φ46mm 4.2V 6Ah HUC matasan ultra capacitor sel
Bayanin Samfura
Domin gyara ga gazawar lithium-ion aminci baturi, ikon yi da kuma yawan zafin jiki yi, matasan ultra-capacitor (HUC) a kimiyance da kuma daidai hade supercapacitor fasaha da lithium-ion fasahar baturi (daidaici zane a cikin foda), da kuma nuni duka biyu. Babban ikon halayen EDLC da manyan halayen ƙarfin baturi na lithium-ion.GMCC inganta kayan da tsarin electrochemical, da kuma ɗaukar duk-pole kunne Laser waldi fasaha don cimma matsananci-ƙananan ciki juriya, matsananci-high AMINCI, da thermal management-tsarin tsarin tsara abũbuwan amfãni;Dangane da halaye na waje na cajin layi da madaidaicin fitarwa, SOC da caji da sarrafa sarrafa fitarwa daidai suke.Ta hanyar daidaita ƙarfin saman ƙasa da rabon N/P, ana inganta ma'auni mai kyau da mara kyau don guje wa juyin halittar lithium mara kyau, kuma tantanin baturi ya fi aminci a cikin aiwatar da caji.6Ah HUC cell za a iya amfani da 12V cranking, 12V ADAS madadin, 48V MHEV, High Voltage HEV, FCEV da sauran abin hawa kasuwanni.
Ƙimar Lantarki
| Abu | Daidaitawa | Lura | |
| 1 iyawa | 6 ahh | 1.0 I1 fitarwa | |
| 2 Matsakaicin ƙarfin lantarki | 3.7v | ||
| 3 Juriya na ciki | ≤0.55mΩ | @25℃, 50% SOC, 1kHz AC | |
| 4 Cajin yankan wutan lantarki | 4.20 V | ||
| 5 Fitar da wutar lantarki | 2.80 V | @25 ℃ | |
| 6 Max ci gaba da cajin halin yanzu | 120A | ||
| 7 Max 10s caji na yanzu | 300 A | @25 ℃, 50% SOC | |
| 8 Max ci gaba da fitarwa na yanzu | 180 A | ||
| 9 Max 10s fitarwa na yanzu | 480 A | @25 ℃, 50% SOC | |
| 10 Nauyi | 290± 10 g | ||
| 11 Yanayin aiki | Caji | -35 ~ +55 ℃ | |
| Zazzagewa | -40 ~ + 60 ℃ | ||
| 12 Yanayin ajiya | Wata 1 | -40 ~ + 60 ℃ | 50% SOC, caji sau ɗaya kowane watanni 3 |
| Wata 6 | -40 ~ + 50 ℃ | 50% SOC, caji sau ɗaya kowane watanni 3 | |
Bayyanar da girma
1.1 Girman iyaka
Ana nuna girman iyakar HUC a cikin hoto 1
Diamita: 45.6 mm (25 ± 2 ℃)
Tsayi: 94 mm (25 ± 2 ℃)
1.2 Bayyanar
Tsaftace saman ƙasa, babu ruwan ɗigon lantarki, babu ɓoyayyen ɓoyayyen ɓarna da lalacewar injina, babu nakasu, kuma babu wani lahani na zahiri.
Kewayon ayyuka
★Yi duk gwaje-gwaje tare da HUC a cikin kyakkyawar hulɗa tare da kayan gwajin.
5.1 Daidaitaccen yanayin gwaji
HUC don gwaji dole ne ya zama sabon (lokacin isarwa bai wuce wata 1 ba), kuma ba a caje/fiddawa fiye da hawan keke 5 ba.Yanayin gwaji a cikin ƙayyadaddun samfur banda sauran buƙatun na musamman shine 25 ± 2 ℃ da 65 ± 2% RH.Yanayin zafin jiki shine 25 ± 2 ℃ a cikin ƙayyadaddun bayanai.
5.2 Gwaji ma'aunin kayan aiki
(1) Ma'auni na kayan aunawa ya kamata ≥ 0.01 mm.
(2) Daidaiton multimeter don auna ƙarfin lantarki da halin yanzu kada ya zama ƙasa da matakin 0.5, kuma juriya na ciki kada ya zama ƙasa da 10kΩ / V.
(3) Ƙa'idar ma'auni na juriya na ciki ya kamata ya zama hanyar impedance AC (1kHz LCR).
(4) Daidaiton halin yanzu na tsarin gwajin kwayar halitta ya kamata ya kasance sama da ± 0.1%, daidaiton ƙarfin wutar lantarki ya kamata ya zama ± 0.5%, kuma daidaitaccen lokacin ya kamata ya zama ƙasa da ± 0.1%.
