codsi

Kaydinta Tamarta Cusub ee Tamarta

Xaaladaha Codsiga iska caabinta

Waxaa jira shan qaybood oo waaweyn oo ah alaabada kaydinta tamarta caadiga ah: kaydinta tamarta, kaydinta tamarta naaftada, kaydinta tamarta tamarta, kaydinta tamarta dabaysha, kaydinta tamarta abuurista.
Sida kaydinta guriga / kaydinta guriga (kaydinta tamarta sawir qaade), kaydinta tamarta dibadda ee la qaadan karo, kaydinta tamarta dhinaca warshadaha iyo ganacsiga, kaydinta tamarta mobilada ee baabuurta lagu dallaco (sida xaruntii hore ee gaaska), saldhiga tamarta kaydinta tamarta sawir qaade oo baaxad leh, Saldhig weyn oo tamarta kaydinta tamarta dabaysha, kaydinta tamarta saldhiga saldhiga, saldhiga tamarta kaydinta tamarta ugu sarreysa, iyo wixii la mid ah.
Qalabka kaydinta tamarta waxaa ka mid ah:

Baytariyada Lithium-ion: loo isticmaalo baabuurta korontada ku shaqeysa, telefoonnada casriga ah, laptop-yada iyo qalabka kale ee elegtarooniga ah.
Baytariyada lead-ashitada: loo isticmaalo baabuurta, UPS iyo codsiyada kale.
★ baytariyada Sodium-sulfur: loogu talagalay kaydinta tamarta grid, kaydinta tamarta qorraxda iyo dabaysha, iwm.
★ baytariyada socodka Vanadium: loo isticmaalo kaydinta tamarta grid, kaydinta tamarta dabaysha, iwm.
★ Supercapacitor: loo isticmaalo kaydinta tamarta degdega ah iyo soo saarista, sida bilaabista iyo joojinta baabuurta korontada.
★ Unugyada shidaalka Hydrogen: waxaa loo isticmaalaa baabuurta, maraakiibta, diyaaradaha iyo hababka kale ee gaadiidka.
★ Kaydinta tamarta hawada oo la cadaadiyo: kaydinta hawada oo cadaadis leh, oo loo isticmaalo kaydinta tamarta xadhkaha.
★ Kaydinta tamarta cufis-jiidadka: iyadoo la isticmaalayo tamar awood leh si loo kaydiyo tamarta, sida tamarta kaydka.
★ Kaydinta tamarta kulaylka: isticmaalka tamarta kulaylka si loo kaydiyo tamarta, sida nidaamka kaydinta biyaha kulul.
★ baytari koronto: loo isticmaalo baabuurta korontada ku shaqeysa, baabuurta isku dhafka ah, iwm.

Adeegsiga/Shaqooyinka & Sawirrada loogu talagalay iska caabiyeyaasha gudaha goobta

Kaydinta tamarta waa habka lagu kaydiyo tamarta xad-dhaafka ah meesha ugu horeysa ka dibna dib loogu yeero marka loo baahdo. Doorkeeda ugu muhiimsan waa sareynta, rarista, iyo bilaabista iyo yaraynta xannibaadaha gudbinta, iyo dib u dhigista gudbinta iyo qaybinta shabakadaha cusboonaysiinta xadhkaha gudbinta iyo qaybinta.

Maadaama korontadu ay tahay inay ku dallacdo korantada bilowga korontadu, haddii aysan xaddidnayn, dallacaadda hadda waxay noqon doontaa mid aad u sareysa. Haddii aan la xaddidin, dallacaadda xad-dhaafka ah ee hadda waxay sababi doontaa waxyeello soo-gaadhista, hagaajinta iyo qaybaha kale ee lagu dallaci doono. Haddii aan la xaddidin, dallacaadda hadda waxay noqon doontaa mid aad u weyn oo loogu talagalay gudbinta, toosiyaha iyo capacitor si loo dallaco. Sidaa darteed, waxaa lagama maarmaan ah in la xaddido hadda oo leh resistor, taas oo ah iska caabbinta Pre-charging (inta badan loo isticmaalo sida capacitor pre-charging resistance). Ilaalinta wax ku oolka ah ee capacitors, caymiska, xiriiriyeyaasha DC; Kahortagga awoodda tooska ah ee daqiiqada, ku dallacaadda hadda waxay noqon kartaa mid aad u weyn, hadda degdega ah waxay keeni kartaa dhaawac kaabsitor ah, sidoo kale waxay dhaawacdaa xiriiriyaha DC iyo sidoo kale waxay dhaawacdaa xiriiriyaha DC iyo aaladaha kale ee beddelka. Dallacaadda hadda jirta waxa laga yaabaa inay aad u sarrayso wakhtiga tooska ah.

Golaha kaydinta tamarta waxa uu ka kooban yahay tiro badan oo ah baytariyada lithium cufnaanta tamarta sare, xidhiidh taxane ah oo barbar socda, iyo danabkiisa DC aad u sarreeya, qayb ilaa 1500 volts.

Kaydinta Tamarta Cusub (4)
Kaydinta Tamarta Cusub (3)
Kaydinta Tamarta Cusub (1)
Kaydinta Tamarta Cusub (2)

Resistors ku haboon codsigan oo kale

★ Taxanaha Aluminium Resistor
★ Taxanaha iska caabinta Voltage Sare
★ Taxanaha iska caabinta Sibidhka

Caadi ahaan waxa loo yaqaan resistors pre-charging, charging resistors, charging resistors, ka hortagga iska caabiyeyaasha, iyo wixii la mid ah.

Shuruudaha Resistor

Muddada gaaban saamayn sare, tamar sare.


Waqtiga boostada: Agoosto-18-2023