Best 12V, 24V, 36V, and 48V Lithium Deep Cycle Battery For a Power Inverter
Power inverters convert DC power from the batteries into DC/AC power, allowing the users to use home appliances, tools, and other AC devices when AC power is not present during emergencies, blackouts, or simply while being off the grid.
Lithium deep cycle batteries are almost ideal battery type for such application since they tolerate deep discharge applications, support a large number of charging/discharging cycles, are lightweight, can be easily recharged, etc.
Published: September 17, 2021.
Lithium Inverter Batteries
Lithium inverter batteries have a nominal voltage of 12V, 24V, 36V, and 48V, with the most popular being 12V deep cycle lithium batteries.
When looking for the "best" battery, it is important to know few things about the power inverters themselves, including:
- nominal input voltage: input voltage is usually 12V, 24V, 36V, and 48V, although there are power inverters with even higher input voltages,
- nominal output power is given in Watts and it is the maximum output power that the power inverter can provide continuously,
- maximum output power is given in Watts and it is the maximum output power that the power inverter can provide for short periods of time (seconds, for example),
- energy efficiency: power inverters are not ideal electronic devices and some energy during conversion is lost in the form of heat. Good power inverters feature energy efficiency up to 90%, although just to be safe, when crunching numbers, use 80% efficiency at most.
There are other very important features of the modern power inverters, but when looking for the best lithium power inverter batteries, these power inverter features are the most important ones.
Deep cycle lithium batteries are mostly Lithium Iron Phosphate (LiFePO4) batteries with built-in Battery Management Systems (BMS), protecting the batteries from unwanted events like high/low voltage, high/low temperature, short circuit, and similar.
When looking for the "best" battery, it is important to check few details first, including:
- nominal and actual voltage: nominal voltage of the 4-cell LiFePO4 batteries is 12V, and the actual voltage is 12.8 volts. Similarly, 8-cell LiFePO4 batteries feature a nominal voltage of 24V and an actual voltage of 25.6 volts, etc.
When being discharged, lithium batteries hold their output voltage most of the time around 12.0 - 12.8 volts (or 24.0 - 25.6 volts), with some models providing 12+ (24+) volts at least 90% of their discharge time, unlike lead-acid batteries which quickly drop below 12V (or 24V, 36V, 48V, depending on the battery setup).
- when being discharged with strong currents, lithium batteries capacity is not decreased like the capacity of lead-acid batteries.
- maximum continuous discharge current of the deep cycle lithium batteries is limited by the BMS and is usually around 1.0C.
- maximum surge discharge current of the deep cycle lithium batteries is limited by the BMS and is very often around 2C for few seconds, after which the BMS disconnects the battery unless the discharge current is decreased.