(5) Daidaiton kayan auna zafin jiki kada ya zama ƙasa da ± 0.5 ℃.
5.3 Daidaitaccen caji
Hanyar caji ita ce ta yau da kullun sannan kuma ana cajin wutar lantarki akai-akai a cikin 25± 2℃.Matsakaicin caji na yau da kullun shine 1I1(A), ƙarfin lantarki na cajin wutar lantarki akai-akai shine 4.2V.Kuma lokacin da yanke hukuncin halin yanzu ya ragu zuwa 0.05I1(A) yayin cajin wutar lantarki akai-akai, ana iya ƙare cajin, sannan tantanin halitta ya kamata ya tsaya na 1h.
5.4 Lokacin shiryawa
Idan babu buƙatu na musamman, lokacin caji da cajin HUC shine 60min.
5.5 Gwajin aikin farko
Ana nuna takamaiman abubuwan gwaji da ma'auni a cikin Table 2
| Lamba | Abu | Shirin gwaji | Daidaitawa |
| 1 | Bayyanar da girma | Duban gani da gani da kuma caliper | Babu bayyanannen karce, babu nakasu, babu kwararar electrolyte.Girma a cikin zane. |
| 2 | Nauyi | Ma'aunin nazari | 290± 10g |
| 3 | Wutar lantarki mai buɗewa | Auna wutar lantarki mai buɗewa a cikin 1h bayan caji bisa ga 5.3 | ≥4.150V |
| 4 | Ƙarfin fitarwa na asali | Yin caji zuwa 2.8V a halin yanzu na 1 I1 (A) a cikin 1h bayan caji bisa ga 5.3, da ƙarfin rikodin.Za a iya maimaita sake zagayowar da ke sama har sau 5.Lokacin da kewayon sakamakon gwaji guda uku a jere ya gaza kashi 3%, ana iya dakatar da gwajin a gaba kuma ana iya ɗaukar matsakaicin sakamakon gwajin guda uku. | 1 I1 (A) iya aiki ≥ iya aiki mara kyau |
| 5 | Matsakaicin cajin halin yanzu | Yin caji zuwa 2.8V a 1 I1(A) bayan caji bisa ga 5.3, da ƙarfin rikodin.Cajin na yau da kullun a n I1 (A) har sai ƙarfin lantarki ya zama 4.2V, sannan kuma ana yin caji akai-akai a 4.2V har sai na yanzu ya faɗi zuwa 0.05 I1(A).50% SOC: fitarwa a 1I1 (A) don 0.5h bayan caji bisa ga 5.3, cajin halin yanzu a n I1 (A) har sai ƙarfin lantarki shine 4.2V | 20 I1 (A) (cajin ci gaba / fitarwa) 50 I1 (A) (10s, 50% SOC) |
| 6 | Matsakaicin fitarwa na halin yanzu | Yin caji zuwa 2.8V a 1 I1(A) bayan caji bisa ga 5.3, da ƙarfin rikodin.Yin caji a 1I1(A) da fitarwa zuwa 2.8V a n I1(A).50% SOC: fitarwa a 1I1 (A) don 0.5h bayan caji bisa ga 5.3, fitarwa a n I1 (A) har sai ƙarfin lantarki shine 2.8V. | 30 I1 (A) (cajin ci gaba / fitarwa) 80 I1 (A) (10s, 50% SOC) |
| 7 | Rayuwar zagayowar caji/fitarwa | Cajin: bisa ga 5.3 fitarwa: fitarwa a 1I1 (A) har sai da ƙarfin lantarki ne 2.8V Keke keke fiye da sau 5000, da iya yin rikodi | Ƙarfin Ƙarfin Ƙarfi≥80% Ƙarfin Ƙarfafa Ƙarfafa Ƙarfafa Ƙarfafawa ≥0.5MWh |
| 8 | Ikon riƙe caji | Bayan caji bisa ga 5.3, tsaya a bude kewaye a 25 ± 2 ℃ don 30d, sa'an nan kuma m halin yanzu fitarwa a 1 I1 (A) har sai da ƙarfin lantarki ne 2.8V da rikodi iya aiki.Bayan caji bisa ga 5.3, tsaya a high-zazzabi. hukuma a 60 ± 2 ℃ for 7d, sa'an nan discharging a 1 I1 (A) har sai da irin ƙarfin lantarki ne 2.8V bayan tsayawa a dakin zafin jiki na 5h da rikodi damar. | Capacity≥90% iya aiki mara kyau |
| 9 | Ƙarfin zafin jiki | Bayan caji bisa ga 5.3, tsaya a high-zazzabi hukuma a 60 ± 2 ℃ for 5h, sa'an nan fitarwa a 1 I1 (A) har sai da irin ƙarfin lantarki ne 2.8V da rikodi damar. | Capacity≥95% iya aiki mara kyau |
