TYCORUN ONLINE SALE HIGH QUQLITY LITHIUM IRON PHOSPHATE BATTERIES

SAFE & SMART POWER WHEREVER YOU ARE

Different applications with our lithium batteries give you varies choices

RVs have most of the functions of ordinary houses and is generally called "movable homes". In addition to run an electrical appliance, lithium batteries are also the ideal choice to provide power to RVs. Therefore, Tycorun lithium iron phosphate batteries with high efficiency and long life are the best choice for RVs DC power supply.

MARINE LITHIUM BATTERIES

Shop Now

Tycorun lithium marine battery is a battery specially designed for fishing enthusiasts. Our lithium batteries can provide 4 times more energy than traditional lead-acid battery. The long-life lithium-ion battery can help you solve the trouble of frequent battery replacement. The use of LiFePO4 technology makes marine lithium ion battery lighter and more durable. Not only reduces the weight of the boat, but also allows it to have a longer endurance. Let you enjoy the fun of fishing in your spare time.

12V LITHIUM BATTERY

12V LITHIUM BATTERY

You can use lithium iron phosphate batteries in any application, and they will give you much better performance than lead-acid batteries. Besides, all of the Tycorun Energy lithium iron phosphate batteries are equipped with smart protection board to prevent overcharging and overheating. It can also install display screen, Bluetooth, GPS to monitor and display the battery status in real time..

Discover More

PRODUCT SPEC

Our 12V lithium iron phosphate batteries are a “drop-in” solution for lead-acid batteries.

Our Tycorun 12V Lithium Batteries series is a series that specifically replaces the old lead-acid batteries. Based on the lithium battery with the high characteristics of energy density, 1/3 light weight, environmental protection, green energy and others. It maximizes its advantages and achieves the global "carbon peak" and "carbon neutral" goal. Our LiFePO4 battery will contribute more to this goal.

CYCLE LIFE: 4000 Cycles @ 0.2C Charge/Discharge at 100%DOD,End of Life 70% Capacity.

MONTHS SELF DISCHARGE: ≤3.5% per month at 25 ℃CHARGE VOLTAGE:14.6±0.2V

CHARGE MODE ( CC/CV ):At 0 ℃ ~45 ℃ temperature, charged to 14.6V at a constant current of 0.2C5A, and then,changed continuously with constant voltage of 14.6V until the current was not more than 0.02C5A.

CHARGE TEMPERATURE:0 ℃ to 45 ℃ (32 ℉ to 113 ℉ ) @60±25% Relative Humidity

DISXCHARGE TEMPERATURE:-20 ℃ to 60 ℃ (-4 ℉ to 140 ℉ ) @60±25% Relative Humidity

WATER DUST RESISTANCE: IP65

CONVENIENT

Drop In Replacement - Same group sizes as standard lead acid batteries

BMS

Built in Battery Protection System

STABLIZE

Connect multiple batteries in parallel or in series

LIGHT WEIGHT

70% lighter than lead acid, zero maintenance

GREEN

Dry Battery - No Toxic Lead, Gases or Acid

SAFETY

Safe - ROHS compliant No Lead or Acid

WALL MOUNTED BATTERIES

Powerwall has become an integral part of modern home energy storage systems. By storing solar and wind energy power and charging in valley period, the Powerwall lithium iron phosphate batteries not only saves on electricity costs, but also provides power in the event of a power outage. It is lightweight, easy to install and move,strong and durable, wind-resistant when installed outdoors, and comes with an intelligent system for optimized control and real-time monitoring.

Discover More

WALL MOUNTED BATTERIES

SOLAR HOME ENERGY STORAGE

This is a self-powered system, no need to worry about power outage anymore.This system is composed of solar panels, controller, Lithium Iron Phosphate Batteries, and inverter, etc.The system can convert light and heat energy into electricity and store it in  lithium batteries only through daily sunlight.The stored electric energy can be used for electric vehicles, refrigerators, TVs, air conditioners and other home appliances. So not only is it pollution-free and allows you to contribute to the environment, it can also save your home money on electricity.

