2026-06-24

Ano ang mga pangunahing pagkakaiba sa pagitan ng lithium battery forklift at lead-acid forklift?

Ano ang mga pangunahing pagkakaiba sa pagitan ng lithium battery forklift at lead-acid forklift?(larawan1)

Ang mga electric forklift ay karaniwang ginagamit na kagamitan sa paghawak sa larangan ng warehousing, logistics at industriyal na produksyon. Ayon sa iba 't ibang uri ng power batteries, ang mga ito ay pangunahing nahahati sa dalawang uri: lithium battery forklift at lead-acid forklift. Ang mga katangian ng dalawang uri ng mga produkto ay malinaw na naiiba, at ang mga angkop na sitwasyon sa paggamit ay iba rin.

Densidad ng enerhiya at buhay ng baterya

Ang density ng enerhiya ng mga baterya ng lithium ay karaniwang 2 hanggang 3 beses kaysa sa mga baterya ng lead-acid. Para sa mga pack ng baterya na may parehong timbang, ang hanay ng cruising ng mga forklift ng baterya ng lithium ay karaniwang mas mahaba, na maaaring matugunan ang mga pangangailangan ng pangmatagalang tuluy-tuloy na operasyon. Ang mga lead-acid na forklift ay may mas malaking bigat ng baterya, sumasakop ng mas maraming espasyo sa katawan ng kotse sa ilalim ng parehong kapasidad, at may medyo limitadong buhay ng baterya, na mas angkop para sa maikli at pasulput-sulpot na mga sitwasyon sa trabaho.

Sa mga tuntunin ng kahusayan sa muling pagdadagdag ng enerhiya, sinusuportahan ng mga baterya ng lithium ang mabilis na pag-charge. Sa ilalim ng normal na mga pangyayari, higit sa 80% ng kapangyarihan ang maaaring ganap na ma-charge sa loob ng 1 hanggang 2 oras. Sa ilang mga sitwasyon, maaari itong ma-charge anumang oras nang hindi naghihintay ng mahabang panahon. Ang ikot ng pagsingil ng mga lead-acid na forklift ay karaniwang 8 hanggang 10 oras, at karamihan sa mga ito ay nangangailangan ng isang espesyal na iskedyul ng pagsingil, na hindi maaaring matugunan ang mga pangangailangan ng emergency na muling pagdadagdag ng enerhiya.

Mga gastos sa paggamit at pagpapanatili

Ang buhay ng serbisyo ng mga baterya ng lithium sa pangkalahatan ay mas mahaba. Sa ilalim ng normal na paggamit, ang bilang ng mga cycle ng pag-charge at pagdiskarga ay maaaring umabot ng libu-libong beses. Sa pang-araw-araw na paggamit, hindi na kailangang maglagay muli ng karagdagang electrolyte, at halos walang gastos sa pagpapanatili. Ang bilang ng mga cycle ng pag-charge at pagdiskarga ng mga lead-acid na baterya ay karaniwang humigit-kumulang daan-daan hanggang isang libong beses. Sa panahon ng paggamit, kinakailangang regular na suriin ang antas ng electrolyte, lagyang muli ang distilled water, at magsagawa ng regular na pag-charge at pagdiskarga. Ang proseso ng pagpapanatili ay mahirap, at ang pangmatagalang paggamit ng paggawa at mga consumable ay mas mahal.

Bilang karagdagan, ang kahusayan ng conversion ng enerhiya ng mga baterya ng lithium ay mas mataas, ang pagkonsumo ng kuryente sa ilalim ng parehong dami ng trabaho ay mas mababa, at ang halaga ng pagkonsumo ng kuryente para sa pangmatagalang paggamit ay medyo mas mababa.

Kakayahang umangkop sa kapaligiran at mga paghihigpit sa paggamit

Ang operating temperature ng mga lithium batteries ay may mas malawak na hanay ng adaptasyon, at maaaring gumana nang normal sa isang kapaligiran na minus 20 degrees hanggang minus 45 degrees. Ang buhay ng baterya ay may mas maliit na attenuation sa isang mababang temperatura na kapaligiran, at ito ay angkop para sa higit pang mga sitwasyon sa pagtatrabaho. Ang mababang temperatura na pagganap ng mga lead-acid na baterya ay hindi maganda. Kapag ang ambient temperature ay mas mababa sa zero, magkakaroon ng makabuluhang pagpapahina ng buhay ng baterya. Maaaring hindi ito makapagsimula nang normal sa isang sub-zero na kapaligiran. Ito ay mas angkop para sa paggamit sa panloob na imbakan mga sitwasyon na may pare-parehong temperatura.

Bilang karagdagan, ang mga baterya ng lithium ay may mas mahusay na pagganap ng sealing, walang acid mist leakage habang ginagamit, at may mas kaunting epekto sa kapaligiran ng pagtatrabaho. Gayunpaman, ang mga lead-acid na baterya ay maaaring mag-precipitate ng mga corrosive na gas habang nagcha-charge at ginagamit, at kailangang i-install sa mga lugar na may magandang bentilasyon. Mag-charge at mag-imbak.

Walang ganap na pagkakaiba sa pagitan ng dalawang uri ng forklift. Ang mga user ay maaaring pumili nang komprehensibo ayon sa kanilang sariling oras ng pagtatrabaho, kapaligiran sa pagtatrabaho, at badyet. Kung kailangan nilang gumana nang tuluy-tuloy sa mahabang panahon at malaki ang pagbabago sa temperatura ng kapaligiran sa pagtatrabaho, ang mga forklift ng baterya ng lithium ay mas madaling ibagay. Sa limitadong badyet, mga nakapirming sitwasyon sa pagpapatakbo at maikling oras ng pagpapatakbo, ang mga lead-acid na forklift ay isa ring cost-effective na pagpipilian.

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