| 10 | Ƙarfin zafin jiki | Bayan caji bisa ga 5.3, tsaya a cikin ƙananan zafin jiki hukuma a -20 ± 2 ℃ na 20h, sa'an nan fitarwa a 1 I1 (A) har sai da irin ƙarfin lantarki ne 2.8V da rikodi damar. | Capacity≥80% iya aiki mara kyau |
| 11 | Ƙananan matsa lamba | Bayan caji bisa ga 5.3, sanya tantanin halitta a cikin ƙananan ma'auni, kuma daidaita matsa lamba zuwa 11.6kPa, zafin jiki shine 25 ± 2 ℃, tsaya ga 6h.Kula don 1h. | Babu wuta, fashewa da yabo |
| 12 | Gajeren kewayawa | Bayan caji bisa ga 5.3, Haɗa ingantattun sanduna mara kyau da mara kyau na tantanin halitta na minti 10 ta kewayen waje.Juriya na kewayen waje yakamata ya zama ƙasa da 5mΩ.Kula don 1h. | Babu wuta da fashewa |
| 13 | Yawan caji | Bayan caji bisa ga 5.3, cajin yau da kullun a 1 I1 (A) har sai ƙarfin lantarki shine sau 1.5 na ƙarfin ƙarewar caji da aka ƙayyade a cikin ƙayyadaddun ko lokacin caji ya kai 1h.Kula don 1h. | Babu wuta, fashewa da yabo |
| 14 | Yawan zubar da ruwa | Bayan caji bisa ga 5.3, yin caji a 1 I1 (A) na 90min.Kula don 1h. | Babu wuta da fashewa |
| 15 | Zafi | Bayan caji bisa ga 5.3, sa tantanin halitta a cikin zafin jiki hukuma, wanda ya karu daga dakin zafin jiki zuwa 130 ℃ ± 2 ℃ a cikin kudi na 5 ℃ / min, da kuma daina dumama bayan kiyaye wannan zafin jiki na 30min.Kula don 1h. | Babu wuta da fashewa |
| 16 | Acupuncture | Bayan caji bisa ga 5.3, Saka tantanin halitta da aka haɗa tare da thermocouple a cikin murfin hayaƙi, kuma amfani da allurar ƙarfe mai jure zafin jiki na Φ5.0 ~ Φ8.0mm (kusurwar mazugi na tip ɗin allura shine 45 ° ~ 60 °, kuma surface na allura ne santsi, free of tsatsa, oxide Layer da Oil gurbatawa), a gudun 25 ± 5 mm / s, shiga daga shugabanci perpendicular zuwa electrode farantin cell, da shigar azzakari cikin farji ya zama kusa da cibiyar geometric na saman da aka huda, kuma allurar karfe tana tsayawa a cikin tantanin halitta.Kula don 1h. | Babu wuta da fashewa |
| 17 | Extrusion | Bayan caji bisa ga 5.3, Matsa farantin tare da wani semi-cylindrical jiki tare da radius na 75mm da tsayi fiye da girman tantanin halitta, da kuma amfani da matsa lamba perpendicular zuwa shugabanci na cell farantin a gudun 5± 1 mm. /s.Lokacin da ƙarfin lantarki ya kai 0V ko nakasar ta kai 30% ko kuma tasha bayan ƙarfin extrusion ya kai 200kN.Kula don 1h. | Babu wuta da fashewa |
| 18 | Faduwa | Bayan caji bisa ga 5.3, tabbatacce da kuma mummunan tashoshi na tantanin halitta sun faɗi zuwa ƙasan siminti daga tsayin 1.5m.Kula don 1h. | Babu wuta, fashewa da yabo |
| 19 | Nitsar da ruwan teku | Bayan caji bisa ga 5.3, sanya tantanin halitta nutsewa a cikin 3.5 wt% NaCl (simulating abun da ke ciki na ruwan teku a yanayin zafi na al'ada) na 2h, kuma zurfin ruwa ya kamata ya kasance gaba ɗaya sama da tantanin halitta. | Babu wuta da fashewa |
| 20 | Zagayen yanayin zafi | Bayan caji bisa ga 5.3, sanya tantanin halitta a cikin ma'ajin zafin jiki.Ana daidaita zafin jiki bisa ga abin da ake buƙata a cikin 6.2.10 na GB / T31485-2015, da sake zagayowar sau 5.Kula don 1h. | Babu wuta da fashewa |
6.1 Caji
a) An haramta yin fiye da kima kuma ƙarfin caji bai kamata ya wuce 4.3V ba.
b) Babu cajin baya.
c) 15 ℃-35 ℃ shine mafi kyawun zafin jiki don caji, kuma bai dace da caji na dogon lokaci ba a zafin jiki da ke ƙasa 15 ℃.