A battery is an important component of machinery. A healthy battery guarantees the long-running life of one’s machinery.
Lithium iron phosphate battery also called LFP battery is a battery having LiFePO4 as a cathode. It is one of the safest batteries which are very popular nowadays. These are easily packed into any battery owing to their high density. It is increasingly used in different types of cars, buses, and other electric vehicles. They have also been found in flashlights and other electric equipment. They are very easy to maintain, have a long life, and are very safe to use. They have a large number of charging cycles and can provide a constant voltage.

If you are thinking about buying one of these batteries then this blog will guide you at every step of making your choice. In this guide, the useful features of these batteries will be discussed. Different factors that are important in deciding which battery to buy will be enlisted in this blog. This reading guide will tell you all about LFP batteries. 
Now let’s read about these useful batteries!

  • 1.How do you define lithium iron phosphate battery?
  • 2.What are the different features of lithium iron phosphate batteries?
  • 3.Discuss the chemistry behind lithium iron phosphate batteries?
  • 4.What are the useful pros of lithium iron phosphate batteries?
  • 5.What is the industrial usage of lithium iron phosphate batteries?
  • 6.How does lithium iron phosphate battery work?
  • 7.What is the difference between lithium-ion and lithium iron phosphate batteries?
  • 8.What do you know about the charging precautions of lithium iron phosphate batteries?
  • 9.What are the operating parameters of a lithium iron phosphate battery?
  • 10.How will lithium iron phosphate batteries be installed?
  • 11.How can we maintain lithium iron phosphate batteries?
  • 12.How can we test LiFePO4 batteries?
  • 13.What are the cons of lithium iron phosphate batteries?
  • 14.What are the safety measures when operating these batteries?
  • 15.How to prolong LFP battery life?
  • 16.How can we troubleshoot lithium iron phosphate batteries?
  • 17.How can we determine the end life of a LiFePO4 battery?
  • 18.What are the future trends of lithium iron phosphate batteries?
  • 1.How do you define lithium iron phosphate battery?

    It is a kind of rechargeable lithium-ion battery, has a fast charging and discharging cycle in comparison with other batteries. LiFePO4 is a naturally occurring mineral belonging to the family olivine. It is a safe alternative to a lead-acid battery because it has a four times higher density than lead-acid batteries. These have a faster-charging cycle than lead-acid batteries and are safe to use. Because of their lightweight, these LiFePO4 batteries consume less fuel. 

    2.What are the different features of lithium iron phosphate batteries?

    These batteries have several important features such as
    They have a battery management system (BMS) for the protection of the battery if it is overcharged or has deep drainage.
    They can operate in different temperature settings.
    They have greater than 10 years of lifetime.
    They have high ampere capacity.
    These are equipped with a removable handle for carrying the battery.
    These portable batteries do not cause environmental contamination.
    These rechargeable batteries do not need excessive maintenance. 

    3.Discuss the chemistry behind lithium iron phosphate batteries?

    A battery is composed of an anode, cathode, and electrolyte which separate both the electrodes.
    In lithium iron phosphate batteries cathode is formed of 90% LiFePO4, 5% carbon and 5% polyvinylidene fluoride. The core of this electrode is made up of aluminum foil. The size of the cathode is about 1.54 cm2
    The anode is made up of graphite and the core is made up of copper foil. Sometimes anode in an LFP battery is composed of hard carbon that has intercalated lithium. The electrolyte in these batteries is made up of a solution of lithium salts. These salts are dissolved in the solvents like dimethyl carbonate or diethyl carbonate. Having electrolytes of lithium salts ensures that the electrolyte will contain lithium ions.
    In lithium iron phosphate battery anode and cathode are separated from one another using a polymer diaphragm while electrolyte is enclosed in a metal structure.

    4.What are the useful pros of lithium iron phosphate batteries?

