Advantages of Lithium Iron Phosphate Battery for Marine Use

Lithium iron phosphate battery (LiFePO4), a lithium-ion battery technology, is a safe battery that is superior to that of lead-acid battery in terms of storage capacity, consistent high power, longer shelf life, weight and quick charging. All of these properties have made the LiFePO4 battery an ideal choice for marine use. They are the safest type of lithium-based batteries that does not overheat and does not pose any environmental hazard. Lithium iron phosphate battery manufacturers can help you to understand the functioning and capability of battery banks, thus, connect with them before making a final decision.

Listed below are the advantages of using lithium iron phosphate battery pack in marine vehicles:

• The lifecycle of a LiFePO4 battery is 2000 – 4000 cycles and can be discharged to 90%. This feature is extremely significant in the case of water transport.

• LiFePO4 battery has a constant discharge of voltage. These batteries stay at a voltage of 13 - 13.4V until the discharge up to 95% and then voltage falls down quickly. Whereas, a Lead-acid battery decreases its voltage from 13V to below 11.5 V. Hence, a LiFePO4 battery operated appliance operates efficiently until the full energy is discharged.

• Since LiFePO4 battery can safely, draws down up to 95% compared to 50% of a lead-acid battery, which means fewer LiFePO4 batteries achieve the same power. The battery weight of the LiFePO4 battery combined with capacity means significant reduction in the lithium iron phosphate battery pack weight. The LiFePO4 battery occupies only 40% space as that of a lead acid. Lighter and compact batteries will help in the easy mobility.

• LiFePO4 batteries are generally safe when compared to other lithium-based batteries. The Battery Management system takes care of the overcharging and discharging rates. LiFePO4 battery does not have the risk of emitting noxious fumes as compared to that of lead-acid batteries.

• LiFePO4 batteries can be stored in temperatures between -25oC to 40oC. The charging of a LiFePO4 battery below -20oC can degrade the battery. It is advisable to remove the negative terminals during winter or when the battery is kept in long storage.

• The lithium iron phosphate battery manufacturers, owing to its long lifecycles, recommends it as a best investment that can be made for a speed boat.

To buy LiFePO4 battery is indeed an expensive choice, but its advantages over the lead-acid batteries or other lithium-based batteries can overlook this additional cost. So, invest smartly and effectively.

Top 5 Applications of a Lithium Iron Phosphate Battery

Lithium iron phosphate batteries (LiFePO4) are increasingly becoming popular among customers due to various advantages over lead –acid batteries. The LiFePO4 batteries are a superior choice due to their qualities like higher specific energy capacity, long life cycles, compact size, high thermal and chemical stability, improved cost performance, and enhanced charge – discharge rate and safety. Before you buy LiFePO4 battery, read the following sections to know more about its applications in various industries and sectors:

1. Electric vehicles

Lithium iron phosphate battery has a higher discharge rate that is required for acceleration making it suitable choice for all electrical vehicles. The electric bicycles and cars are utilizing LiFePO4 batteries extensively owing to its lower weight and long life. It is also used in recreational vehicles, like caravan or motor home, as well as in boats.

2. Energy storage applications

Lithium iron phosphate batteries when used in combination with converters and inverters can provide power to electrical loads when the power supply is disrupted. The lower discharge rate of a LiFePO4 battery makes it ideal for storing energy without much loss. Many electrical loads, which may include your laptops or mobile phones and most of the household electric appliances can be powered using a Lithium Iron Phosphate Battery in combination with an inverter or a converter.

3. Motor boats

The LiFePO4 battery, owing to its lightweight and enhanced lifecycle, is increasingly preferred for powering small boats and kayak motors. The low self-discharge property gives the LiFePO4 batteries long shelf life as well as good winter storage. In addition, these batteries are generally plug compatible with lead-acid chargers making it a drop-in replacement.

4. Solar energy system applications 

LiFePO4 batteries can be combined with solar panel and solar controllers to develop a perfect solar energy storage solution. The solar panels charge the LiFePO4 battery and also provide power to the electrical loads. The outstanding shelf-life of LiFePO4 battery is a significant feature for the solar application.


5. Communication Equipment

The radio communication equipment like ham radio have been traditionally using lead-acid and Nimh batteries that are being fast replaced by LiFePO4 batteries. The longevity and number of charge cycles are the qualities that encourages you to buy LiFePO4 battery for this equipment.

Many other items like solar powered lights, flashlights, portable motor-driven equipment, industrial sensor systems and emergency lightings are working on lithium iron phosphate batteries.

What is the Difference Between Deep Cycle and Regular Battery?

There are different types of batteries available in the market and each has a specific functionality. When it comes to selecting the battery, the use of the same must be kept in mind including other factors like power output requirements.

Apart from normal car batteries, you also get deep cycle batteries which are commonly used in large solar power systems, recreational vehicles, golf carts etc. You can buy deep cycle batteries online and the LiFe PO4 12v 400ah battery is perfect for RV, Solar, Marine, and Off-Grid Applications. It is important to choose the appropriate battery for specific use and for that, it is also important to know the differences between deep cycle and regular batteries.

• The first difference is their cooling off period. A regular battery can go straight from the charger to the equipment, however, a deep cycle battery should be cooled off properly before putting it to use.

• A deep cycle battery is designed to provide a steady amount of current over a longer period of time as compared to a regular battery.

• A deep cycle battery can withstand several hundred total discharge or recharge cycles, while a normal battery is not designed to be totally discharged.

• A deep cycle battery should be placed on a charger and recharged as soon as possible after it has been used, whereas, a normal battery does not need to be recharged unless it does not have enough power to crank your vehicle.

