Lithium Ion Batteries

Powerful. Low weight. Long lifetime. Fast charging.

 

  • Lithium Ion Battery Pack with integrated Battery Management System (BMS) and MOSFET based safety breaker.
  • 12V Lithium Ion Battery (100Ah).
  • 24V Lithium Ion Battery (100Ah).
  • Lithium Ion Battery - Powerful
  • Lithium Ion Battery - Low weight
  • Lithium Ion Battery - Long lifetime
  • Lithium Ion Battery - Fast charging
Lithium Battery Technology

The new era of battery technology
Description ›  

Lithium Ion Battery Packs with integrated Battery Management System (BMS) and MOSFET based safety breaker.


12V and 24V lithium battery (li-ion) - 60Ah/100Ah

12V – 100Ah Li-Ion | 24V – 100Ah Li-Ion

Lithium Ion Battery (Li-Ion)

Parallel connection is possible for up to 20x li-ion battery packs.
 


Lithium Ion Batteries for mobile and off-grid power systems

 
Lithium batteries for mobile energy

Get 230V/50Hz and 12 or 24 volt simultaneously, everywhere!
Watch the Video ›

12 Volt Lithium Ion Batteries

12 volt lithium battery pack - 2000Ah

100Ah Lithium – 12 volt

1x 12V–100Ah Lithium Ion Battery


Operation times*

200W@230V: 4h:30min
500W@230V: 1h:45min
2000W@230V: 25min
   

Charging times*

100A: 50min
   
   

12VDC output

Continuously: 100A
10min: 200A
5sec: >500A

200Ah Lithium – 12 volt

2x 12V–100Ah Lithium Ion Battery


Operation times*

200W@230V: 9h
500W@230V: 3h:30min
2000W@230V: 50min
   

Charging times*

100A: 1h:50min
200A: (2x100A) 1h
   

12VDC output

Continuously: 200A
10min: 400A
5sec: >1000A

400Ah Lithium – 12 volt

4x 12V–100Ah Lithium Ion Battery 


Operation times*

200W@230V: 18h
500W@230V: 7h
2000W@230V: 1h:40min
   

Charging times*

100A: 3h:15min
400A: (4x100A) 55min
   

12VDC output

Continuously: 400A
10min: 800A
5sec: >2000A

2000Ah Lithium – 12 volt

20x 12V–100Ah Lithium Ion Battery 


Operation times*

200W@230V: 90h
500W@230V: 35h
2000W@230V: 8h:20min
   

Charging times*

100A: 16h:15min
400A: (4x100A) 4h:20min
   

12VDC output

Continuously: 2000A
10min: 4000A
5sec: >10.000A


Operation times* (230V) and Charging times* (95% SOC) is based on use of one or more of the Inverter/Charger 2012-100
Where to Buy ›

24 Volt Lithium Ion Batteries

24 volt lithium battery pack - 2000Ah

100Ah Lithium – 24 volt

1x 24V–100Ah Lithium Ion Battery


Operation times*

200W@230V: 9h
500W@230V: 3h:30min
2000W@230V: 45min
   

Charging times*

50A: 1h:40min
100A: (2x50A) 55min
   

24VDC output

Continuously: 100A
10min 200A
5sec >500A

200Ah Lithium – 24 volt

2x 24V–100Ah Lithium Ion Battery


Operation times*

200W@230V: 18h
500W@230V: 7h
2000W@230V: 1h:30min
   

Charging times*

50A: 3h:15min
100A: (2x50A) 1h:40min
   

24VDC output

Continuously: 200A
10min: 400A
5sec: >1000A

300Ah Lithium – 24 volt

3x 24V–100Ah Lithium Ion Battery


Operation times*

200W@230V: 24h:30min
500W@230V: 10h:40min
2000W@230V: 2h:45min
   

Charging times*

50A: 5h:30min
150A: (3x50A) 2h:10min
   

24VDC output

Continuously: 300A
10min: 600A
5sec: >1500A

2000Ah Lithium – 24 volt

20x 24V–100Ah Lithium Ion Battery 


Operation times*

200W@230V: 180h
500W@230V: 70h
2000W@230V: 16h:40min
   

Charging times*

50A: 32h:30min
200A: (4x50A) 8h:40min
   

24VDC output

Continuously: 2000A
10min: 4000A
5sec: >10.000A


Operation times* (230V) and Charging times* (95% SOC) is based on use of one or more of the Inverter/Charger 2324-50
Where to Buy ›

Battery type:   12V – 100Ah Lithium Ion Battery   24V – 100Ah Lithium Ion Battery  
Model no.   012-00002GF   012-00004GF  
Nominal capacity   100Ah   100Ah  
Nominal battery voltage   12 VDC   24 VDC  
Operation voltage discharge   9.2 VDC   18.4 VDC  
Operation voltage charge   15 VDC   30 VDC  
Cell voltage min cut-off   2.3 VDC   2.3 VDC  
Cell voltage max cut-off   4.2 VDC   4.2 VDC  
Continuous discharge current   100 A   100 A  
Max discharge Impulse current:
10 min.
5 sec.
uSec.
 