- connecting in series and parallel: lithium batteries can be connected in series and parallel only if it is explicitly allowed by their manufacturer. Even then, the batteries should be connected as recommended by the manufacturer.
12V Lithium Deep Cycle Inverter Batteries
The following chart lists some of the most popular 12V lithium batteries with their most important features and specifications:
| Model | Battery Type Chemistry |
Group Size Capacity (Ah) |
Discharge Currents | Parallel / Series Connections | Weight (lbs/kg) |
| Aicipow PDAC-12100 | Deep Cycle LiFePO4 |
31 100 |
100A cont. | P: up to 4 S: up to 4 |
26 lbs; 11.8 kg |
| Aicipow PDAC-12200 | Deep Cycle LiFePO4 |
4D (6D) 200 |
100A cont. | P: up to 4 S: up to 4 |
58 lbs; 26.3 kg |
| AIMS Power LFP12V50A | Deep Cycle LiFePO4 |
- 50 |
50A cont. 100A 10s |
? | 17.75 lbs; 8.04 kg |
| AIMS Power LFP12V100A | Deep Cycle LiFePO4 |
31 100 |
100A cont. 200A 10s |
? | 30.2 lbs; 13.7 kg |
| AIMS Power LFP12V200A | Deep Cycle LiFePO4 |
4D (6D) 200 |
160A cont. 350A 10s |
? | 77 lbs; 34.9 kg |
| AIMS Power LFP12V50B | Deep Cycle LiFePO4 |
- 50 |
50A cont. 100A 10s |
P: up to 4 S: up to 4 |
15.5 lbs; 7.0 kg |
| AIMS Power LFP12V100B | Deep Cycle LiFePO4 |
31 100 |
100A cont. 200A 10s |
P: up to 4 S: up to 4 |
28.5 lbs; 12.9 kg |
| AIMS Power LFP12V200B | Deep Cycle LiFePO4 |
4D (6D) 200 |
200A cont. 400A 10s |
P: up to 4 S: up to 4 |
62 lbs; 28.1 kg |
| Banshee LFP-31M | Dual Purpose LiFePO4 |
31 100 |
1200 CCA | P: ? S: up to 4 |
24.2 lbs; 11 kg |
| Battle Born BB5012 | Deep Cycle LiFePO4 |
- 50 |
60A cont. 100A 30s |
P: yes S: up to 4 |
17.6 lbs; ~8.0 kg |
| Battle Born BB10012 | Deep Cycle LiFePO4 |
31 100 |
100A cont. 200A 30s |
P: yes S: up to 4 |
29 lbs; 13.2 kg |
| Battle Born BBGC2 | Deep Cycle LiFePO4 |
GC2 100 |
100A cont. 200A 30s |
P: yes S: up to 4 |
31 lbs; 14 kg |
| Bioenno Power BLF-12100WS | Deep Cycle LiFePO4 |
31 100 |
100A cont. 200A 5s |
(not recommended) | 28.1 lbs; 12.8 kg |
| Chins 12V50Ah | Deep Cycle LiFePO4 |
- 50 |
50A cont. 150A 5s |
P: up to 4 S: up to 4 |
13.8 lbs; 6.3 kg |
| Chins 12V100Ah | Deep Cycle LiFePO4 |
31 100 |
100A cont. 300A 5s. |
P: up to 4 S: up to 4 |
23.9 lbs; 10.8 kg |
| Chins 12V200Ah | Deep Cycle LiFePO4 |
4D (6D) 200 |
200A cont. 600A 5s |
P: up to 4 S: up to 4 |
49.4 lbs; 22.4 kg |
| Chins 12V300Ah | Deep Cycle LiFePO4 |
4D (6D) 300 |
200A cont. 600A 5s |
P: up to 4 S: up to 4 |
67.3 lbs; 30.5 kg |
| Chins 12V400Ah | Deep Cycle LiFePO4 |
4D (6D) 400 |
250A cont. 750A 5s |
P: up to 4 S: up to 4 |
86.4 lbs; 39.2 kg |
| Eastup 1250750 | Dual Purpose LiFePO4 |
34R/97R 50 |
750 CCA 930 MCA |
? | 15.43 lbs; ~7.0 kg |
| Eastup 12751000 | Dual Purpose LiFePO4 |
94R 75 |
1000 CCA | ? | 18.5 lbs; 8.4 kg |
| Eco-Worthy 12V50Ah | Deep Cycle LiFePO4 |
- 50 |
60A cont. | P: unlimited S: up to 4 |
11.9 lbs; 5.4 kg |
| Eco-Worthy 12V100Ah | Deep Cycle LiFePO4 |
34 100 |
- | P: up to 4 S: up to 4 |
23 lbs; 10.4 kg |
| Eco-Worthy 12V150Ah | Deep Cycle LiFePO4 |
31 150 |
150A cont. | P: unlimited S: up to 4 |
