ZANIN FASAHA ● Kunna/kashe Canja wurin sarrafawa. ● Smart BMS tare da aikin RS485/CAN. ya dace da mafi yawan inverter a kasuwa, kamar Growatt, Goodwe, Deye, Luxpower, SRNE da sauransu. ● Sanyaya iska da ƙirar shimfidar wuri mai zafi mai zafi. ● Ƙarin kwanciyar hankali da aminci cikin amfani.ZANIN MALALA ● Modular zane yana ba da damar haɓaka duk lokacin da kuke so. ● 5/10kwh nau'i biyu na zaɓi ne, kuma ana iya haɗa shi Max 15 raka'a a layi daya don samun ƙarin ƙarfin makamashi. ● Shigar da samfurin yana da sauƙi kuma mai dacewa, kuma sabis na abokin ciniki yana jagorantar shigarwa, don haka babu buƙatar damuwa game da wahalar shigarwa.Takaitaccen bayani game da baturin 51.2V 100AH ​​200Ah 10kwh Powerwall LiFePO4 kamar haka+51.2Vjerin wutar lantarki sun haɗa da51.2V200ah LifePO4 baturi,51.2V 200Ah LifePO4 baturi. Matsakaicin ƙarfin lantarki na yau da kullun shine 51.2V. Jimlar ita ce ajiyar wutar lantarki ta 10kwh da ajiyar wutar lantarki ta 5kwh + Matsayi mai zurfi LiFePO4 baturi don yin wannan bangon wutar lantarki na 5kw / bangon wutar lantarki na 10kw fiye da rayuwar sake zagayowar sau 6000 + Kyakkyawan bangon bangon bango tare da launi baki da fari, bangon bango a cikin gidan ku , ba kawai a matsayin tsarin wutar lantarki ba, kuma yana kama da kayan ado na zamani. Tsarin ajiyar makamashi na zamani da abin dogaro a cikin gidan ku! + Smart BMS da aka gina a ciki, tare da 100A max ci gaba da fitarwa na yanzu. Ana iya haɗa tsarin makamashin hasken rana 5kw + Bayan haka, ana iya haɗa wannan bangon wutar lantarki na 48V a layi daya har zuwa raka'a 15. Don haka za ku iya yin 48V 10kw tsarin ajiyar hasken rana, tsarin ajiyar makamashi na 20kw, da ƙari + Wannan bangon wutar lantarki na 51.2V ya dace da Growatt, Goodwe, SMA, Deye, Luxpower, Voltronicpower, Victron Energy, SRNE inverter da sauransu ta hanyar RS485/CAN sadarwa + 5kwh / 10kwh bangon wutar lantarki za a yi amfani da shi sosai azaman tsarin wutar lantarki, motocin RV, tsarin adana makamashin hasken rana, batirin UPS baya kuma galibi duk aikace-aikacen baturi da zaku iya tunanin, yi amfani da shi don tabbatar da cewa koyaushe kuna cikin iko. A halin yanzu, Wutar Lantarki yana nufin ma'anar tsaro, dama!

1. Menene bambanci tsakanin baturin lithium-ion da baturi na yau da kullum? Batirin lithium yana da fasalin ginin sel na farko. Wannan yana nufin cewa ana amfani da su guda ɗaya-ko ba za a iya caji su ba. Batirin ion, a gefe guda, yana da fasalin gina tantanin halitta na biyu. Wannan yana nufin cewa ana iya yin caji da amfani da su akai-akai.2. Menene baturin lithium-ion kuma yaya yake aiki? Anode da cathode suna adana lithium. Electrolyte yana ɗaukar ion lithium masu inganci daga anode zuwa cathode kuma akasin haka ta hanyar mai raba. Motsi na lithium ions yana haifar da electrons kyauta a cikin anode wanda ke haifar da caji a mai karɓa na yanzu mai kyau.3. Menene batirin lithium-ion ake amfani dasu?A halin yanzu ana amfani da batirin lithium-ion a mafi yawan kayan lantarki masu ɗaukar nauyi kamar wayoyin hannu da kwamfyutoci saboda yawan ƙarfinsu na kowace raka'a dangane da sauran tsarin ajiyar makamashin lantarki.4. Menene rashin lahani na batir lithium? Duk da fa'idarsa gabaɗaya, lithium-ion yana da nasa drawbacks. Yana da rauni kuma yana buƙatar kewayar kariya don kiyaye aiki mai aminci. An gina shi cikin kowane fakitin, kewayawar kariyar tana iyakance mafi girman ƙarfin kowane tantanin halitta yayin caji kuma yana hana ƙarfin lantarki daga faɗuwar ƙasa sosai akan fitarwa.5. Menene muhimman amfani guda 3 na lithium? Mafi mahimmancin amfani da lithium shine a cikin batura masu caji don wayoyin hannu, kwamfutar tafi-da-gidanka, kyamarar dijital da motocin lantarki. Hakanan ana amfani da lithium a wasu batura marasa caji don abubuwa kamar na'urorin bugun zuciya, kayan wasan yara da agogo.6. Za a iya caji baturan lithium-ion? Batirin lithium-ion, a daya bangaren, ana iya caji. Muna kiran wannan nau'in tantanin halitta tantanin halitta na biyu. Wannan yana nufin cewa lithium ions na iya motsawa ta hanyoyi biyu: daga anode zuwa cathode yayin fitarwa kuma daga cathode zuwa anode lokacin caji.