6.2 Fitarwa
a) Ba a yarda da gajeriyar kewayawa ba.
b) Wutar lantarki kada ta kasance ƙasa da 1.8V.
c) 15 ℃-35 ℃ shine mafi kyawun zafin jiki don fitarwa, kuma bai dace da caji na dogon lokaci ba a zazzabi sama da 35 ℃.
6.3 Ka nisantar da tantanin halitta daga yara.
6.4 Adana da amfani
a) Don ajiyar ɗan gajeren lokaci (a cikin wata 1), ya kamata a sanya tantanin halitta a cikin yanayi mai tsabta tare da zafi ƙasa da 65% RH da zazzabi na -40 ℃ ~ 60 ℃.Rike yanayin cajin tantanin halitta shine 50% SOC.
b) Don adana dogon lokaci (a cikin watanni 6), yakamata a sanya tantanin halitta a cikin yanayi mai tsabta tare da zafi ƙasa da 65% RH da zazzabi na -40 ℃ ~50℃.Rike yanayin cajin tantanin halitta shine 50% SOC.
c) Yi caji sau ɗaya kowane watanni 3
7 Gargadi
7.1 Kada a yi zafi, gyara ko wargaza tantanin halitta waɗanda ke da haɗari sosai kuma suna iya haifar da tantanin halitta ya kama wuta, zafi sama da ƙasa, yayyo electrolyte da fashe, da sauransu.
7.2 Kada a bijirar da tantanin halitta ga matsanancin zafi ko wuta, kuma kar a sanya tantanin halitta a cikin hasken rana kai tsaye.
7.3 Kada a haɗa tantanin halitta mai kyau da mara kyau kai tsaye tare da ƙarfe na wasu wayoyi, wanda zai haifar da gajeriyar kewayawa kuma yana iya haifar da tantanin halitta wuta ko ma fashewa.
7.4 Kada ku yi amfani da sanduna masu kyau da mara kyau a kife.
7.5 Kada a nutsar da tantanin halitta a cikin ruwan teku ko ruwa, kuma kada ku sanya shi hygroscopic.
7.6 Kada ka sa tantanin halitta ya ɗauki tasiri mai nauyi.
7.7 Kada kai tsaye walda tantanin halitta, zafi fiye da kima na iya haifar da nakasawa na sassan tantanin halitta (kamar gaskets), wanda zai haifar da kumburin tantanin halitta, yayyo electrolyte kuma ya fashe.
7.8 Kada a yi amfani da tantanin halitta wanda aka matse, ya faɗo, gajeriyar kewayawa, yatsa da sauran matsala.
7.9 Kar a tuntuɓi harsashi kai tsaye tsakanin sel ko haɗa su don samar da hanya ta madugu yayin amfani.
7.10 Ya kamata a adana tantanin halitta kuma a yi amfani da shi daga wutar lantarki.
7.11 Kada a yi amfani da tantanin halitta tare da sauran tantanin halitta na farko ko na biyu.Kada a yi amfani da sel na fakiti daban-daban, samfuri ko wasu samfuran tare.
7.12 Idan tantanin halitta ya bayyana da sauri yana zafi, wari, canza launi, nakasu, ko wasu halayen yayin amfani, da fatan za a daina nan da nan kuma ku bi daidai.
7.13 Idan electrolyte ya zubo ga fata ko tufafi, da fatan za a yi gaggawa da ruwa don guje wa rashin jin daɗi na fata.
8 Sufuri
8.1 Tantanin halitta ya kamata a kula da yanayin caji na 50% SCO, kuma a guji shi daga girgiza mai tsanani, tasiri, ɓacin rai da ɓacin rai.
9 Tabbatar da inganci
9.1 Idan kuna buƙatar aiki ko amfani da tantanin halitta a cikin yanayi ban da ƙayyadaddun bayanai, da fatan za a tuntuɓe mu.
Ba za mu ɗauki kowane alhakin haɗari da ya haifar ta amfani da tantanin halitta a waje da yanayin da aka bayyana a cikin ƙayyadaddun bayanai ba.
9.2 Ba za mu ɗauki kowane alhakin matsalolin da ke haifar da haɗuwa da tantanin halitta da kewaye, fakitin tantanin halitta da caja ba.
9.3 Kwayoyin da ba su da lahani waɗanda abokan ciniki ke samarwa a cikin tsarin tattara tantanin halitta bayan jigilar kaya ba su da tabbacin ingancin.
10 Girman salula