    Purchasing a lithium iron phosphate battery is very beneficial for one’s business and machinery. These batteries have many pros. Some of the advantages of these batteries are given below:
    Life Cycle
    Efficiency and performance are the major factors that help in the selection of a good battery. LFP batteries have huge charging lives. They have a low self-discharge rate, are lightweight than lithium-ion batteries. That makes them a better option than lithium-ion batteries. Also, these batteries have five to ten years longer life than lead-acid batteries.
    Charging Time
    If you are looking for a battery that charges faster then go for an lithium iron phosphate battery. lithium iron phosphate batteries charge quickly than other batteries.
    Occupy Less Space
    LFP batteries are light in weight than other batteries. They are about one-third in weight of lead-acid batteries. Due to this, they occupy less space in the machinery or vehicle.
    Safety
    The cells in lithium iron phosphate batteries do not get inflamed. This is an important feature in preventing accidents on misuse of these batteries. If they are subjected to short-circuit or dangerous electric shocks these batteries do not ignite or blow up.
    Stability
    Lithium iron phosphate batteries are extremely stable because of their composition. They are made up of stable electrolytes and electrodes. These electrolytes and electrodes do not corrode easily.
    Environment Friendly
    Lithium iron phosphate batteries are made up of environment-friendly substances. These are non-hazardous and non-polluting minerals. Moreover, these batteries are easily disposed of upon use and failure.
    Long-term Storage
    Lithium iron phosphate batteries can be stored for a long time because they have a low rate of self-discharge.

    5.What is the industrial usage of lithium iron phosphate batteries?

     Lithium iron phosphate batteries are extremely popular in the modern technological world. These are used in different fields like transportation, solar panels, gadgets, home power storage, flashlight, etc. Transportation The use of lithium iron phosphate batteries is widespread in the transportation sector due to their lightweight and large lifetime. These batteries also provide acceleration to different kinds of vehicles because of their increased discharge cycles. These portable batteries are used in heavy-duty bicycles, electric cars, and buses. Tractors, boats, and hybrid vehicles also used these rechargeable batteries. Home Power Storage The lithium iron phosphate batteries are safe and can withstand harsh conditions. They do not catch fire upon short circuits because of these features, they are used in home energy storage devices such as inverters, AC coupled systems, hybrid converters, etc. Solar Power Panels Lithium iron phosphate batteries have high voltage capacity that is why they are used in solar panels. They are easily connected to the photovoltaic cells as they have moderate tolerance to overcharging. LFP batteries are used in solar lamps and solar-based protection systems. Technology As these batteries have low density so they are easy to carry. They are used in different types of gadgets. These portable batteries have found their way into robotics, laptops, and cell phones. These batteries are also used in E-cigarettes, flashlights, and radios.

    6.How does lithium iron phosphate battery work?


    The working principle of the lithium iron phosphate battery involves the movement of lithium ions through the electrolyte. These ions passed across the polymer separator. When the battery is in the use, lithium ions from the anode go to the cathode and are collected at the cathode. This results in the production of free electrodes at the anode and also in the creation of charge at the current collector.
     
    The electric current then passes from the current collector and goes to the device or machinery which consumes this electric current. After that, the electric current flows to a negative current collector. The separates prevent the movement of electrons within the battery. Charging/Discharging of Battery
    In discharging mode, the battery is producing an electric current which is used to power a vehicle or device. The anode passes lithium ions to the cathode leading to the generation of electrons at the anode.
    These electrons flow across the other side to the cathode. All lithium ions are intercalated at the cathode in full discharge.
    When you charge your device, the opposite movement of lithium ions occurs. Oxidation reaction takes place at the cathode. It releases its electrons and to balance the charge, the lithium ions go from cathode to anode.

    7.What is the difference between lithium-ion and lithium iron phosphate batteries?

    Lithium-ion and lithium iron phosphate both are made up of same key element lithium-ion, but there are major differences between these two batteries. 
    Some of the differences are given below:
    Energy Level
    Lithium-ion batteries are used in power-consuming gadgets which drain a lot of batteries while the discharge rate of lithium iron phosphate batteries is high but their capacity is low.
    Long Term Storage
    If you want to store an unused battery then select that battery that does not consume a lot of charge in storage. Lithium iron phosphate battery can be stored for a long time because of its large shelf life which is around 350 days. The lithium-ion battery has a small shelf life which is about 300 days. So its storage time is less than the LFP battery.
    Energy Density
    The lithium-ion battery has a high energy density of 150-200 Wh/kg while the lithium iron phosphate battery has a low energy density around 90-120 Wh/kg.
    Life Cycle
    The lithium-ion battery has a small number of life cycles about 500-1,000 cycles while the LiFePO4 battery has a large number of life cycles around 1,000-10,000 life cycles.
    Temperature
    Lithium iron phosphate battery can withstand high temperature with minimal effect on its electrodes but lithium-ion battery cannot endure high temperature. If this battery is exposed to high temperatures then internal electrodes will get damaged.
    Stability
    Lithium iron phosphate battery is thermally and chemically more stable than the lithium-ion battery. 

