Lithium cranking battery is a new technology in the market. Lithium batteries are lighter, smaller, and have a longer life than lead-acid batteries. This new technology has uses for many applications like UPS (uninterruptible power supply), emergency lighting, mobility and transportation etc.
Better Performance.
You’ll get better performance from lithium batteries, especially regarding cranking current and charge/discharge rates. Lithiums have a higher energy density than lead-acid batteries so that they can deliver more power for their size. They also have a longer life cycle because lithium does not deteriorate as much over time as lead does.
Lead acid batteries can be charged at only 1C (1 x capacity), while lithium-ion cells can accept much more charging current (as high as 5C). This means they recharge faster – up to 70% in 30 minutes!
Longer Life.
Lithium batteries have a longer life than lead-acid batteries. You can recharge these li-ion cranking batteries more often than lead acid, which means the battery will last longer because it won’t spend as much time sitting idle and losing its charge. Lithium-ion cranking batteries also store well, keeping them dormant without losing their charge.
In short: lithium-based cranking batteries are small but mighty!
Reliable, Low-Maintenance Starts.
Lithium batteries are very reliable. They have a long service life and will start your car in cold weather. You can go from one month to the next without worrying about recharging them. This makes li-ion cranking batteries great for people who travel frequently or live in areas with harsh winters. These batteries do not require maintenance other than periodic testing. So, if you are looking for something that doesn’t need much work, this may be right up your alley!
Improved Cranking Capacity To -40°C.
Improved Cranking Capacity To -40°C.Li-ion cranking batteries have an efficient cranking capacity to -40°C, which is a significant improvement compared to lead-acid batteries that can only start at 0°C. The lithium battery’s enhanced performance in cold weather conditions is vital for vehicles that must start in extreme temperatures and climates.
Independent Internal Cell Monitoring For Continuous Use And Longer Service Life.
The lithium battery features independent internal cell monitoring for continuous use and longer service life. Each cell has its monitoring circuit. This means that you can use the battery continuously without damaging the cells. It also means you can discharge it lower than a traditional lead acid battery without damaging the cells.
Higher Charging Efficiency Of A Lithium Starter Battery
Lithium batteries can be charged at a higher voltage. In some cases, the charging current is nearly double. This is because a lithium starter battery has a higher voltage than lead-acid batteries.
For example, charging a 12-volt lead acid battery will take about 18 hours to charge from 10% to 90%. If you use lithium iron phosphate (LiFePO4) technology instead of lead acid technology and charge at 24 volts instead of 12 volts, it would take only 10 hours to do the same thing! That’s 2x faster!
3x Smaller Size And Lighter Weight
Lithium batteries are an excellent choice for vehicle manufacturers because they are smaller, lighter and more efficient than other types of lead-acid batteries. These advantages allow lithium batteries to be used in small or electric vehicles like golf carts and forklifts.
Lithium batteries have wide uses in hybrid vehicles, with an electric motor and a gasoline engine working together to power the car. This hybrid car can run on electricity from its battery or gasoline from its tank. This depends on which provides greater efficiency at any given moment (in terms of speed).
No More Charging In Cold Weather
Lithium is the solution if you’re tired of having to charge your lead-acid battery in cold weather. These batteries don’t require much charging in temperatures below freezing, so you can use them all year round without worrying about them being affected by cold weather. Lead acid batteries may require charging at temperatures below 50 degrees Fahrenheit (10 degrees Celsius). Due to this, you’ll have to wait for warmer weather if you want your battery ready for use during the winter months.
Built-In BMS (Battery Management System)
It is necessary to have a BMS to prevent the battery from overcharging and over-discharging. The BMS is a unique circuit that monitors the state of the battery. It also helps to prevent overcurrent, overvoltage, short circuits and excessive discharge.
It is also possible to use a BMS with lithium-ion batteries that are not used in electric vehicles.
Safe Lithium RV Battery
One of the biggest dangers of most lithium batteries is that they are prone to catching fire, but that’s not the case with lithium RV batteries. A lithium RV battery will never catch on fire unless it severely overcharges. Such that, even then, it won’t explode as a regular lead acid battery would. Lithium RV batteries are also not toxic. So, there’s no risk of inhaling poisonous fumes if you happen to get some spilled on you.
Lithium also has a higher energy density than other types of batteries. This means that even though they’re smaller than most other RV batteries, they can hold more electrical power. This makes them ideal for use in RVs where space is usually limited since it means less weight needs to be carried around with you as well!
The lighter weight of the battery also means less strain on the suspension system and greater fuel economy for you when you’re driving.
Faster Or Equal Charging
You can charge lithium batteries up to 100% and be ready for use in a much shorter time than lead acid batteries. The reason is that lithium batteries have a higher charging rate and also do not suffer from the “gassing” effect that many lead acid batteries suffer from when they charge at high rates.
Lithium batteries charge faster, but they also require charging at lower temperatures because of their delicate nature. If you use them at high temperatures, there will be problems with their performance and life expectancy.
Engine Start Capabilities Of A Lithium Marine Battery
Lithium marine batteries have a higher energy density than lead-acid ones so that they can store more power in a smaller space. This translates to a lithium marine battery being lighter than lead-acid equivalents. In addition, lithium chargers charge these batteries faster than their lead-acid counterparts; this is especially important if you want to use your boat every day or on weekends when there’s lots of traffic on the water.
Additionally, lithium batteries have a longer lifespan than lead-acid batteries. The average lifespan of a lithium battery is twice as long as its counterpart’s! You’ll also see many popular designs using “smart” features that automatically shut down when the temperature gets too high or low.
Finally, lithium marine batteries charge quickly since there’s no need to worry about electrolytes boiling over from charging too fast. This makes them perfect for solar panels!
Conclusion
Lithium batteries are the future of automotive batteries. They have all the benefits of lead-acid batteries and more. A lithium-ion cranking battery is an excellent choice for any vehicle that needs reliable starting power.
For more details, feel free to reach out to Deep Cycle Systems any day.
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