36.7 lbs; 16.6 kg |
| Eco-Worthy 12V200Ah | Deep Cycle LiFePO4 |
- 200 |
120A cont. | P: unlimited S: up to 4 |
52.9 lbs; 24 kg |
| ExpertPower EP1250 | Deep Cycle LiFePO4 |
- 50 |
50A cont. 100A 10s |
? | 13 lbs; 5.9 kg |
| ExpertPower EP12100 | Deep Cycle LiFePO4 |
31 100 |
100A cont. 200A 2s |
? | 22.6 lbs; 10.3 kg |
| ExpertPower EP12200 | Deep Cycle LiFePO4 |
4D (6D) 200 |
150A cont. 200A 3s |
? | 48.3 lbs; 21.9 kg |
| GLI GLIBATT12050 | Deep Cycle LiFePO4 |
26 50 |
50A cont. 500A 5s(?) |
P: yes S: up to 4 |
12 pounds; 5.5 kg |
| GreenLiFE GL50-50AH | Deep Cycle LiFePO4 |
21 50 |
50A cont. | Yes | 15 lbs; 6.8 kg |
| GreenLiFE GL80-80AH | Deep Cycle LiFePO4 |
27 80 |
80A cont. | Yes | 28 lbs; 12.8 kg |
| GreenLiFE GL100-100AH | Deep Cycle LiFePO4 |
31 100 |
100A cont. 1000A 5s |
Yes | 31 lbs; 14 kg |
| GreenLiFE GL260-260AH | Deep Cycle LiFePO4 |
8D 260 |
100A cont. 2600A 5A |
Yes | 80 lbs; 36.24 kg |
| JITA 12V100Ah | Deep Cycle LiFePO4 |
31 100 |
100A cont. | P: up to 4 S: up to 4 |
24.2 lbs; ~11.0 kg |
| JITA 12V200Ah | Deep Cycle LiFePO4 |
4D (6D) 200 |
200A cont. | P: up to 4 S: up to 4 |
48.9 lbs; 22.2 kg |
| JITA 12V300Ah | Deep Cycle LiFePO4 |
4D (6D) 300 |
200A cont. | P: up to 4 S: up to 4 |
59.5 lbs; 27 kg |
| JITA 12V400Ah | Deep Cycle LiFePO4 |
4D(6D) 400 |
200A cont. 400A 5s |
P: up to 4 S: up to 4 |
83.7 lbs; 37.9 kg |
| Kunmo LF-12100 | Deep Cycle LiFePO4 |
75 100 |
100A cont. | ? | 25.3 lbs; 11.5 kg |
| LiTime (Ampere Time) 12V 50Ah Plus | Deep Cycle LiFePO4 |
- 50 |
50A cont. 100A 5s |
P: up to 4 S: up to 4 |
14.3 lbs; 6.5 kg |
| LiTime (Ampere Time) 12V 100Ah | Deep Cycle LiFePO4 |
31 100 |
100A cont. 280A 5s |
P: up to 4 S: up to 4 |
24.25 lbs; 11 kg |
| LiTime (Ampere Time) 12V 200Ah Plus | Deep Cycle LiFePO4 |
4D (6D) 200 |
200A cont. 400A 5s |
P: up to 4 S: up to 4 |
52.3 lbs; 23.7 kg |
| LiTime (Ampere Time) 12V 300Ah Plus | Deep Cycle LiFePO4 |
4D (8D) 300 |
200A cont. 400A 5s |
P: up to 4 S: up to 4 |
63 lbs; 28.54 kg |
| LiTime (Ampere Time) 12V 400Ah Plus | Deep Cycle LiFePO4 |
8D 400 |
250A cont. 750A 5s |
P: up to 4 S: up to 4 |
86.2 lbs; 39.1 kg |
| Lossigy 12V100Ah | Deep Cycle LiFePO4 |
- 100 |
50A cont. | P: up to 10 S: up to 4 |
23.8 lbs; 10.8 kg |
| Lossigy 12V200Ah | Deep Cycle LiFePO4 |
4D 200 |
100A cont. | P: no limit (10?) S: up to 4 |
46 lbs; 20.9 kg |
| Lossigy 12V300Ah | Deep Cycle LiFePO4 |
4D (6D) 300 |
200A cont. | P: up to 10 S: up to 4 |
72 lbs; 32.6 kg |
| Lossigy 12V400Ah | Deep Cycle LiFePO4 |
4D (6D) 400 |
200A cont. | P: up to 10 S: up to 4 |
95 lbs; 43 kg |
| Mighty Max ML100-12LI | Deep Cycle LiFePO4 |
30H 100 |
100A cont. 200A 15s |
P: up to 4 S: not allowed |
29.54 lbs; 13.4 kg |
| Mighty Max ML4D-LI | Deep Cycle LiFePO4 |
4D (6D) 200 |
- | P: up to 4 S: not allowed |
48 lbs; 21.8 kg |
| PacPow 12V 100Ah | Deep Cycle LiFePO4 |
31 100 |
100A cont. 300A 10s |
P: up to 4 S: up to 4 |
27.56 lbs; 12.5 kg |
| Pionergy 12V200Ah | Deep Cycle LiFePO4 |
4D (6D) 200 |
200A cont. | P: up to 4 S: up to 4 |
46.1 lbs; 20.9 kg |
| Pionergy 12V300Ah | Deep Cycle LiFePO4 |
4D (6D) 300 |
