Battery yemukati kuramba chiratidzo chakakosha chekuongorora hutano uye hupenyu hwebasa remabhatiri. Nokufamba kwenguva, kushorwa kwemukati zvishoma nezvishoma kunowedzera, kunokanganisa kushanda. Izvi zvinogona kukonzera kunonoka kuburitsa mitengo, kurasikirwa kwesimba kwakanyanya, uye tembiricha yakakwira yekushandisa. Kunyanya, kana kupikisa kwemukati kunopfuura 25% yehuwandu hunokosha, simba rebheteri rinoderera zvakanyanya, kukanganisa kugadzikana kwehurongwa. Naizvozvo, chaiyo-nguva inosimba yekutarisa yebhatiri yemukati kuramba kwakakosha.
1. Direct Current (DC) Discharge Method
Iyi nzira inosanganisira kubudisa bhatiri nepamusoro-soro uye kuverenga kupikisa kwemukati zvichienderana nekudonha kwemagetsi. Kunyange ichipa kuyera kwepamusoro, inokonzera polarization reactions mukati mebhatiri, ichiwedzera kuchembera. Nekuda kweizvozvo, nzira iyi inonyanya kushandiswa mukutsvagisa uye nhanho dzekugadzira ndege uye haina kukodzera kutarisisa kwenguva refu.
2. Alternating Current (AC) Impedance Method
Nekushandisa alternating ikozvino yeakawanda frequency uye leveraging Ohm's Mutemo uye capacitance nheyo, iyi nzira inoyera kuramba kwemukati. Kusiyana neiyo DC yekuburitsa nzira, iyo AC impedance nzira inodzivirira kukuvadza hupenyu hwebhatiri uye inopa mhedzisiro isingaenderane ne frequency. Zviyero zvinotorwa pafrequency ye1kHz ndizvo zvinowanzo gadzikana. Iyi nzira inoshandiswa zvakanyanya muindasitiri uye inowana kurongeka kwepamusoro, ine muganho wekukanganisa pakati pe1% ne2%.
DFUN yakagadzira kuvandudzwa kwemaitiro echinyakare AC impedance nzira - iyo AC Low Current Discharge Method. Nekushandisa alternating ikozvino isingapfuuri 2A uye kunyatsoyera kushanduka kwemagetsi, kupikisa kwemukati kwebhatiri kunogona kuverengerwa nemazvo munguva pfupi (inenge sekondi imwe).
Makiyi Zvakanakira:
Yakanyanya Kurongeka: Kurongeka kwechiyero kuri pedyo ne1%, nemhedzisiro yakada kufanana neiyo yemhando yechitatu-bato seHioki naFluke.
Mukati Resistance |
2V Bhatiri: 0.1 ~ 50 mΩ |
Kudzokororwa: ±(1.0% + 25 µΩ) |
Kugadziriswa: 0.001 mΩ |
12V Bhatiri: 0.1 ~ 100 mΩ |
Hapana Impact paBattery Health: Iine yakaderera ikozvino uye kushoma discharge amplitude, iyi nzira haikuvadze bhatiri kana kukurumidza kuchembera.
Real-Time Monitoring: Inogonesa kuwana-chaiyo-nguva yekuwana mamiriro ebhatiri, zvinobudirira kudzivirira kuderedzwa kwekuita kunokonzerwa nekuwedzera kwemukati kuramba.
Versatile Application: Iyi tekinoroji haingoshande kumabhatiri e-lead-asidhi chete asi inoshandawo pakuongorora kuramba kwemukati mune mamwe marudzi akasiyana ebhatiri.
Ita shuwa kuti mabhatiri ako anoramba ari mune yakakwana mamiriro, achiwedzera kugadzikana uye kuvimbika kwesimba rako masisitimu.
