usayizi omncane, uphephile futhi akukho ukunakekelwa.
Kungani Uthuthukisa Amandla Enqola Yegalofu
Isuka Ebhethrini Le-lead-Acid Kuya Ebhethri Le-lithium?
KUSHAJISWA IBATTERY
Ibhethri le-Lead Acid
Ukusebenza kahle kokushaja kwalolu hlobo lwebhethri kuphansi - kuphela i-75%! Ibhethri le-lead-acid lidinga amandla amaningi okushajwa kunalawo eliwalethayo. Amandla engeziwe asetshenziselwa ukufakwa kwegesi kanye nokuxuba i-asidi ngaphakathi. Le nqubo ifudumeza ibhethri futhi ihwamulise amanzi ngaphakathi, okuholela esidingweni sokugcwalisa ibhethri ngamanzi a-distilled (demineralised).
Ukushajwa kabusha kwe-lead-acid kunemikhawulo enzima kanye nenani lamaphuzu abalulekile. Nazi ezibaluleke kakhulu:
· Ukushaja okusheshayo noma ingxenye ethile yonakalisa ibhethri le-asidi yomthofu
· Izikhathi zokushaja zinde: kusuka emahoreni ayisi-6 kuye kwayi-8
· Ishaja ayikuqoqi ulwazi olugcwele ngebhethri. Ihlola i-voltage kuphela, futhi lokho akwanele. Ukushintsha kwezinga lokushisa kuthinta iphrofayela yokushajwa kabusha, ngakho-ke uma izinga lokushisa lingalinganiswa, ibhethri ngeke lishaje ngokuphelele ebusika futhi lizokhipha umoya kakhulu ehlobo.
· Ishaja engalungile noma ukusetha kunciphisa impilo yebhethri
· Ukungalungiswa kahle kuzonciphisa impilo yebhethri
Ibhethri le-Lithium ion
Amabhethri e-lithium-ion "angashajwa" afike ku-100% womthamo.
Ibhethri ye-lithium yonga kubhili yakho kagesi, njengoba isebenza kahle ngokufika ku-96% futhi yamukela kokubili ukushajwa okungaphelele nokushesha.
Ukushaja
Ibhethri ye-lithium yonga kubhili kagesi ngokusebenza kahle okungafika ku-96%.
Ibhethri ye-lithium yamukela ukushajwa okungaphelele nokushajwa okusheshayo.
Emaminithini angu-25 singashaja u-50% webhethri.
Lithium Battery
Amabhethri e-Lithium-Ion awanakekelwa kahle futhi awakhiqizi igesi.
Lokhu kuqeda noma yiziphi izindleko ezengeziwe.
Isebenza kahle nje.
Ibhethri le-lithium lingashajwa libe ngu-50% umthamo ngemizuzu engama-25 kuphela.
Isici esisha se-JB BATTERY sinika amandla amakhasimende ethu ukuthi ahlomise amadivayisi awo ngamandla ebhethri afakiwe aphansi kunomthamo odingekayo ngamabhethri e-lead-acid, ngoba amabhethri e-lithium angashajwa ngokuphindaphindiwe ngesikhathi esifushane.
Amasistimu kagesi ngaphakathi kwebhethri alawula ishaja ngendlela efanele, ukuze ikwazi ukuletha amandla akhona kanye ahambisana nemingcele yangaphakathi (amandla kagesi, izinga lokushisa, izinga lokushaja, njll ...). Uma ikhasimende lixhuma ishaja yebhethri engafanele, ibhethri ngeke lisebenze futhi ngaleyo ndlela livikeleke ngokugcwele.
ISISINDO SEBHATHI
Ibhethri le-Lead Acid: 30Kg nge-kWh
Ibhethri le-lithium ion: 6Kg nge-kWh
Ngokwesilinganiso, amabhethri e-Lithium-Ion anesisindo esingaphansi ngokuphindwe kahlanu kunebhethri elijwayelekile le-lead acid.