200A cont. | P: up to 2 S: up to 4 |
71.2 lbs; 32.3 kg |
| Power Queen 12V100Ah | Deep Cycle LiFePO4 |
31 100 |
100A cont. | P: up to 4 S: up to 4 |
25.25 lbs; 11.0 kg |
| Power Queen 12V200Ah | Deep Cycle LiFePO4 |
4D (6D) 200 |
100A cont. | P: up to 4 S: up to 4 |
48.28 lbs; 21.9 kg |
| Power Queen 12V300Ah | Deep Cycle LiFePO4 |
4D (6D) 300 |
200A cont. | P: up to 4 S: up to 4 |
62.8 lbs; 28.5 kg |
| Renogy RNG-BATT-LFP-12-50 | Deep Cycle LiFePO4 |
- 50 |
50A cont. | P: yes S: not allowed |
14.77 lbs; 6.7 kg |
| Renogy RBT100LFP12S-G1 | Deep Cycle LiFePO4 |
- 100 |
100A cont. | P: yes S: not allowed |
26 lbs; 11.8 kg |
| Renogy RNG-BATT-LFP-12-170 | Deep Cycle LiFePO4 |
- 170 |
125A cont. | ? | 46.3 lbs; 20.97 kg |
| Scream Power 12V100Ah | Deep Cycle LiFePO4 |
31 100 |
? | P: ? S: no |
24.3 lbs; 11 kg |
| Scream Power 12V400Ah | Deep Cycle LiFePO4 |
- 400 |
400A cont. 800A peak |
? | 81.4 lbs; 36.9 kg |
| Vatrer 12C 100Ah | Deep Cycle LiFePO4 |
31 100 |
100A cont. | P: up to 4 S: up to 4 |
33 lbs; 15 kg |
| Vatrer 12V 200Ah | Deep Cycle LiFePO4 |
4D 200 |
100A cont. | P: up to 4 S: up to 4 |
48.5 lbs; 22 kg |
| VMAXTANKS LF27-12100 | Deep Cycle LiFePO4 |
27 100 |
125A cont. 350A 3s |
P: up to 4 S: up to 4 |
25.3 lbs; 11.5 kg |
| VMAXTANKS LFPU1-1245 | Deep Cycle LiFePO4 |
U1 45 |
45A cont. 100A 3s |
P: up to 4 S: up to 4 |
10.8 lbs; 4.9 kg |
| VMAXTANKS VPG12C-50Li | Deep Cycle LiFePO4 |
U1 50 |
50A cont. 100A 5s 150A 3s |
P: up to 2 S: not allowed |
12 lbs; 5.5 kg |
| Waterblade LFP 100-12.8 | Deep Cycle LiFePO4 |
- 100 |
80A cont. 400A 1s |
? | 29 lbs; 13.2 kg |
| Weize FPLI-12100AH | Deep Cycle LiFePO4 |
31 100 |
100A cont. 200-250A surge |
P: up to 4 S: up to 4 |
26.4 lbs; 12.0 kg |
| Weize TPLI-12200AH | Deep Cycle LiFePO4 |
4D (6D) 200 |
100A cont. 200A 3s |
P: up to 4 S: up to 4 |
27.6(?) lbs; 12.5(?) kg |
| Wingda W100-12V100AH | Deep Cycle LiFePO4 |
31 100 |
50A cont. | P: up to 4 S: up to 4 |
23.8 lbs; 10.8 kg |
| Wingda W200-12V200AH | Deep Cycle LiFePO4 |
4D (6D) 200 |
100A cont. | P: up to 4 S: up to 4 |
48.9 lbs; 22.15 kg |
| Wingda W300-12V300AH | Deep Cycle LiFePO4 |
8D 300 |
200A cont. | P: up to 4 S: up to 4 |
70.54 lbs; 31.95 kg |
| Zooms 12V 100Ah | Deep Cycle LiFePO4 |
31 100 |
100A cont. | P: up to 4 S: up to 4 |
25.35 lbs; 11.5 kg |
| Zooms 12V 200Ah | Deep Cycle LiFePO4 |
4D (6D) 200 |
200A cont. | P: up to 4 S: up to 4 |
49.6 lbs; 22.5 kg |
| Zooms 12V 300Ah | Deep Cycle LiFePO4 |
4D (6D) 300 |
200A cont. | P: up to 4 S: up to 4 |
62.83 lbs; 28.5 kg |
As one can see, 12V lithium deep cycle batteries differ in both size, shape, their nominal capacity, and especially their discharge currents and their ability to be connected in series and parallel, safely.
Little Bit of Math
Example 1:
If we have a 12V 1000W power inverter with 90% energy efficiency, and if we want to power it for at least 40 minutes with a single 12V battery, what is the minimum recommended capacity of the lithium deep cycle battery?
First of all, let's calculate the required current.
If the output power is 1000W, input power is 1000W/0.9= ~1110 watts.