Batteries differ in their functionality, however, to extend its life, proper maintenance of the same is required. Depending on the size and use of your equipment, you can buy deep cycle batteries online. LiFe PO4 12v 400ah batteries are rechargeable and perfect for electricals that use solar energy. These can be repeatedly discharged and recharged without causing damage or shortening their life. Choosing the right battery always provide the right amount of output. So, make sure to go through all the features and functions of a battery to get the best for your need.

Different Types of Lithium Iron Batteries and Their Specifications

Lithium iron batteries occupy almost every household as they are a necessity for today’s modern technology like cell phones, laptops and even electric vehicles. They are a type of rechargeable battery in which lithium irons move from the negative electrode (anode) to the positive electrode (cathode) during discharge, and from the cathode to the anode during charging.

You can buy a lithium iron battery as its high specific energy gives it an advantage over other batteries. There are different types batteries and you can buy one of them is the lithium iron phosphate battery which dramatically reduces the risk of overheating and fire. Apart from this, there are several other variants as well, some of which are given below.

Types of lithium iron batteries:

• Lithium-Cobalt Oxide Battery– these are made from lithium carbonate and cobalt and because of their high specific energy, these batteries are specifically used for cell phones, laptops and electronic cameras.

• Lithium Manganese Oxide Battery – these batteries are popular for their high temperature stability and are also safer than other lithium-iron battery types. Because of their high discharge rate and longer life, they are used in medical equipment, electric bikes and more.

• Lithium-Nickel Manganese Cobalt Oxide Battery – these are made of several materials common in lithium-iron battery types which includes a cathode made of combination of nickel, manganese and cobalt. They can either have high specific energy density or a high specific power but cannot have both. They are commonly used in power tools and in power trains for vehicles.

• Lithium-Titanate Battery– this is one type that allows for ever increasing applications. Its fast recharge time is its biggest advantage and there is potential for this type of battery to be used in electric buses for public transportation.

There are many different types of lithium ion batteries, however, each battery has different energy density, power density, reliability and safety. Before you buy a lithium iron battery, you need to know all about their properties. Lithium iron phosphate battery is one that offers a high level of safety and comes at a low cost. Make sure that you are aware of the types and uses of each variant so that you can select the best suited for your use or device.

Types of Deep Cycle Batteries and Their Usage

Deep cycle batteries are those, which are designed to be discharged deeply on a regular basis, using most of its capacity.  If we compare them with car batteries, they are to be used for a longer period of duration, whereas the car batteries are designed to provide only a short burst of energy that will not completely discharge the battery.

If you are planning to buy deep cycle batteries, then you must know that they have several common applications, including marine vehicles, recreational vehicles, golf carts, motorized wheel chairs, forklifts etc. If you own any of these, you can always buy deep cycles batteries online to make a secure purchase. It is always a good idea to buy and keep deep cycle batteries to be used in case of any malfunction in the running one.

Types of Deep Cycle Batteries 

1. Flooded batteries – also known as wet cells, these are the oldest of the rechargeable batteries presently being used. It contains an unsealed container that is filled with a liquid. During overcharging, they tend to release hydrogen gas. They require periodic monitoring but are relatively inexpensive and easier to use and maintain.

2. Gel batteries – also known as gel cell. These are sealed, and valve regulated lead-acid deep cycle batteries with a gel-based electrolyte. These are relatively corrosion free and can survive in harsher conditions of temperature, shock and vibrations as compared to flooded batteries.

3. Absorbent Glass Mat batteries – These are also a sub-type of lead-acid deep cycle batteries in which a fiberglass mat is used to absorb the electrolyte. They offer lower internal resistance and discharge at a slower pace.

4. Lithium-Ion batteries – these are the latest additions to the segment and you can buy deep cycle batteries for commercial use as well. In these, lithium compounds are used as the positive electrode. These offer more range of applications as compared to the other types.

Deep cycle batteries have long been in use in various aspects of our daily life. They are used in a variety of devices ranging from small portable electronics to electric vehicles. Commercially, it is possible to choose and buy deep cycle batteries online with optimal ease and comfort. In fact, if you own a device that utilizes this technology, it is always better to buy an extra deep cycle battery that you can use at any point of time, provided the need arises.

Everything You Must Know About Electric Cars and Their Batteries

We have come a long way in terms of technology. From the invention of the wheel to motor vehicles running on fossil fuels. With the advancement in science, now the latter are being replaced by electric cars and that too on a large scale, globally. Although, electric cars were technically invented in the 19th century, it was not popular back then.

With the growing concerns over fuel depletion and adverse effects on economy, the market and governments have started considering the potential of electric motor vehicles. These vehicles have an on-board battery in place of the conventional fuel tanks. These batteries are charged, and they supply adequate power to the motor on board to run the car. These are most commonly lithium iron phosphate batteries. If you own an electric car, it is always a good idea to buy lithium iron phosphate batteries in advance so that you can use in case of a sudden requirement or emergencies.

Benefits of owning an electric car:

1. The first and foremost reason to own an electric car would be the impact it has on our environment and the plant. Although electricity generation required to charge the vehicle still has an adverse effect, the vehicle itself is much better than its conventional counterparts in terms of emissions as well as noise generated.

2. The operating costs of an electric car are also low as a full charge required for it would be significantly cheaper than a full tank of fossil fuel.

3. The electric cars have lesser number of parts in it that are moveable due to its unique design and architecture. This translates into lower maintenance costs in the long run. You can also buy spare lithium iron phosphate batteries for your car and keep them so that you never run out of charge mid-way through your journey

Conclusion

In the future, the number of electric cars on the road is only going to increase. So, it would be wise idea for you to invest in the same. The components of the same can also be soon easily procured, including the lithium iron phosphate batteries. If we want to sustain the delicate balance of our ecosystem, electric cars are one of the few measures that can have a major positive impact in this regard.