    8.What do you know about the charging precautions of lithium iron phosphate batteries?


    Lithium iron phosphate battery does not get inflamed easily on rapid charging and discharging. Lithium-ion battery heats up more quickly due to its high density. You must charge the batteries before connecting them. Batteries are charged about 50% when they are transported.  
    Following charging precautionary measures should be taken for using the battery.
    Series Connected Battery
    When you connect batteries in the series and charge them, the voltage of batteries that have the highest charge will rapidly increase and reach a full charge state. The other batteries that had the lowest charge will fall behind.
    This causes the overcharging of the batteries and BMS will stop the charging process. It is advised that you should charge all the new batteries before connecting them in a series or series-parallel arrangement.
    To prevent overcharging, you should charge the batteries with a voltage of 14V at a low rate.
    Parallel Connected Battery
    In parallel-connected batteries, it is possible to charge the batteries at the same time but you should charge them at a low rate. These batteries should be protected by the fuse.

    9.What are the operating parameters of a lithium iron phosphate battery?

    Following are the operating parameters of a lithium iron phosphate battery:
    These solar batteries have charging temperatures around 0°C to 45 °C.
    The discharging and operating temperature of these batteries are in the range of -20°C to 65°C.
    The charging voltage range of these portable batteries is 14.4-14.6V.
    The range of over-voltage tripping is 15.6 (± 0.2).
    The self-charge rate of these batteries is <3% per month if they have stored at 50% SOC.

    10.How will lithium iron phosphate batteries be installed?

    Following steps should be taken for the installation of lithium iron phosphate battery.
    When installing these batteries, first ascertain that they are in the upright position.
    You should not reverse the polarity of the battery as it can get damaged.
    Check the size of the battery cable before installation.
    You must not connect the positive and negative ends of the battery and with any other objects like wires.
    To reduce the resistance between cable and DC terminal first, clean both of their ends.
    These batteries should always be installed indoors and out of sunlight.
    A maximum of four LFP batteries of 12 Volts is connected in the series.
    The maximum number of 12 Volt LFP batteries that are connected in parallel is 2.
    You should not connect different kinds of batteries old and new in the series and parallel.

    11.How can we maintain lithium iron phosphate batteries?

    Maintenance is very important in ensuring that lithium iron phosphate batteries have a long life. It is essential in preventing accidents as well.
    Following steps should be taken to properly maintain these batteries.
    Regularly check the battery for any damage.
    Properly clean the cables and ends of the battery to prevent a build-up of dust and corrosion.
    Regularly check the battery for any kind of deformity or physical change.
    Examine the insulation of cable on regular basis.
    Always use dust-free and dry fabrics for cleaning.
    Preferably LFP batteries should be placed at temperate environmental temperature.

    12.How can we test LiFePO4 batteries?

    Lithium iron phosphate batteries lose their charging capacity over time so it is necessary to check the charging abilities of these batteries.
    To test the lithium iron phosphate batteries you should follow these steps.
    1.First, disconnect your LFP battery. This battery is attached to a charging device. LFP battery is found in the back of devices such as cell phones. You should consult the manufacturer's manual to take the battery out of the device.
    2.Start the voltage meter.
    3.Program the voltage setting on the meter.
    4.Find the positive and negative ends of the battery. These ends are marked with positive and negative signs.
    5.Place the matching cables of the volt meter to your battery’s positive and negative terminals. The value of voltage will be displayed on the screen of the voltage meter.
    6.Match this value with the charge given in the battery manual. 

    13.What are the cons of lithium iron phosphate batteries?