If the input power is 1110 watts @12V, what is the required current?
I = 1110W/12V = 92.5 Amps
If we check the 12V lithium battery chart, lithium 12V 100Ah or larger batteries are able to provide at least 92.5 Amps continuously.
Also, they are also able to provide 92.5 Amps for at least an hour, which is better than the required 40 minutes.
Example 2:
If we have a 12V 200Ah lithium battery and want to power the 80% energy efficient inverter with a 500W load, how long will the battery last?
Input power is 500W/0.8 = 625 watts, meaning that the discharge current is 625W/12V = ~52 Amps.
12V 200Ah lithium battery can provide such power for almost 200Ah/52A = 3.84h = ~ 3h 50 minutes.
The actual time depends on the battery condition and its initial charge.
In order to decrease the currents and increase the efficiency in general, some power inverters use 24V, 36V, and 48V batteries.
24V, 36V, and 48V Lithium Deep Cycle Inverter Batteries
The following charts list some of the most popular 24V, 36V, and 48V lithium deep cycle batteries that are suitable for use as inverter batteries. The 24V lithium batteries are given in the following chart:
| Model | Battery Type Chemistry |
Group Size Capacity |
Discharge Performances |
Parallel / Series Connections | Weight (lbs/kg) |
| Battle Born BB5024 | Deep Cycle LiFePO4 |
- 50 Ah |
60A cont. 100A 30s |
P: yes S: up to 2 |
29 lbs; 13.2 kg |
| CHINS 24V 150Ah | Deep Cycle LiFePO4 |
4D (6D) 150 Ah |
150A cont. 450A 5s |
P: up to 2 S: up to 2 |
68.4 lbs; 31 kg |
| CHINS 24V 200Ah | Deep Cycle LiFePO4 |
4D (6D) 200 Ah |
200A cont. 600A 5s |
P: up to 2 S: up to 2 |
97.1 lbs; 44 kg |
| ExpertPower EP24100 | Deep Cycle LiFePO4 |
4D (6D) 100 Ah |
95A cont. 150A 3s |
? | 47.9 lbs; 21.7 kg |
| FlyPower 24V100Ah | Deep Cycle LiFePO4 |
4D (6D) 100 Ah |
100A cont. 200A 3-5s |
Yes | - |
| GreenLiFE GL5024V | Deep Cycle LiFePO4 |
31 50 Ah |
- | ? | 32 lbs; 14.5 kg |
| LiTime (Ampere Time) 24V 100Ah | Deep Cycle LiFePO4 |
4D (6D) 100 Ah |
100A cont. 280A 5s |
P: up to 4 S: up to 2 |
47.4 lbs; 21.5 kg |
| LiTime (Ampere Time) 24V 200Ah | Deep Cycle LiFePO4 |
8D 200Ah |
200A cont. 750A 5s |
P: up to 4 S: up to 2 |
85.54 lbs; 38.8 kg |
| Waterblade LFP 50-25.6 | Deep Cycle LiFePO4 |
- 50 Ah |
80A cont. 200A 3s |
P: up to 10 S: up to 8 |
29 lbs; 13.2 kg |
While a 24V battery pack can be made using a pair of the 12V lithium batteries connected in series, having a single battery can help the user keep things as simple as possible.
