Juyin Juyin Halitta na Capacitor Discharge Spot Welders: Fa'idodi biyar & Core Tech

Gabatarwa

A cikin 2023, masana'antar batirin wutar lantarki ta duniya ta ga sabbin kayan aiki nacapacitor fitarwa tabo waldas ya wuce raka'a 120,000, tare da yawan shigar kasuwan sa ya karu zuwa 67% idan aka kwatanta da kayan aikin walda na gargajiya. A cikin filin sararin samaniya, bayan ɗaukar tsarin waldawar tabo na capacitor don wani nau'in tankin mai na tauraron dan adam, ƙarfin weld ya karu da 40% kuma nauyin ya ragu da kashi 18%. Bayan wannan shine ci gaban dual nacapacitor fitarwa tabo waldawanda ke gudana ta hanyar ƙwaƙƙwaran fasaha da buƙatun kasuwa. Wannan labarin yayi nazari sosai game da fa'idodin haɓakawa da mahimman fasalulluka nacapacitor fitarwa tabo waldadaga girma biyar:daidaito sarrafa makamashi, daidaitawar tsari, matakin hankali, sarrafa ingantaccen makamashi, kumana zamani zane.

I. Millijoule -Ikon Ƙarfafa Makamashi: Babban Cigaba a Ƙirƙirar Ƙirƙirar Ƙarfafawa

1. Juyin Halittar Fasahar Fitar da Kaya

Haɓaka lanƙwan sakin makamashi:

Microsecond{0}}matakin sarrafa bugun jini:

• Karɓar fasahar sauya nau'ikan IGBT+SiC don cimma 0.05ms{2}} matakin haɓaka na yanzu.
• Case na Tesla 4680 baturi tab waldi:
• Kuskuren makamashi guda ɗaya{0}<±2%
• An rage spatter waldi da kashi 90%

2. Tsarin Diyya Mai Sauƙi

Algorithm{0} sa ido da daidaitawa na lokaci:

• Ƙimar diyya mai ƙarfi Vc=×(R{1}}R₀)/R₀×V₀
• (=coefficient na ramuwa, R=na gaske - impedance, R₀=ƙimar tunani)
• Aikace-aikace a cikin tashoshin tushe na Huawei 5G:
• Adadin cancantar nau'in walda na karfe ya karu daga 82% zuwa 99.6%
• Juriya na mu'amala ya ragu zuwa matakin 5μΩ

II. Cikakkun - Daidaituwar Tsarin Material: Tsallakewa daga Micron Foil zuwa Ƙarfe iri ɗaya

1. Ci gaba a cikin Rage Adaftan Kauri

2. Fadada aikace-aikace a cikin yanayi na musamman

Vacuum muhalli walda:

• Ƙirƙirar tsarin kariya na inert gas don bankunan capacitor
• Ƙarfin walda na ɗakunan da ke rufe sararin samaniya ya ƙaru da kashi 35%
• Tsarin walda a karkashin ruwa:
• Hadakar 5000V keɓe tsarin samar da wutar lantarki
• Canjin walda a aikace-aikacen injiniyan ruwa ya ƙaru da sau 3

III. Tsalle a Matsayin Hankali: Twin Dijital daga Kayan Aiki zuwa Tsarin samarwa

1. Haɓaka sashin kula da hankali

Kayan aiki na ainihi:

2. Cloud{1}}Tsarin Tsarin Haɗin gwiwar Gefen

Ƙarshen kayan aiki:

• Ƙididdigar Ƙididdigar Edge tana sarrafa bayanai daga sama da firikwensin 200 a cikin ainihin lokaci
• Ƙarshen girgije:
• Mahimman bayanai na tsarin aiki yana tara ingantattun dabaru sama da 100,000
• Halin CATL:
• Lokacin daidaita siga don sabbin kayan an rage daga sa'o'i 48 zuwa mintuna 15

IV. Juyin Canjin Ƙarfafa Makamashi Koren: Daga Babban Mai Amfani da Makamashi zuwa Ƙasashe - Alamar Carbon

1. Makasudin Sake Amfani da Makamashi

Fasahar adana makamashi ta Supercapacitor:

Charge-discharge efficiency >98% (Transfomai na gargajiya kawai 60%)

Amfanin wutar lantarki na jiran aiki<50W (AC welders >1500W)

Inganta tsarin amfani da makamashi:

Guda ɗaya -sharar kuzarin tabo E=0.5×C ×(V²-Vr²)×η

(Vr=ƙarfin lantarki na dawo da, η=ingantaccen inganci)

2. Kwatancen Kwatancen Sawun Carbon

V. Ƙirƙirar Ƙira na Modular: Hanyar Aiwatar da Ƙirƙirar Samfura mai Sauƙi

1. Zane-zanen Gine-gine mai Sikeli

Hot{0}}tsarin musanya don kayan aiki masu aiki:

2. Haɓaka Ayyukan Sake Gina Layin Samfura

Halin layin samar da baturi na BYD:

• Yana goyan bayan haɗe-haɗe - samar da layi na ƙayyadaddun samfur 8
• Canjin lokaci ya rage daga sa'o'i 4 zuwa minti 20
• Yawan amfani da kayan aiki ya karu zuwa 92%

Kammalawa
Ta hanyar - oda{1} na{2}} ingantacciyar haɓakawa cikin daidaiton sarrafa makamashi da ci gaba a matakin hankali,capacitor fitarwa tabo waldaya taimaka wa manyan masana'antun kera kayan aiki na - na kasar Sin su cimma gyare-gyaren tsari. Bayan gabatar da na biyar -tsarar samar da wutar lantarki ta hanyar waldawa, wani kamfanin injina - injuna ya karu da ƙimar cancantar walɗin titanium daga kashi 78% zuwa kashi 99.3%, kuma guda ɗaya na kayan aiki ya tanadi sama da yuan miliyan 8 a farashi mai inganci kowace shekara. Tare da aikace-aikacen fasahar gano ƙididdiga da fasaha mai ƙarfi mai ƙarfi, ƙarni na gaba{{8}capacitor fitarwa tabo waldazai gane nanosecond{0}}matakin sarrafa makamashi da sifili{1}}asashen watsa makamashi, tura masana'antu na ci gaba zuwa sabon girma.

Tuntuɓi yanzu