Ƙarfafa Ayyukan Aikin Noma tare da Amintaccen Makamashin Lithium
Yayin da noma ke motsawa zuwa ga samar da wutar lantarki, mafi wayo, inganci, da kuma hanyoyin samar da wutar lantarki sun zama mahimmanci. Fasaha fakitin batirin lithium na Polinovel yana ba da ingantaccen aiki don injunan noma daban-daban, gami da tarakta, masu haɗa abinci, masu haɗa waya, da masu ɗaukar kaya. Waɗannan batura suna ba da ƙarfi mai dorewa, caji mai sauri, da ƙarancin farashin aiki, duk yayin haɓaka ƙarancin hayaƙi da ayyukan noma masu kula da muhalli. Polinovel yana ba da hanyoyin samar da wutar lantarki na musamman waɗanda aka keɓance da takamaiman buƙatun makamashi na ayyukan aikin gona daban-daban, yana haɓaka ingantaccen aiki na kayan aiki da abokantaka na muhalli. Tare, za mu iya tallafawa aikin noma mai dorewa a duk duniya.
5 Shekara
Garanti
24/7
Sabis na Kan layi
Shekara 10
Rayuwar baturi
IP54
Kariyar Kima
Batir Lithium Tsawon Rayuwa a Kayan Aikin Noma
Tsare-tsare na Gudanar da Zazzabi
Liquid Cooling Architecture
Babban tsarin sanyaya ruwa yana da mahimmanci don kiyaye mafi kyawun yanayin aiki a cikin fakitin baturi na lithium wanda ke shafar tsawon lokacin da baturin lithium zai kasance a cikin manyan aikace-aikacen aikin gona{0}. Tsarin sanyaya yana ɗaukar tashoshi serpentine tare da diamita na hydraulic na 5{7}}mm 10 da aka sanya su cikin farantin sanyi na aluminum. Adadin kwararar sanyi yawanci kewayo daga lita 5-15 a cikin minti daya, ta amfani da gaurayawan ruwan ethylene glycol-50/50 tare da masu hana lalata.
Ƙididdigar canja wurin zafi sun cimma 500-2000 W/m²K dangane da saurin kwarara da kuma geometry ta tashar. Tsarin yana kiyaye yanayin zafi na tantanin halitta tsakanin digiri 15-35 tare da daidaiton zafin jiki tsakanin digiri ± 3 a cikin fakitin. Motsin kuzarin ƙididdige ƙididdiga suna haɓaka shimfidar tashoshi don rage raguwar matsa lamba yayin haɓaka haɓakar zafi, mai mahimmanci don tantance tsawon lokacin da batirin lithium zai ƙare yayin ayyukan aikin gona mai ƙarfi.
Haɗin Kai Tsaye Canjin Mataki
Wasu fakitin baturi na noma sun haɗa da kayan canjin lokaci (PCMs) don sarrafa yanayin zafi. Paraffin{1} PCM na tushen tare da maki mai narkewa tsakanin 35{3}} digiri 45 an lullube su a cikin kwantena na aluminium ko maɗaukakin polyethylene da aka sanya tsakanin samfuran baturi. Load ɗin PCM yawanci yana wakiltar 5-10% na jimlar nauyin fakitin, yana ba da buffer mai zafi yayin buƙatun wutar lantarki.
Tsarukan Zafafa Aiki
Ayyukan yanayin sanyi suna buƙatar tsarin dumama aiki don kula da fakitin baturi na lithium. Matsakaicin madaidaicin zafin jiki (PTC) ko fina-finan dumama juriya tare da yawan ƙarfin 100-500 W/m² an haɗa su cikin tsarin fakitin. Tsarin dumama yana kunna lokacin da zafin jiki ya faɗi ƙasa da digiri 5, yana cinye 2-5% na fakitin makamashi don kula da yanayin zafi mafi kyau. Wannan ƙarfin dumama yana tasiri sosai tsawon lokacin da baturin lithium zai kasance a cikin ayyukan noma na hunturu.