The following chart lists some of the most popular 36V lithium batteries with their most important features and specifications:
| Model | Battery Type Cell Type |
Group Size | Capacity (Ah) RC (min) |
Discharge Currents |
Parallel Conn. Series Conn. |
Weight (lbs/kg) |
| Dakota Lithium 36V63Ah | Deep Cycle LiFePO4 |
4D/6D | 63 ~150 |
60A cont. 100A 10s |
? | 59 lbs; 26.8 kg |
| Fly Power 36V40Ah | Deep Cycle LiFePO4 |
95R | 40 96 |
40A cont. 80A 3-5s |
Yes | - |
| Fly Power 36V60Ah | Deep Cycle LiFePO4 |
4D/6D | 60 144 |
60A cont. 120A 3-5s |
Yes | - |
| Fly Power 36V80Ah | Deep Cycle LiFePO4 |
4D/6D | 80 192 |
80A cont. 160A 3-5s |
Yes | - |
| Fly Power 36V100Ah | Deep Cycle LiFePO4 |
4D/6D | 100 240 |
100A cont. 200A 3-5s |
Yes | - |
| Fly Power 36V120Ah | Deep Cycle LiFePO4 |
- | 120 288 |
120A cont. 240A 3-5s |
Yes | - |
| GreenLiFE GL36V40 | Deep Cycle LiFePO4 |
31 | 40 96 |
50A cont. | Yes | 31.3 lbs; 14.2 kg |
| Kepworth 36V40Ah | Deep Cycle LiFePO4 |
95R | 40 96 |
32-40A cont. | P:? S: up to 2 |
35.2 lbs; 16.0 kg |
| Kepworth 36V60Ah | Deep Cycle LiFePO4 |
4D/6D | 60 144 |
48-60A cont. | P:? S: up to 2 |
46.2 lbs; 20.9 kg |
| Kepworth 36V80Ah | Deep Cycle LiFePO4 |
4D/6D | 80 192 |
64-80A cont. | P:? S: up to 2 |
56.5 lbs; 25.6 kg |
| Kepworth 36V100Ah | Deep Cycle LiFePO4 |
4D/6D | 100 240 |
80-100A cont. | P:? S: up to 2 |
69.7 lbs; 31.6 kg |
| Kepworth 36V120Ah | Deep Cycle LiFePO4 |
4D/6D | 120 288 |
96-120A cont. | P:? S: up to 2 |
82.9 lbs; 37.6 kg |
| MoseWorth 36V100Ah | Deep Cycle LiFePO4 |
4D/6D | 100 240 |
- | Not recommended | ? |
| Scream Power 36V40Ah | Deep Cycle LiFePO4 |
95R | 40 96 |
40A cont. 80A surge (s?) |
? | 28.7 lbs; 13 kg |
| Scream Power 36V80Ah | Deep Cycle LiFePO4 |
4D/6D | 80 192 |
80A cont. 160A surge (s?) |
? | 57.2 lbs; 25.9 kg |
| Scream Power 36V100Ah | Deep Cycle LiFePO4 |
4D/6D | 100 240 |
100A cont. 200A surge (s?) |
? | 70.5 lbs; 31.94 kg |
| Scream Power 36V120Ah | Deep Cycle LiFePO4 |
- | 120 288 |
120A cont. 240A surge (s?) |
? | 83.8 lbs; 39.96 kg |
Note: Amazon affiliate links ('Model' column) open in the new windows, feel free to check them for the most up-to-date prices and offers. Also, we have tried to verify every single bit of information in this chart, but things may change over time, especially with the introduction of new battery (sub)models.
Again, while a 36V battery pack can be made using three of the 12V lithium batteries connected in series, having a single battery can help the user keep things as simple as possible. Also, by tripling the voltage, the current is also decreased 3 times.
The following chart lists some of the most popular 48V lithium batteries with their most important features and specifications:
| Model | Group Size Capacity |
Discharge Currents | Parallel / Series Connections | Weight |
| Go Battery 48Volt 100Ah Battery | - 100 Ah |
120A cont. 300A peak |
P: yes S: ? |
91 lbs; 41.2 kg |
| LiTime (Ampere Time) 48V 100Ah Battery | 8D 100 Ah |
100A cont. | P: 4 S: no |
95.9 lbs; 43.4 kg |
| Lynx 48V 100Ah Battery | - 100 Ah |
100A cont. | Yes | 89 lbs; 40.3 kg |
| RELiON Insight 30Ah 48V Battery | GC2 30 Ah |
100A cont. 200A 15s |
P: yes S: ? |
34.4 lbs; 15.6 kg |
| Renogy 48V 50Ah Battery | - 50 Ah |
50A cont. | P: yes S: no |
60.8 lbs; 27.6 kg |
| Scream Power 48v 80Ah Battery | 4D (6D) 80 Ah |
80A cont. | ? | 77 lbs; 34.9 kg |
| Scream Power 48v 100Ah Battery | - 100 Ah |
100A cont. | ? | 94.7 lbs; 42.9 kg |
Note: Amazon affiliate links ('Model' column) open in the new windows, feel free to check them for the most up-to-date offers and prices.
48V batteries can be created by connecting 4 (four) 12V batteries or 2 (two) 24V batteries in series. Or, to keep things simple, the user can pick the most suitable 48V battery (or batteries).
Long Story Short: Lithium deep cycle batteries are ideal power inverter batteries - they initially cost more than lead-acid batteries of the same capacity, but they are lighter, they support much more charging/discharging cycles, their capacity doesn't decrease with the increase in discharge current, etc.
Although these batteries are protected by BMSs, they are nonetheless able to provide very strong currents that can cause damage, injuries, or worse. Thus, safety first ...
