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Kumba Solar Storage: Lead-Acid Mabhatiri VS Lithium Iron Phosphate Mabhatiri

Munzvimbo yekuchengetera simba rezuva repamba, vaviri vari kukwikwidza vari kurwira kutonga: mabhatiri e-lead-acid uye mabhatiri e-lithium iron phosphate (LiFePO4). Mhando yega yega yebhatiri ine zvayakanakira nezvayakaipira kusangana nezvinodiwa zvakasiyana uye zvido zvevaridzi vemba vachitsvaga yakavimbika simba rekuchengetedza mhinduro. Mukuenzanisa uku kwakadzama, tichaongorora kuomarara kwemabhatiri e-lead-asidhi uye lithium iron phosphate, tichiongorora magadzirirwo awo, kuita, hupenyu hurefu, zvinodiwa pakuchengetedza uye kufunga kwemitengo.

Kuenzanisa kwemabhatiri e-lead-acid uye lithium iron phosphate mabhatiri
Lead-asidhi mabhatiri
Mabhatiri e-lead-asidhi anga ari chinhu chikuru mukushandiswa kwesimba rekuchengetedza kwemakumi emakore, achipa mhinduro yakabvumikiswa uye inodhura-inoshanda kune varidzi vemba vanotarisa kuchengetedza yakawandisa solar simba rinogadzirwa ne photovoltaic (PV) masisitimu.

dhizaini uye chemistry
Mabhatiri e<em>lead-asidhi anoshandisa kemisitiri ye<em>lead-acid yechinyakare, inoumbwa ne<em>lead plate yakanyudzwa mu<em>sulfuric acid electrolyte. Kune marudzi maviri makuru emabhatiri aya: mabhatiri e-lead-acid akazara uye mabhatiri evhavha-regulated lead-acid (VRLA). Mafashamo e-lead-asidhi mabhatiri anoda kugadziridzwa nguva dzose, kusanganisira kuzadzazve kwe electrolyte, nepo mabhatiri eVRLA asingagadzirisi uye akavharwa.

Lead-asidhi mabhatiri

性能和寿命
铅酸电池以其耐用性和可靠性而闻名,其典型寿命為 5 至 10 具体取决于是使与树时和铁锂电池相比,它們的能量密度和效率相对较低,磷酸铁锂电池可能需要更大的存储空间才能达到所需的储能容量.
维护和安全
富液式铅酸电池需要定期维护以确保最佳性能和使用寿命,包括检查电解液液洅、解液液性能。一方面,VRLA 电池不需要维护,但如果监控不当,可能更容易发生热失控和过度充电.


Nguva yekutumira: May-25-2024