Compasion Of Four Materials For EV Active Materials LiFePO4 LiCoO2 LiMn2O4 LiNixMnyCozO2 Specific capacity (4.2V, mAh/g) 130 140 100 140 Working voltage (1C discharge) 3.00 3.60 3.70 3.45 Cycling life (80%) >1000 >500 >300 >400 High temp. Property >75℃ 45℃ 45℃ 55℃ Safety Best Normal Better Good Discharging Rate 15C 20C 20C 15C
		GMB now provides EV battey packs with LiFePO4, LiMn2O4 and LiNiMnyCozO2 materials. Detailed Info. On LiFePO4 batterie, please click: ; LiNiMnyCozO2, load down by click:
			Lithium Polymer(LiMn2O4) Battery Packs For EV * Charging & Discharging is control by BMS, which not only provide function to prevent over charge or over discharge but also gives a charnging balance control: if one sigle cell is fully charged, then the BMS will stop the current, and continuour to charg others; * Max. Discharge Rate: 3C * Cycle life:300 times more *Good Performance at Low temperature
		Items Nominal Voltage (V) Nominal Capacity (Ah) Dimension Weight Approx (kg) T x W x H(mm) GMB24V8 24 8 275*95*70 3.2 GMB24V11 24 11 275*95*100 3.8 GMB24V15 24 15 275*160*80 4.6 GMB24V20 24 20 275*160*100 5.7 GMB24V100 24 100 275*160*490 27 GMB36V11 36 11 275*100*130 4.8 GMB36V15 36 15 275*160*100 6.0 GMB36V20 36 18 275*160*130 7.5 GMB36V30 36 30 270*160*190  10.5 GMB36V45 36 45 270*160*380  15 GMB48V15 48 15 275*160*130 8.9 GMB48V20 48 20 275*160*160 10.8 GMB48V30 48 30 270*160*230 14.7 GMB48V40  48 40 270*160*300 18.6 GMB48V45 48 45 270*160*490 24 GMB48V100 48 100 270*160*920 55
		Note: should you have any special requirements in dimensions, please contact our engineer: info@gmbattery.net
		Cycle Life Characteristics
		* Input voltage: 110~240(V) * out put voltage: depends on requirements; * Charging current: 2A~10A
				LiFePO4 Battery Packs For EV * Cycle Life: 2000 times; * LiFePO4 materials is safer than LiCoO2 or LiMn2O4 because its stable structure; * Max. Discharge Rate:15C; * But its performance at low temperature is worse that the other two, hard to charge the packes under minus 10℃;
		Voltage/ QUT in Series Capacity Max. Charging  Current Max. Discharging Current Impedance (mΩ) Weight (kg) Dimensions L（mm) W(mm) H(mm) 3.2V 4.5AH 1C 2C ≤50 ≤0.177 22 50 70 3.2V 6 .5AH 1C 3C ≤30 ≤0.200 5.5 81 230 3.2V 8AH 1C 3C ≤20 ≤0.237 6.5 81 230 3.2V 10AH 1C 3C ≤20 ≤0.280 8.0 81 230 3.2V 12AH 1C 3C ≤15 ≤0.330 9.5 81 245 3.2V 15AH 1C 3C ≤15 ≤0.390 11 81 245 3.2V 20AH 1C 3C ≤12 ≤0.560 7.0 173 248 3.2V 50AH 1C 3C ≤50 ≤1.400 40 81 230 3.2V 100AH 1C 2C ≤30 ≤3.300 44 180 280 3.2V 200AH 1C 2C ≤60 ≤7.000 80 180 280 6V2s 4.5AH 1C 2C ≤100 ≤0.354 44 50 70 6V2s 6.5AH 1C 3C ≤60 ≤0.400 11 81 230 6V2s 8AH 1C 3C ≤40 ≤0.474 13 81 230 6V2s 10AH 1C 3C ≤40 ≤0.560 16 81 230 6V2s 12AH 1C 3C ≤30 ≤0.660 19 81 245 6V2s 15AH 1C 3C ≤30 ≤0.780 22 