锂离子电池低温电解液的研究进展
Research progress of low-temperature electrolyte for lithium-ion battery
锂离子电池低温电解液的研究进展 |
| 封迈, 陈楠, 陈人杰 |
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Research progress of low-temperature electrolyte for lithium-ion battery |
| Mai FENG, Nan CHEN, Renjie CHEN |
| 图19 Li||NCM811电池在低温下使用原始1#(BA0+EC0)电解液充电放电的循环性能 (a) -20 ℃； (b) -30 ℃；(c) -40 ℃；Li||NCM811电池在低温下使用原始2#(BA16+EC10)电解液充放电的循环性能 (d) -20 ℃；(e) -30 ℃；(f) -40 ℃；Li||NCM811电池在低温下使用原始5#(0.3 mol/L LBF)电解液充放电的循环性能 (g) -20 ℃；(h) -30 ℃；(i) -40 ℃；使用不同电解质的电池循环性能比较 (j) -20 ℃；(k) -30 ℃；(l) -40 ℃[ |
| Fig. 19 Cycle performance of NCM-811 battery using pristine 1# (BA0 + EC0) electrolyte charging discharging at low temperatures (a) -20 ℃; (b) -30 ℃; (c) -40 ℃; Cycle performance of NCM-811 battery using pristine 2# (BA16 + EC10) electrolyte charging-discharging at low temperatures (d) -20℃; (e) -30 ℃; (f) -40 ℃; Cycle performance of NCM-811 battery using pristine 5# (0.3 mol/L LBF) electrolyte charging-discharging at low temperatures (g) -20 ℃; (h) -30 ℃; (i) -40 ℃; Comparison of cycle performance of batteries using different electrolytes (j) -20 ℃; (k) -30 ℃; (l) -40 ℃[ |
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