    Everything in this world has its pros and cons. Lithium iron phosphate batteries are no exception to this rule. But a number of their disadvantages is far less than their advantages.
    A few of the disadvantages of these rechargeable batteries are given below:
    Energy Density
    These lithium iron phosphate batteries have less energy density than other batteries. The highest capacity of these LFP batteries is around 1800mAh while the highest ampere capacity of lithium-ion batteries is about 3600mAh.
    Expensive
    The manufacturing and production cost of lithium iron phosphate batteries are tremendously high. LiFePO4 battery yield is less. The carbon coating of LiFePO4 increases the performance of these batteries but also increases the synthesis cost of the materials and affects the efficiency of the electrodes.
    Inconsistent Product
    The production of lithium iron phosphate is a complex and multiphase reaction so it is difficult to maintain the product consistency.
    Tap Energy
    These batteries have reduced tap energy which makes them unsuitable for small gadgets like mobiles. These batteries are used to power large machinery such as electric cars.
    Overcharging Protection
    Lithium iron phosphate batteries cannot withstand extreme charging and discharging. So they need protection from overcharging. They generally have BMS that provides overcharging protection.

    14.What are the safety measures when operating these batteries?

    Safety always comes first. You must practice safety measures when installing and operating the lithium iron phosphate battery. These measures are means to prevent accidents.
    Some of the safety guidelines are provided below:
    LFP battery must be operated and maintained by properly trained personnel.
    Take off watches, jewelry, pen, etc before operating the battery.
    Always wear protective gear like gloves and goggles while working on the LiFePO4 battery.
    Smoking must be avoided near the battery.
    Do not expose the battery to high temperatures, direct sunlight, and water.
    Do not take apart this battery as the electrolyte is extremely caustic.
    If you come in contact with battery powder then instantly wash the exposed area with a large amount of water.
    Do not place any kind of tool on the battery as the ends of the battery are live.
    The battery should not be discharged to full capacity as it can be dangerous.

    15.How to prolong LFP battery life?

    If you want to have your LiFePO4 batteries long lives then follow these steps.
    Prolong Charging Time
    The battery will have small life if its electrodes are continuously facing wear and tear. If you charge your battery slowly, it will face less stress. Charging the battery faster will also deteriorate its BMS quickly.
    Unplugging of Charger
    Remove the battery from the charger once it is finished charging. If the electrodes are chemically active this will cause a wearing away of the battery.
    Examine Battery Regularly
    If you have stored the battery then check on it once in a while. LFP cells do not consume charge but their BMS does. This can result in an imbalance of charge which leads to reduced battery life.
    Avoid Storage of Fully Charge Battery
    First, run down the battery and reduce its charge then store it. You should always empty the battery of 2/3 of its charge. A fully charge LFP battery deteriorates more quickly as its electrodes are chemically more reactive.

    16.How can we troubleshoot lithium iron phosphate batteries?


    If you are facing some problems with lithium iron phosphate batteries then you don’t fear some problems and their solutions are given below.
    Battery Current Gets Low During Charging Sometimes when the battery is charging its current gets too low.
    Potential Reasons
    The voltage of the charger is very high.
    The battery is imbalanced. The voltage of internal cells is not in the range.
    The battery is either too hot or too cold. Remedies
    Use a voltage meter to ensure the voltage of the charger is 14.6 or less.
    Check the ambient temperature of the battery and make sure that it is in a proper range.
    Apply 14-volt charge for 12V LFP battery for 48 hours to balance the voltage of all the internal cells.
    Battery Current Gets low during Discharging Sometimes it is seen that during discharging of battery the current goes to zero. Potential Reasons
    The battery is overheating or is too cold.
    Inverter voltage is too low.
    The voltage of internal cells is not up to the standard. Remedies
    Disconnect the inverter and ensure that its voltage is in the correct setting for the battery. Check the temperature of the battery and make certain that the environmental temperature is in the acceptable operating range.
    Connect the battery at the constant voltage for 48 hours to balance the cells.
    Charger Disengage on the Start of Charging Sometimes voltage exceeds the charger current limit and the charger stops working. Potential Reasons
    A very high voltage of the charger.
    The voltage of battery internals cells is not in the proper range. Remedies
    Ascertain the voltage of the charger is in the acceptable range by using a voltage meter.
    Apply constant voltage to a battery so that the voltage of internal cells is balanced.
    The voltage at Terminals of Battery is Absent No voltage is detected at the ends of the battery. Potential Reasons
    Microprocessor under-voltage protection is initiated because voltage inside the cells is d down below 2 volts.
    The under-voltage safety feature is enabled due to a decrease in the battery’s state of charge.
    Overheating protection of the battery is enabled due to high ambient temperature. Remedies
    First, cool down the temperature of the battery to normal range and then again check the terminal voltage.
    Plug the battery to start it and regain the terminal voltage.
    Try to balance the battery by connecting it with constant voltage.
    Battery Expansion Sometimes you will see that there is an increase in the size of the battery. Potential Reasons Overcharging of the battery causes the deterioration of electrolytes leading to increased pressure inside the battery. Remedies Do not charge the battery for more than 12 hours.