5 izikhathi lula
IBHATHARI YE-ACID EHOLA
30Kg nge-kWh
48v 100Ah ibhethri yenqola yegalofu ye-Lead-Acid
IBHATHI YE-ITHIUM-ION
6Kg nge-kWh
48v 100Ah LiFePO4 ibhethri yenqola yegalofu
isondlo
Ibhethri le-lead acid: ukugcinwa okuphezulu nezindleko zesistimu. Ukugcinwa okuvamile kungenye yezindleko ezinkulu, njengoba kuhlanganisa ukugcwalisa amanzi, ukugcina uhlelo lokugcwalisa, nokukhipha i-oxide ezakhini nasezikhungweni.
Kungaba iphutha elikhulu ukunganaki ezinye ezi-3, izindleko ezifihliwe:
1. Izindleko zengqalasizinda: amabhethri e-lead-acid akhipha igesi ngenkathi eshaja ngakho-ke kumele ashajwe endaweni enikezelwe yona. Iyini izindleko zalesi sikhala, esingasetshenziselwa ezinye izinjongo?
2. Izindleko zokulahla igesi: igesi ekhishwa amabhethri e-lead-acid akumele ihlale ngaphakathi kwendawo yokushaja. Kumelwe isuswe ngaphandle ngezinhlelo ezikhethekile zokungenisa umoya.
3. Izindleko zokususa amaminerali emanzini: ezinkampanini ezincane, lezi zindleko zingafakwa ekunakekelweni okuvamile, kodwa ziba izindleko ezihlukile ezinkampanini eziphakathi kuya kwezinkulu. Ukususa amaminerali emanzini kuyindlela edingekayo yokwelapha amanzi asetshenziselwa ukugcwalisa amabhethri e-lead-acid.
Ibhethri le-lithium ion: akukho izindleko zengqalasizinda, akukho gesi futhi akukho sidingo samanzi, okususa zonke izindleko ezengeziwe. Ibhethri lisebenza nje.
IMPILO YENKONZO
Amabhethri e-lithium-ion ahlala isikhathi eside izikhathi ezi-3-4 kunamabhethri e-lead-acid, ngaphandle kokulahlekelwa ukusebenza kahle ngokuhamba kwesikhathi.
UKUPHEPHA, UKUVIKELA AMANZI KANYE NOKUKHIPHA
Amabhethri e-lead acid awanazo izinto zokuphepha, awavaliwe, futhi akhulula i-hydrogen ngesikhathi sokushaja. Eqinisweni, ukusetshenziswa kwabo embonini yokudla akuvunyelwe (ngaphandle kwezinguqulo ze-"gel", ezingasebenzi kahle nakakhulu).
Amabhethri e-lithium awakukhiphi, alungele zonke izinhlelo zokusebenza (futhi ayatholakala ku-IP67) futhi afaka amasistimu okulawula ahlukene angu-3 avikela ibhethri:
1. Ukunqanyulwa okuzenzakalelayo, okunqamula ibhethri lapho umshini/imoto ingasebenzi futhi kuvikela ibhethri ekusetshenzisweni okungafanele yikhasimende.
2. Uhlelo lokulinganisa nokuphatha olukhulisa ukusebenza kahle kwebhethri
3. Uhlelo lwesilawuli kude esinesixwayiso esizenzakalelayo sezinkinga nokungasebenzi kahle
I-JB IBHATHA
Ibhethri le-JB BATTERY LiFePO4 lenqola yegalofu liyi-lithium ephephe kakhulu kune-Lead-Acid. Njenganamuhla, kunengozi evela embikweni wamabhethri e-JB BATTERY. Sibheka ukuphepha kwamakhasimende ethu njengento ebalulekile, ngakho amabhethri ethu e-LiFePO4 asezingeni eliphezulu kakhulu, hhayi ukusebenza okungcono kuphela, futhi aphephile kangcono.