Ayyukan Tsarin Gudanar da Baturi
Algorithms na Ƙimar Jiha
Algorithms na ci gaba na ƙididdigewa na jihohi suna ƙayyade Yanayin Caji (SOC) da Jihar Lafiya (SOH) don fakitin baturi na lithium ta amfani da hanyoyi da yawa.Ƙididdigar Coulombtare da gyaran faifai yana ba da ƙimar ƙimar SOC na asali, wanda aka haɓaka ta Extended Kalman Filtering ko Kalman Tace mara ƙamshi don ingantacciyar daidaito. Algorithms sun haɗa samfuran da'irar daidai da nau'i-nau'i na RC da yawa don ɗaukar ƙarfin baturi a kowane lokaci daban-daban.
Ƙimar SOH tana amfani da fade iya aiki da bibiyar haɓakar juriya ta hanyar binciken iya aiki na lokaci-lokaci da ma'aunin impedance. Algorithms na koyon inji, musamman Dogon Short Short-Tsarin ƙwaƙwalwar ajiya (LSTM) cibiyoyin sadarwar jijiya, suna ƙara hasashen tsawon lokacin da batirin lithium zai kasance bisa tsarin amfani da tarihi da yanayin lalacewa.
Dabarun Daidaita Salon salula
Tsarukan daidaita ƙwayoyin sel masu aiki suna canja kuzari tsakanin sel ta amfani da canza sheka ko inductor{1}} tushen topologies. Matsakaicin ma'auni yawanci kewayo daga 1-5A tare da inganci na 85-95%. Algorithm ɗin daidaitawa yana hari bambance-bambancen ƙarfin lantarki da ke ƙasa 10mV tsakanin sel yayin lokutan hutu da 50mV yayin aiki. Ingantacciyar daidaitawa tana ƙara tsawon rayuwar fakitin baturin lithium ta hanyar hana ɓarnawar kwayar halitta ɗaya daga iyakance aikin fakitin gabaɗaya.
Ka'idojin Sadarwa
BMS na sarrafa fakitin baturin lithium kuma yana sadarwa tare da sassan sarrafa abin hawa ta amfani da ka'idojin CAN 2.0B ko CAN FD a baudrates na 250-500 kbps. Abubuwan fifikon saƙo suna bin ka'idodin SAE J1939 don kayan aikin noma, tare da mahimman saƙonnin aminci waɗanda aka ba da fifiko mafi girma. Ka'idojin bincike suna aiwatar da ISO 14229 (UDS) ko SAE J1939-73 don magance matsala da ayyukan kulawa.
Dabarun Inganta Ayyuka
Haɓaka Bayanan Bayanan Caji
Multi{0}}matakin CC-Sharuɗɗan CV suna daidaita ƙimar caji dangane da zafin jiki da SOH, suna yin tasiri sosai akan tsawon rayuwar baturi.
• Mataki na 1: 0.2-0.5C kudi har zuwa 20% SOC
• Mataki na 2: 0.5-1C ƙimar daga 20-80% SOC
• Mataki na 3: Tapering halin yanzu daga 80-100% SOC
Zurfin Gudanar da Fitarwa
Yin aiki da windows yawanci yana kula da 10-90% SOC don hawan keke na yau da kullun, tare da cikakken caji lokaci-lokaci don daidaitawa.
Iyakance DOD zuwa 70% na iya ninka rayuwar sake zagayowar idan aka kwatanta da 100% DOD aiki.
Gyaran Birki
Tsarin yana dawo da kuzarin motsa jiki yayin birki kuma adana shi a cikin fakitin baturin lithium, tare da matsakaicin ikon sake haɓakawa wanda ya kai 50-100 kW don manyan motoci.
Gudanarwa mai kyau yana rage yawan samar da makamashi gaba ɗaya kuma yana tsawaita rayuwar baturi.
Mu kwararrun masana'antun batir ne da masu ba da kayan aikin noma a China. Idan za ku siyar da baturin kayan aikin gona na musamman, maraba don samun ƙarin bayani daga masana'anta. Don tuntuɓar farashin, tuntuɓe mu.
Shahararrun Kayayyaki
