Adana Baturi - Yadda yake Aiki
Tsarin PV mai amfani da hasken rana yana canza hasken rana zuwa wutar lantarki wanda ake amfani dashi ta atomatik don cajin tsarin ajiyar baturi da kuma kunna dukiya kai tsaye, tare da duk wani abin da ya wuce gona da iri ana mayar da shi zuwa grid.Kowa
gazawar wuta, kamar lokutan amfani ko kuma da daddare, baturi ne ke ba da shi da farko sannan mai samar da makamashi ya cika shi idan baturin ya ƙare ko ya yi lodi da buƙata.
Solar PV yana aiki ne akan ƙarfin haske, ba zafi ba, don haka ko da rana tana da sanyi, idan akwai haske tsarin zai kasance yana samar da wutar lantarki, don haka tsarin PV zai samar da wutar lantarki duk shekara.
Yawan amfani da makamashin PV da aka samar shine 50%, amma tare da ajiyar baturi, amfani zai iya zama 85% ko mafi girma.
Saboda girman da nauyin batura, sau da yawa suna tsayawa a ƙasa kuma an tsare su da bango.Wannan yana nufin sun fi dacewa don shigarwa a cikin garejin da aka haɗe ko makamancin irin wannan wuri, amma ana iya la'akari da madadin wurare irin su lofts idan ana amfani da takamaiman kayan aiki.
Tsarukan ajiyar batir ba su da wani tasiri akan Ciyarwa a cikin kuɗin kuɗin fito saboda kawai suna aiki azaman ma'ajin wutar lantarki na ɗan lokaci don a yi amfani da su da kuma ƙididdige su a waje da lokacin tsarawa.Bugu da ƙari, kamar yadda wutar lantarkin da ake fitarwa ba a ƙididdigewa ba, amma ana ƙididdige shi azaman kashi 50% na tsararraki, wannan kuɗin shiga ba zai taɓa faruwa ba.
Kalmomi
Watts da kWh - A watt naúrar ikon da ake amfani da ita don bayyana ƙimar canja wurin makamashi game da lokaci.Mafi girman ƙarfin abu na wutar lantarki da ake amfani da shi.A
Awanni kilowatt (kWh) shine watts 1000 na makamashi da ake amfani da su / samarwa akai-akai na awa daya.Ana wakilta kWh sau da yawa azaman “naúrar” wutar lantarki ta masu samar da wutar lantarki.
Ƙarfin Caji/Cikin Cajin - Adadin da wutar lantarki za ta iya caji a cikin baturi ko fitarwa daga gare ta zuwa kaya.Wannan darajar yawanci ana wakilta a cikin watts, mafi girma da wattage ya fi tasiri wajen samar da wutar lantarki a cikin dukiya.
Zagayowar Cajin - Tsarin yin cajin baturi da fitar da shi kamar yadda ake buƙata cikin kaya.Cikakken caji da fitarwa suna wakiltar zagayowar, tsawon rayuwar baturi galibi ana ƙididdige shi cikin zagayowar caji.Za a tsawaita rayuwar baturi ta hanyar tabbatar da cewa baturin yana amfani da cikakken kewayon zagayowar.
Zurfin Fitarwa - Ana wakilta ƙarfin ajiyar baturi a cikin kWh, duk da haka ba zai iya fitar da duk ƙarfin da yake adanawa ba.Zurfin fitarwa (DOD) shine yawan adadin ajiya wanda akwai don amfani.Batirin 10kWh mai 80% DOD zai sami 8kWh na ikon amfani.
Duk mafita YIY Ltd suna ba da batir Lithium Ion amfani maimakon Acid Lead.Wannan saboda baturan lithium sune mafi yawan ƙarfin kuzari (ƙarfi / sararin samaniya), sun inganta hawan keke kuma suna da zurfin fitarwa fiye da 80% maimakon 50% don gubar acid.
Tsarin da ya fi dacewa yana da girma, Ƙarfin fitarwa (> 3kW), Cajin Cycles (> 4000), Ƙarfin Ƙarfafawa (> 5kWh) da Zurfin Fitar (> 80%
Adana Baturi vs Ajiyayyen
Adana baturi a cikin mahallin tsarin Solar PV na cikin gida, shine tsarin adana wutar lantarki da aka samar na ɗan lokaci a cikin lokutan wuce gona da iri, da za a yi amfani da su cikin lokaci.
lokacin da tsararru bai kai yawan amfani da wutar lantarki ba, kamar da daddare.A koyaushe ana haɗa tsarin zuwa grid kuma an tsara batura don caji akai-akai da fitarwa (Cycles).Adana baturi yana ba da damar ingantaccen amfani da kuzarin da aka samar.
Tsarin ajiyar baturi yana ba da damar amfani da wutar lantarki da aka adana a yayin da aka yanke wuta.
Da zarar tsarin ya rabu da grid za a iya kunna shi don kunna gidan.
Koyaya, yayin da abin da ake fitarwa daga baturi ya iyakance ta ƙarfin fitarwa, ana ba da shawarar sosai don ware manyan da'irori masu amfani a cikin kayan don hana yin lodi.
An ƙera batir ɗin ajiya don adana wutar lantarki na dogon lokaci.
Idan aka kwatanta da mitar gazawar grid, abu ne mai wuya ga masu amfani su zaɓi ma'ajin da aka kunna wariyar ajiya saboda ƙarin matakan da ake buƙata.
Lokacin aikawa: Dec-15-2017