presents
A123Systems APR18650M1 Cell
Finally she arrived, the little sister of the ANR26650M1 cell from A123Systems. Here her Datasheet.
This smaller cell has the same advantages as we know them from the big sister.
High number of cycles, 1000 at 5 C discharge rate, inherently safe and can be fast charged in 15 min.
Following our prices for the cells in readily assembled packs incl. balancer- and connecting leads:
Euro 11,00 per cell incl. VAT excl. shipping cost for 2 to 9 cell orders
Euro 10,50 per cell incl. VAT excl. shipping cost for 10 to 19 cell orders
Euro 10,00 per cell incl. VAT excl. shipping for orders of more than 20 cells
For all orders received before March 31, 2008 we apply our introduction price of
Euro 9,99 per cell incl. VAT excl. shipping cost
The price may look high at the first glance, but if you take into consideration that the long
lifetime of the cells are a multiple of any other accu technologies, the price becomes more then reasonable.
You just cannot beat the low cycle cost of these cells.
Because of its smaller size, FePO4 Technology can now be applied to all those applications,
where the dimensions of the ANR26650M1 did not allow so.
We suggest a continuous discharge current of max. 18 C (20 A). Peak currents of max. 10 seconds should not exceed 27 C (30 A), as applicable to hotliners. We also suggest, that the average current should not exceed 10 C for other applications. This will result in a motor run time of at least 6 minutes.
Below we listed data of popular accupacks, which we will assemble to order in any arrangement of the
cells to your specification at no additional cost. Over and above, we assemble any pack and cell
combination to your specs.
Capacity | Weight(g) | Volt | Watt | Volt | Watt | Regular | Introduction | replaces | Capacity | ||||||
Type | Volt | mAh | cells only | at 10 C | at 10 C | at 18 C | at 18 C | Price | Price | No. of NiXX | mAh | ||||
2 | S | 1 | P | 6,6 | 1100 | 78 | 5,7 | 63 | 5,1 |
101 | 22,00 | 19,98 | 5 | 900-1200 | |
3 | S | 1 | P | 9,9 | 1100 | 117 | 8,6 | 94 | 7,7 |
151 | 33,00 | 29,97 | 8 | 900-1200 | |
4 | S | 1 | P | 13,2 | 1100 | 156 | 11,4 | 125 | 10,2 |
202 | 44,00 | 39,96 | 10 - 11 | 900-1200 | |
5 | S | 1 | P | 16,5 | 1100 | 195 | 14,3 | 157 | 12,8 |
252 | 55,00 | 49,95 | 14 | 900-1200 | |
2 | S | 2 | P | 6,6 | 2200 | 156 | 5,7 | 125 | 5,1 |
202 | 44,00 | 39,96 | 5 | 1900-2400 | |
3 | S | 2 | P | 9,9 | 2200 | 234 | 8,6 | 188 | 7,7 |
303 | 66,00 | 59,94 | 8 | 1900-2400 | |
4 | S | 2 | P | 13,2 | 2200 | 312 | 11,4 | 251 | 10,2 |
404 | 88,00 | 79,92 | 10 - 11 | 1900-2400 | |
5 | S | 2 | P | 16,5 | 2200 | 390 | 14,3 | 314 | 12,8 |
505 | 110,00 | 99,90 | 14 | 1900-2400 | |
2 | S | 3 | P | 6,6 | 3300 | 234 | 5,7 | 188 | 5,1 |
303 | 66,00 | 59,94 | 5 | 2900 - 3300 | |
3 | S | 3 | P | 9,9 | 3300 | 351 | 8,6 | 282 | 7,7 |
454 | 99,00 | 89,91 | 8 | 2900 - 3300 | |
4 | S | 3 | P | 13,2 | 3300 | 468 | 11,4 | 376 | 10,2 |
606 | 126,00 | 119,88 | 10 - 11 | 2900 - 3300 | |
5 | S | 3 | P | 16,5 | 3300 | 585 | 14,3 | 470 | 12,8 |
757 | 157,50 | 149,85 | 14 | 2900 - 3300 | |
4 | S | 4 | P | 13,2 | 4400 | 624 | 11,4 | 502 | 10,2 |
808 | 168,00 | 159,84 | 10 | 4400 | |
All Prices are in Euro incl. German VAT excl. Delivery cost |
Comparison between NiMH and A123Systems cells | ||||
A123Systems | ||||
NiMH | FePO | |||
Accutype | 10S1P | 4S2P | ||
Nominal Capacity | mAh |
2200 | 2200 | |
Nominal Voltage | V |
12 | 13,2 | |
Voltage @ 10 C discharge | V |
11,4 | 11,4 | |
Max. cont. current | C |
15 | 20 | |
Charge current | C |
2 | 4,5 | |
Charging time | min |
30 | 15 | |
Weight | g |
470 | 312 | |
Lifetime | cycles |
150 | 500 | |
Storage discharge | high | very low | ||
Cycles per day | 2 - 3 | no limit | ||
Capacity loss | high | 20% after 500 cycles | ||
Price | Euro |
56 | 88 | |
Cost per cycle | Euro |
0,37 | 0,18 | |
A123Systems | ||||
NiMH | FePO | |||
Accutype | 10S1P | 4S3P | ||
NominalCapacity | mAh |
3300 | 3300 | |
Nominal Voltage | V |
12 | 13,2 | |
Voltage @ 10 C discharg | V |
10,9 | 11,4 | |
Max. cont. Current | C |
18 | 20 | |
Charge current | C |
2 | 4,5 | |
Charging time | min |
30 | 15 | |
Weight | g |
640 | 468 | |
Lifetime | cycles |
150 | 500 | |
Storage discharge | high | very low | ||
Cycles per day | 2 - 3 | not limit | ||
Capacity loss | high | 20% after 500 cycles | ||
Price | Euro |
60 | 126 | |
Cost per cycle | Euro |
0,40 | 0,25 |
Here the performance of the cell at discharge rates from 6 to 30 A