    17.How we can determine the end life of a LiFePO4 battery?


    All the rechargeable batteries have a limited charge time. The same is the case with LFP batteries, they can only sustain a small amount of energy after they are charged several times.
    If a battery gives you limited power then it is either dead after having charged many times or it is defective.
    You can fill the battery even it is used for a short time but only fast recharging can affect the battery. It is suggested that you should not overcharge the battery.
    There are several ways to check whether the battery has reached its ending time or not. These steps are as follows:
    1.You should extract the battery from its pack then put this battery on the voltage meter. Measure the voltage and place the battery within the pack.
    2.Secondly, if the battery is dead then it will not charge any longer.
    3.The battery bloated a little bit if it is at its end.
    4.The temperature of the battery will rise quickly if it is about to die.
    5.If the battery loses its charge quickly then this indicates the battery is at the end.
    6.Usually, the battery is charged in a specific time duration. If the battery takes a long time to charge then it is at the ending stages.


    LiFePO4 batteries are rechargeable batteries that are used in high power devices such as solar panels, electric cars, and others. These batteries are highly recommended because have many useful aspects such as their lightweight, long lifetime, and faster-charging rates.
    The industry of these batteries is continuously growing and evolving. The manufacturers of these batteries are investing in the research and development of these batteries.
    The development of LFP batteries is dependent upon government efforts. Many governments like Japan, South Korea, and China are giving lucrative incentives to companies for improvement in LFP battery technology. So companies in these countries are improving their products. China is leading the LFP market due to its steady design and employing the LFP battery in various applications.
    Currently, there is huge competition in the LFP market. People prefer those LFP batteries that have reasonable prices, are of high quality and are highly robust and reliable. A cost-effective manufacturing process will ensure the use of LiFePO4 batteries in diverse applications and advancement in these batteries will allow them to prosper among other batteries.

    Tycorun Energy CO. Ltd. was established in 2007, covers an area of more than 7, 000 square meters, is a professional lithium iron phosphate batteries industrial application solutions provider, the company's products are used in industrial energy storage, home energy storage, power communication, medical electronics, security communications, transportation and logistics, surveying and mapping, new energy power, smart home and other fields.The associated factory has a series of high-end testing equipment, such as battery test cabinet, power battery testing system, cold thermal shock test chamber, constant temperature and humidity chamber, extrusion tester, pinprick tester, over-charge and over-discharge test cabinet, which is mainly responsible for new product development, pilot prod. Jction and mass production process of product safety performance testing.Tycorun Energy has a professional and experienced team of technical experts and top-notch product designers. We have been winning great achievements on energy development. Products are exported to Europe, North America, South America, Africa. We strictly carry out ISO 9001: 2008 quality system and IS014001 environment management system. With strong capital, large productivity, advanced technology and professional after-sales, we'llStick with constant innovation, rapid development to build up a prestigious brand in the world. Company holds the principle of management" customer first, Honesty first, Quality first", we wholeheartedly welcome your inquiry and strive to create more value for you!

    Sunday,Monday,Tuesday,Wednesday,Thursday,Friday,Saturday
    January,February,March,April,May,June,July,August,September,October,November,December
    Not enough items available. Only [max] left.
    Add to WishlistBrowse WishlistRemove Wishlist
    Shopping cart

    Your cart is empty.

    Return To Shop

    Add Order Note Edit Order Note
    Estimate Shipping
    Add A Coupon

    Estimate Shipping

    Add A Coupon

    Coupon code will work on checkout page