81 245 6V2s 20AH 1C 3C ≤24 ≤1.120 14 173 248 6V2s 50AH 1C 3C ≤100 ≤2.800 80 81 230 6V2s 100AH 1C 2C ≤60 ≤6.600 88 180 280 6V2s 200AH 1C 2C ≤120 ≤14.000 160 180 280 9V3s 4.5AH 1C 2C ≤150 ≤0.531 66 50 70 9V3s 6.5AH 1C 3C ≤90 ≤0.600 16.5 81 230 9V3s 8AH 1C 3C ≤60 ≤0.711 19.5 81 230 9V3s 10AH 1C 3C ≤60 ≤0.840 24 81 230 9V3s 12AH 1C 3C ≤  45 ≤0.990 28.5 81 245 9V3s 15AH 1C 3C ≤45 ≤1.170 33 81 245 9V3s 20AH 1C 3C ≤36 ≤1.680 21 173 248 9V3s 50AH 1C 3C ≤150 ≤4.200 120 81 230 9V3s 100AH 1C 2C ≤90 ≤9.900 132 180 280 9V3s 200AH 1C 2C ≤180 ≤21.00 240 81 280 12V4s 4.5AH 1C 2C ≤200 ≤0.708 88 50 70 12V4s 6.5AH 1C 3C ≤120 ≤0.800 22 81 230 12V4s 8AH 1C 3C ≤80 ≤0.936 26 81 230 12V4s 10AH 1C 3C ≤80 ≤1.120 32 81 230 12V4s 15AH 1C 3C ≤60 ≤1.560 33 81 245 12V4s 20AH 1C 3C ≤60 ≤2.240 28 173 248 12V4s 12AH 1C 3C ≤60 ≤1.320 38 81 245 12V4s 50AH 1C 3C ≤200 ≤7.000 160 81 230 12V4s 100AH 1C 2C ≤120 ≤13.200 176 180 280 12V4s 200AH 1C 2C ≤240 ≤28.000 320 180 280 24V8s 10AH 1C 3C ≤160 ≤2.240 32 81 230 24V8s 12AH 1C 3C ≤120 ≤2.640 76 81 245 24V8s 15AH 1C 3C ≤120 ≤3.12 88 81 245 24V8s 20AH 1C 3C ≤96 ≤4.480 56 173 248 24V8s 50AH 1C 3C ≤400 ≤11.200 320 81 230 24V8s 100AH 1C 2C ≤240 ≤26.400 352 180 280 24V12s 200AH 1C 2C ≤480 ≤56.000 640 180 280 36V12s 6.5AH 1C 2C ≤400 ≤3.400 240 82  61 36V12s 10AH 1C 3C ≤240 ≤3.360 96 81 230 36V12s 12AH 1C 3C ≤180 ≤3.960 114 81 245 36V12s 15AH 1C 3C ≤180 ≤4.680 132 81 245 36V12s 20AH 1C 3C ≤144 ≤6.720 84 173 248 36V12s 50AH 1C 3C ≤600 ≤16.800 480 81 230 36V12s 100AH 1C 2C ≤360 ≤39.600 528 180 280 36V12s 200AH 1C 2C ≤720 ≤84.000 960 180 280 48V16s 10AH 1C 3C ≤320 ≤4.480 128 81 230 48V16s 12AH 1C 3C ≤240 ≤5.280 152 81 245 48V16s 15AH 1C 3C ≤240 ≤6.240 176 81 245 48V16s 20AH 1C 3C ≤192 ≤8.960 112 173 248 48V16s 30AH 1C 3C ≤480 ≤13.440 384 81 230 48V16s 50AH 1C 3C ≤800 ≤22.400 320/2row 162 230 48V16s 100AH 1C 2C ≤480 ≤52.800 352/2row 360 280  48V16s  120AH 1C 2C ≤40  ≤80.000  450 400  300 48V16s 200AH 1C 2C ≤960 ≤112.000 640/2row 360 280 72V22s 60AH 1C 2C ≤396 ≤36.960 462/2row 173 248 72V22s 100AH 1C 2C ≤660 ≤72.600 484/2row 360 280 72V22s 200AH 1C 2C ≤1320 ≤154.000 880/2row 360 280
		Production Procedure:
		Safety Test
		Chargers for E-vehicles
		Model      In-put Voltage        Out-Put Current     Charging Time(h)   6V4.5AH   110V-240V 1.5A ≤4 12V10 110V-240V 3A ≤4.5 12V20 110V-240V 5A ≤5 24V10 110V-240V 3A ≤4.5 24V20 110V-240V 5A ≤5 24V50 110V-240V 10A ≤6 36V10 110V-240V 3A ≤4.5 36V20 110V-240V 5A ≤5 36V50 110V-240V 10A ≤6 48V20 110V-240V 5A ≤5 48V30 110V-240V 8A ≤5 48V50 110V-240V 15A ≤4.5 48V100 110V-240V 20A ≤6 72V200 110V-240V 30A ≤8 150V200 110V-240V 30A ≤8 230V400 110V-240V 50A ≤9 330V400 110V-240V 50A ≤9 420V600 110V-240V 80A ≤8.5
		For more information, please contact our engineer: info@gmbattery.com