekiswa ukusebenza. Yonke idatha esetshenziswe kumagrafu amabili angenhla isebenzise imininingwane yangempela evela kumaphepha edatha amele kanye nenani lemakethe. Ngikhetha ukungafaki ohlwini abakhiqizi bangempela futhi esikhundleni salokho ngisebenzise umkhiqizo omaphakathi ovela esigabeni ngasinye. Izindleko zokuqala zamabhethri e-Lithium zingase zibe phezulu, kodwa izindleko zomjikelezo wokuphila ziphansi. Kuya ngokuthi iyiphi igrafu oyibheka kuqala, ungafinyelela iziphetho ezihluke kakhulu mayelana nokuthi ibuphi ubuchwepheshe bebhethri obubiza kakhulu. Izindleko zokuqala zebhethri zibalulekile uma wenza ibhajethi yesistimu, kodwa kungaba nombono omfushane ukugxila kuphela ekugcineni izindleko zokuqala ziphansi lapho ibhethri elibiza kakhulu lingonga imali (noma inkinga) ngokuhamba kwesikhathi. 
I-Lithium Iron vs. AGM Amabhethri weSolar Iphuzu elibalulekile lapho ucabangela phakathi kwe-lithium iron nebhethri ye-AGM yesitoreji sakho selanga lizokwehla ngentengo yokuthenga. Amabhethri e-AGM nama-lead-acid ayindlela yokugcina ugesi ezanyiwe neyiqiniso eza ngengxenye yezindleko ze-lithium. Nokho, lokhu kungenxa yokuthi amabhethri e-lithium-ion ngokuvamile ahlala isikhathi eside, anamahora amaningi e-amp asebenziseka kalula (amabhethri e-AGM angasebenzisa kuphela cishe u-50% womthamo webhethri), futhi asebenza kahle kakhulu, aphephile, futhi alula kunamabhethri e-AGM. Ngenxa yesikhathi eside sokuphila, amabhethri e-lithium asetshenziswa njalo azoholela ezindlekweni ezishibhile ngomjikelezo ngamunye kunamabhethri amaningi e-AGM. Ezinye zeziqongo zamabhethri e-lithium aneziqinisekiso neminyaka eyi-10 noma imijikelezo engu-6000. Osayizi Bebhethri Lelanga Usayizi webhethri lakho ngokuqondile uhlobene nenani lamandla elanga ongawagcina futhi uwasebenzise ubusuku bonke noma usuku oluguqubele. Ngezansi, ungabona amanye amasayizi ebhethri elanga ajwayelekile esiwafakayo nokuthi angasetshenziselwa yini amandla. ●5.12 kWh – Isiqandisi + Izibani zokucima kukagesi okwesikhashana (ukushintsha umthwalo ezindlini ezincane) ●10.24 kWh – Isiqandisi + Izibani + Ezinye Izinto zikagesi (ukushintsha umthwalo ezindlini eziphakathi nendawo) ●18.5 kWh – Ifriji + Izibani + Okunye Imishini + Ukusetshenziswa kwe-HVAC ekhanyayo (ukushintsha umthwalo ezindlini ezinkulu) ●37 kWh – Amakhaya amakhulu afuna ukusebenza njengokujwayelekile ngesikhathi sokucisha kwegridi (ukushintsha umthwalo ezindlini ze-xl) I-BSLBATT Lithiumiyisistimu yebhethri ye-Lithium-Ion engu-100%, engu-19 amayintshi. Isistimu eshumekiwe ye-BSLBATT®: lobu buchwepheshe bushumeka ubuhlakani be-BSLBATT obunikeza imodularity emangalisayo nokuqina ohlelweni: I-BSLBATT ingaphatha i-ESS ibencane njengo-2.5kWh-48V, kodwa ingafinyelela kalula ku-ESS enkulu engaphezu kuka-1MWh-1000V. 
I-BSLBATT Lithium inikeza ububanzi bephakethe lebhethri le-12V, 24V, kanye ne-48V Lithium-Ion ukuze kuhlangatshezwane neningi lezidingo zamakhasimende ethu. Ibhethri le-BSLBATT® linikeza izinga eliphezulu lokuphepha nokusebenza ngenxa yokusetshenziswa kwesizukulwane esisha se-lithium iron phosphate Square aluminium shell cell, ephethwe uhlelo oludidiyelwe lwe-BMS. I-BSLBATT® ingahlanganiswa ngochungechunge (i-4S esiphezulu) futhi ihambisane (kufika ku-16P) ukuze kwandiswe ama-voltage okusebenza namandla agciniwe. Njengoba amasistimu ebhethri eqhubeka nokuthuthuka, sizobona abantu abaningi abasebenzisa lobu buchwepheshe futhi silindele ukubona imakethe ithuthuka futhi ivuthwa, njengoba sibonile nge-photovoltaic solar eminyakeni eyi-10 edlule.
Isikhathi sokuthumela: May-08-2024