200 A (temperature controlled)
>500 A
>1000 A
 
200 A (temperature controlled)
>500 A
>1000 A
 
Continuous charge current   100 A   100 A  
Standard charge/discharge current   50 A   50 A  
Lifecycle 80%DOD   >3000   >3000  
Lifecycle 70%DOD   >5000   >5000  
Operating temperature   -40°C~+50°C   -40°C~+50°C  
Cooling   Forced fan   Forced fan  
Inputs (wakeup function)   3   3  
Outputs (Open Collector)   2   2  
Communication   CAN (SAE J1939) - CP SW   CAN (SAE J1939) - CP SW  
Parallel connection   1 to 20   1 to 20  
Self-discharge rate per month (Sleep mode)   <3%   <3%  
Operating mode consumption   350mA   180mA  
Sleep mode consumption   <2mA   <2mA  
Connection terminals   M8 screw   M8 screw  
Chemistry   LiFeYPO4   LiFeYPO4  
Protection   IP21   IP21  
Watt hours   1320Wh   2640Wh  
Weight of cells   14kg   28kg  
Weight   19kg   36kg  
Dimensions (WxHxD)   192x274x301 mm   192x274x558 mm  
Package weight (total)   21kg   38kg  
Package dimensions WxHxD (mm)   285x330x390   330x360x685  
Approvals and standards:  
  2006/95/EC (Safety directive)
  The following harmonized standards have been applied: EN 60950-1:2001+ A11:2004 (LVD)
  2004/108/EC (EMC directive)
  
The following harmonized standards have been applied: EN 61000-6-3: 2007 Emission hold equipment 
EN 61000-6-2: 2007 Immunity industrial
  CE

Freight: UN 3481, lithium ion battery contained in equipment. Class 9, packing group II, tunnel restriction code E

 
Learn more about the integrated
Battery Management System ›
 

Capacaity comparison chart
Where the lithium ion battery technology makes 80% of the rated capacity available lead-acid technology only makes 30%-50% available, as can be seen in the comparison chart this means that you need twice the rated capacity of lead-acid to match the available capacity of lithium.



Weight comparison chart 
The following comparison chart shows the Rated capacity of lithium and lead-acid technologies in relation to weight, where lithium only weighs 1/3 of lead-acid and has significantly less volume.


Total cost development
In the following chart we see the cost development of having a 1kW system running with a lithium battery solution, lead-acid solution and having a vehicle running idle for power purposes.

Lithium system vs. idle running system, ROI = 2,2 years
 
Lithium system vs. Lead-acid system, ROI = 2,65 years

Idle running: An investment is made on a inverter and small lead-acid system. The calculation is made on the basis of a duty profile of 500W, 2 hours a day. 


Total CO2 development
When comparing the CO2 emission of the lithium ion battery and idle running solution over the system lifetime, a CO2 saving of approximately 8 tons is achieved by using the lithium system.
 

The calculation is made on the basis of a duty profile of 500W, 2 hours a day.
When using the lithium system, the system is charged while driving. This requires a small amount of extra fuel, which gives a small CO2 emission.


High-res images
 

 
 

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+ Powerful lithium
Lithium has 50% to 80% more energy available than lead acid.

+ Low weight
Lithium weighs only 1/3 of lead, with the same amount of energy 

+ Long lifetime
3000 cycles, full durability six times longer than lead acid.

+ Fast charging
Charge a 12VDC - 100Ah lithium ion battery in only 50 minutes.

Lithium Ion Batteries - more power, greater efficiency, longer lifetime

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 a lithium ion battery from an alternator is both efficient and fast compared to lead acid. The only requirement is a CDR Battery Separator or Converter between the starter battery and lithium ion battery.



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.

Learn more about the built-in Battery Management System ›
or everything about the Features ›
 

G3 Inverter/Chargers

Dual functionality. One compact unit.


Learn more about the
Inverter/Chargers ›

Display/remote

Have a full overview and total control.


Learn more about the
Display/remote ›

G3 Sine Wave Inverters

12v, 24v and 36v power inverter series.
 

Learn more about the
Sine Wave Inverters ›