Lithium batteries have many advantages over traditional lead-acid batteries, including the ability to withstand deep discharges and high temperatures, long life spans and low weight. However, there are also some differences between a lithium battery pack that operates at 12 volts or 24 volts. In this article I will explain difference between and 12v or a 24v Deep Cycle Battery. This way, you can decide which is right for your application.
12 Volt Lithium Batteries
12 volt lithium batteries are the most common battery type, and they’re used in a variety of applications. In the automotive industry, 12 volt lithium batteries are often used as starter batteries. They have a high cranking power (CCA), meaning they can start an engine easily despite cold temperatures or mechanical issues that would otherwise cause problems for other types of starter batteries.
In aerospace applications, 12 volt lithium batteries are usually employed as power sources for backup power systems (UPS). A UPS is a device that provides temporary electrical power if there’s a loss of main power; it also provides continuous operation during power interruptions from brief outages (such as brownouts or blackouts) or longer-term outages caused by natural disasters (such as hurricanes), earthquakes and floods. Since these systems require fast startup times when there is no main supply voltage available yet may experience long periods without any external input voltage whatsoever — possibly even several days without any input whatsoever — their design must adhere closely to certain safety standards set forth by international aviation authorities such as FAA Advisory Circular AC 120-72B Rev C Section 2–Section 4 which includes requirements such as:
24v Lithium Ion Deep Cycle Battery
24 volt lithium batteries are ideal for applications where there is a lot of weight, power and heat.
If you need more power, then go with the 24v lithium battery pack. If your application has a lot of weight, then you should use this type of battery as well because they’re able to handle more energy without over-heating or getting damaged by excess heat.
Finally, if your project requires lots of energy storage but doesn’t have much space available then using a 24v lithium battery could be the best option for you!
The advantages of using a 12V lithium battery pack
There are many advantages to using a 12V lithium battery pack. The main advantages include:
- Compact design – a 12V lithium battery pack is smaller than a 24V lithium battery pack, so it can be used in applications where space is limited.
- Weight – while both types of batteries weigh roughly the same, the larger voltage of 24V provides more power and tends to weigh more. As such, you’ll need less weight if you’re using 12V instead (which may be beneficial for lifting or shipping).
- Power – because they offer significantly less power than their high voltage counterparts do, 12 Volt systems are ideal for applications where power isn’t an issue but size and weight are important considerations (such as drones or RC cars).12v vs 24v lithium battery packs
Advantages of using a 24V lithium battery pack
24m Deep Cycle Battery packs are more common, and they have some advantages.
- 24V batteries are more efficient. Since they use a higher voltage (24 volts), they can achieve greater energy density than 12V batteries. This means that your car will be able to go farther on a charge with a 24V battery pack than it would with a 12V pack of the same size. In other words, you get more bang for your buck with a 24V pack!
- 24V batteries are more powerful. Because of their higher voltage (24 volts), these battery packs can provide twice as much power per cell as 12V ones do—and thus deliver twice as much power for all kinds of applications like electric vehicles, industrial equipment and under-the-hood gadgets such as air compressors or power tools
Which is right for your application?
The answer is simple: it depends.
If your application requires a small, low-power battery pack, then a 12V lithium battery may be right for you. These batteries are best suited to applications with high demands on the power supply but low demands on current draw. They’re able to provide long periods of run time and will last longer than their 24V counterparts due to their lower discharge rate. For example, they’re ideal for powering small drones or RC vehicles (e.g., helicopters).
On the other hand, if your application requires higher power output and/or current draw than what can be achieved by a 12V lithium battery pack or two connected in parallel (see below), then you would probably benefit from using a 24V lithium battery pack instead—even if it means having less overall capacity available for use at any given time! This is because 24V lithium batteries have greater overall energy density than 12V models do; this means that they require less space within an enclosure while still being able to output more amps per pound than their lower voltage counterparts can deliver in similar applications where only one voltage option must be selected due solely
to budget constraints related specifically towards cost per wattage ratio rather than absolute costs associated directly against usage cycles per unit volume across all sizes available so long as both types meet certain minimum requirements needed before moving onto higher voltages such as 36VDC because this would increase initial cost without providing additional benefits in terms of performance improvements over what’s already been achieved here today when looking at just 28VDC versus 22VDC versions alone
It is important to consider the advantages and disadvantages of each type of battery and what your individual needs are before deciding on a lithium battery.
Advantages:
- Higher energy density, which means that you can get more power from less weight (important for long term missions) or more power from the same weight (important for short term missions). This is why lithium batteries are often used in drones, electric cars, and solar power systems.
- Can be charged at any voltage between 3v up to 4.2v without damaging the cells or losing capacity over time. This makes them ideal for when you need a lot of energy fast – like drilling holes into concrete walls!
Conclusion
This article has given you a brief overview of the benefits of using either type of lithium battery. If you want to learn more about these batteries, then check out our other blog posts about them!
