Powerful. Low weight. Long lifetime. Fast charging.
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The new era of battery technology
Description ›
Lithium Ion Battery Packs with integrated Battery Management System (BMS) and MOSFET based safety breaker.
Connectors are included.
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Parallel connection is possible for up to 3x lithium ion battery packs.
12VDC Li-Ion 100Ah
12VDC Li-Ion 160Ah
12VDC Li-Ion 200Ah
12VDC Li-Ion 400Ah
24VDC Li-Ion 100Ah
24VDC Li-Ion 160Ah
24VDC Li-Ion 200Ah
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| 200W@230V: |
4h:30min |
| 500W@230V: |
1h:45min |
| 2000W@230V: |
25min |
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| Charge time*: |
50min |
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| 12VDC output: |
250A |
| 15min: |
350A |
| Peak: |
500A |
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| SRP** (Ex VAT): |
€2880,- |
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| 200W@230V: |
7h |
| 500W@230V: |
2h:45min |
| 2000W@230V: |
40min |
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| Charge time*: |
1h:15min |
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| 12VDC output: |
250A |
| 15min: |
350A |
| Peak: |
500A |
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| Battery Separator: |
Built-in |
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| SRP** (Ex VAT): |
€3720,- |
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| 200W@230V: |
9h |
| 500W@230V: |
3h:30min |
| 2000W@230V: |
50min |
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| Charge time*: |
1h:30min |
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| 12VDC output: |
250A |
| 15min: |
350A |
| Peak: |
500A |
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| Battery Separator: |
Built-in |
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| SRP** (Ex VAT): |
€4220,- |
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| 200W@230V: |
18h |
| 500W@230V: |
7h |
| 2000W@230V: |
1h:40min |
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| Charge time*: |
3h:15min |
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| 12VDC output: |
250A |
| 15min: |
350A |
| Peak: |
500A |
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| Battery Separator: |
Built-in |
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| SRP** (Ex VAT): |
€6550,- |
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| 200W@230V: |
9h |
| 500W@230V: |
3h:30min |
| 2000W@230V: |
45min |
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| Charge time*: |
1h:40min |
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| 24VDC output: |
250A |
| 15min: |
350A |
| Peak: |
500A |
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| Battery Separator: |
Built-in |
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| SRP** (Ex VAT): |
€4550,- |
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| 200W@230V: |
14h |
| 500W@230V: |
5h:30min |
| 2000W@230V: |
1h:10min |
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| Charge time*: |
2h:40min |
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| 24VDC output: |
250A |
| 15min: |
350A |
| Peak: |
500A |
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| Battery Separator: |
Built-in |
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| SRP** (Ex VAT): |
€5890,- |
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| 200W@230V: |
18h |
| 500W@230V: |
7h |
| 2000W@230V: |
1h:30min |
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| Charge time*: |
3h:15min |
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| 24VDC output: |
250A |
| 15min: |
350A |
| Peak: |
500A |
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| Battery Separator: |
Built-in |
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| SRP** (Ex VAT): |
€6880,- |
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| Lithium Ion Battery: |
12VDC - 100Ah |
12VDC - 160Ah |
12VDC - 200Ah |
12VDC - 400Ah |
24VDC - 100Ah |
24VDC - 160Ah |
24VDC - 200Ah |
| Ampere: |
100Ah |
160Ah |
200Ah |
400Ah |
100Ah |
160Ah |
200Ah |
| Nominal battery voltage: |
12V |
12V |
12V |
12V |
24V |
24V |
24V |
| Battery Management (built-in): |
BMS 4C |
BMS 4C |
BMS 4C |
BMS 4C |
BMS 8C |
BMS 8C |
BMS 8C |
| CDR Battery Separator (built-in): |
- |
Yes |
Yes |
Yes |
Yes |
Yes |
Yes |
| Min battery voltage: |
9,2V |
9,2V |
9,2V |
9,2V |
18,4V |
18,4V |
18,4V |
| Max battery voltage: |
15V |
15V |
15V |
15V |
30V |
30V |
30V |
| Continuous discharge current: |
250A |
250A |
250A |
250A |
250A |
250A |
250A |
| Peak discharge current (5sec): |
500A |
500A |
500A |
500A |
500A |
500A |
500A |
| Continuous charge current: |
100A |
160A |
200A |
250A |
100A |
160A |
200A |
| Peak charge current (5Sec): |
500A |
500A |
500A |
500A |
500A |
500A |
500A |
| Cells: |
4 |
4 |
4 |
4 |
8 |
8 |
8 |
| Cycles (80% DOD): |
3000 |
3000 |
3000 |
3000 |
3000 |
3000 |
3000 |
| Parallel connection options: |
1 to 3 |
1 to 3 |
1 to 3 |
1 to 3 |
1 to 3 |
1 to 3 |
1 to 3 |
| Protection category: |
IP21 |
IP21 |
IP21 |
IP21 |
IP21 |
IP21 |
IP21 |
| Dimensions (mm): |
380x280x265 |
435x285x320 |
380x385x325 |
480x425x320 |
380x415x265 |
435x425x320 |
490x540x295 |
| Unit weight: |
24kg |
36kg |
48kg |
72kg |
43kg |
63kg |
85kg |
Freight: UN 3481, lithium ion battery in equipment. Class 9, packing group II, tunnel restcriction code E
All the Lithium Ion Batteries has integrated the BMS 4C (12VDC) /
BMS 8C (24VDC).
