Gabatarwa: Catherine von Berg, Shugabar Kamfanin Batirin California, ta tattauna dalilin da ya sa take ganin lithium iron phosphate zai zama babban sinadarin a nan gaba.
Mai sharhi a Amurka Wood Mackenzie ya kiyasta a makon da ya gabata cewa nan da shekarar 2030, lithium iron phosphate (LFP) zai maye gurbin lithium manganese cobalt oxide (NMC) a matsayin babban sinadarin adana makamashi mai tsayawa. Duk da cewa wannan hasashe ne mai girma, Simpliphi na neman haɓaka wannan sauyi cikin sauri.
Shugabar kamfanin Simpliphi Catherine Von Burg ta ce: "Akwai wani muhimmin abu da ke shafar masana'antar, wanda zai iya zama da wuya a tantance ko a fahimta. Wannan yana da alaƙa da haɗarin da ke ci gaba da faruwa: gobara, fashewa, da sauransu suna ci gaba da faruwa saboda sinadaran NMC, waɗanda ke ɗauke da sinadarin lithium ion mai tushen cobalt."
Von Burg ya yi imanin cewa ba a gano mummunan yanayin sinadarin cobalt a cikin sinadaran batir ba ne kawai kwanan nan. A cikin shekaru goma da suka gabata, mutane sun ɗauki matakai don rage amfani da cobalt da yuwuwar lalacewarsa. Baya ga haɗarin da ke tattare da cobalt a matsayin ƙarfe, hanyar da masana'antar ke samun cobalt yawanci ba ta dace ba.
Mai kamfanin adana makamashi da ke California ya ce: "Gaskiyar magana ita ce, sabbin kirkire-kirkire a cikin lithium ion sun dogara ne akan cobalt oxide. Da ci gaban masana'antar, shiga shekarar 2011/12, (masana'antun sun fara) ƙara manganese da nickel Da sauran karafa don taimakawa wajen rage ko rage manyan haɗarin da cobalt ke haifarwa."
Dangane da ci gaban juyin juya halin sinadarai cikin sauri fiye da yadda ake tsammani, Simpliphi ya ba da rahoton cewa duk da tasirin annobar, tallace-tallacensa sun karu da kashi 30% a shekara zuwa 2020. Kamfanin ya danganta wannan gaskiyar ga abokan ciniki da ke son aminci da juriya mai guba da kuma samar da wutar lantarki mai aminci. Akwai kuma wasu manyan kwastomomi a cikin jerin. Simpliphi ya sanar da wannan shekarar wani aikin adana makamashin batir tare da kamfanonin samar da wutar lantarki na AEP da Pepco.
Kamfanin AEP da Kamfanin Southwest Electric Power sun kafa wani gwaji na tsarin ajiyar makamashi mai wayo wanda ba shi da sinadarin cobalt, tsarin ajiyar makamashi mai wayo da kuma tsarin hasken rana. Wannan gwaji ya yi amfani da batirin Simpliphi 3.8 kWh, inverter da kuma mai sarrafa Heila a matsayin tsarin sarrafa batir da makamashi. Ana sarrafa waɗannan albarkatun ta hanyar Heila Edge sannan a haɗa su zuwa hanyar sadarwa mai wayo da aka rarraba, wadda kowace mai sarrafa wutar lantarki ta tsakiya za ta iya amfani da ita.
A cikin hasashen hanzarta juyin juya halin batirin, Von Burg ta nuna sabon samfurin kamfaninta, batirin amplifier mai ƙarfin 3.8 kWh, wanda ke da tsarin gudanarwa na musamman wanda ke ƙididdigewa da canza alamomi zuwa algorithms, kariya, sa ido, da bayar da rahoto. Kulawa, takaddun shaida da aikin daidaitawa.
Babban jami'in gudanarwa ya ce: "Lokacin da muka shiga kasuwa, kowanne daga cikin batirinmu yana da BMS (Tsarin Gudanar da Baturi), kuma hanyar sadarwa ta dogara ne akan lanƙwasa na wutar lantarki." A wata ma'anar, wannan shine sarrafa batirin ciki mai wayo don inganta aiki. Yayin da kasuwa ke haɓakawa da shiga cikin ayyukan amfani, muna buƙatar samun ƙarin haɗin kai da hankali da aka dasa a cikin BMS, don batirinmu su iya wuce lanƙwasa na wutar lantarki na inverter da mai sarrafa caji mai maki tare da bayanai na dijital da kayan haɗin kai, misali, mai sarrafa shafin micro-smart grid".
A lokaci guda, shugaban kamfanin ya ce: "BMS na wannan batirin amplifier wani abu ne da muka shafe kusan shekara guda muna nazari a kai. Batirin yana aiki tare ta atomatik. Ba lallai ba ne a gaya mana ko batirin lamba 1 ne ko lamba 100. Akwai caji na inverter a wurin. An riga an tsara shi don ya yi magana da yaren inverter kuma ana iya daidaita shi."
Lokacin Saƙo: Satumba-16-2020