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SOC vs OCV
The graph is an expression of the battery voltage from empty to fully charged, the battery voltage is without any consumption.
For the voltage with consumption, it is a necessary to add/sub the voltage drop, caused by the battery impedance.
The cell voltage is measured after resting in a period of five hours.
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Battery Impedance vs Temperature
The immediate battery impedance is measured in Ω with a SOC
of 50%
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Discharge Current vs Temperature
The graph shows the rated discharge current from the different lithium batteries before the output voltage drops to 10,5VDC. The output current can be higher in lower temperatures, if the connected appliance accepts voltages below 10,5VDC.
The battery current is measured with a SOC level of 50%, the current can be higher if the battery is fully charged.
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Powerful Lithium vs Lead
The graph compares a lithium battery to a lead acid battery, with the same capacity.
The graph shows the expected factor of how much more energy you can get from a lithium battery, taking the discharge rate and DOD into account.
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Lithium vs Lead - Less amount of capacity is needed
The graph shows how little capacity is needed in a lithium battery, compared to have the same amount of energy available in a lead acid battery.
The graph shows the percentage based on the capacity of a lead acid battery.
The expected percentage depends of the discharge rate and DOD of the lead acid battery.
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+ Powerful lithium
Lithium has 50% to 80% more energy available than lead acid.
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+ Low weight
Lithium weighs only 1/3 of traditional lead acid batteries.
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+ Long lifetime
3000 cycles, full durability six times longer than lead acid.
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+ Fast charging
Charge a 12VDC - 100Ah lithium ion battery in only 50 minutes.
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Lithium ion batteries are more powerful and provide more energy for high consumption than traditional lead batteries. They can be discharged with up to 80 % compared to the traditional 30-50 % without damaging the battery and are charged extremely fast, in down to 50 minutes for a 12 volt - 100Ah lithium ion battery.
+ Fast charging
+ Long lifetime
+ Low weight
+ Powerful
Lithium batteries have a uniquely long lifetime of 3000 charge/discharge cycles. The batteries are compact and very light – switching to lithium you may reduce the weight of your products significantly.
Charging from an alternator is both efficient and easy. Just connect starter battery and lithium ion batteries with built-in CDR Battery Separators through the alternator input and the separator ensures that the starter battery is not damaged. The Battery Separator is also available as a separate product.
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Lithium battery packs are build of a number of individual lithium cells which must all maintain the same voltage for the battery to stay functional.
Therefore, all lithium power solutions from Clayton Power have an integrated Battery Management System (BMS) that automatically balances the cells during charge, discharge and in idle mode. The BMS monitors the voltage and temperature of each lithium ion cell which influences the functionality of the battery.
Our BMSs include an electronic MOSFET based safety breaker that prevents short circuits, for safe and reliable use. Just plug the lithium battery in, and you’re ready to go.
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Lithium battery brochure.pdf
Features.pdf
Datasheet.pdf
Battery Pack 12V-100Ah
Battery Pack 12V-160Ah
Battery Pack 12V-200Ah
Battery Pack 12V-400Ah
Battery Pack 24V-100Ah
Battery Pack 24V-160Ah
Battery Pack 24V-200Ah
