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LITHIUM-ION BATTERY APPLICATIONS

BATTERY USED IN EV CARS

For new energy vehicles, the electric car battery cell is the most critical component, and it is also one of the hot investment areas in the industry chain in recent years. According to different cathode materials, power batteries can be divided into ternary material batteries, lithium iron phosphate batteries, lithium manganese oxide batteries, lithium cobalt oxide batteries, and so on. Due to the implementation of national policies and consumer demand for new energy vehicles with high cruising range, high safety performance, and fast charging, and because many power battery companies have made breakthroughs in the research and development of ternary material batteries and optimized production processes, ternary material batteries have exceeded Lithium iron phosphate batteries have become the largest power battery type in terms of installed capacity. Especially in the field of new energy passenger vehicles, the development prospects of this field are considerable. Currently, different types of lithium-ion batteries are mainly ternary material batteries and lithium iron phosphate batteries.

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Different Types Of EV Batteries

New Energy Electric Bus Batteries

New energy buses use electric bus batteries as power sources and integrate advanced technologies in-vehicle power control and driving to reduce greenhouse gas emissions pollution. At present, new energy vehicles on the market mainly use car EV battery to provide power. The cost of power batteries accounts for more than one-third of the cost of the entire vehicle.

New Energy Electric Bus Batteries
New Energy Extended-range Electric Vehicles Batteries

New Energy Extended-range Electric Vehicles Batteries

New energy extended-range electric vehicles with electric car battery cell have advantages of high safety, the number of cycles can reach 2000 times, the discharge is stable, and the price is low, becoming a new choice for vehicle power, which is the core factor that determines the performance of the vehicle.

New Car EV Battery

Different EV car battery types used in a new energy passenger vehicle is a kind of car that uses a battery set as the energy storage power source. It uses the car battery for electric car as the energy storage power source, provides electric power to the electric motor through the battery, drives the electric motor to run.

New Car EV Battery
Coach Types of EV Batteries

Coach Types of EV Batteries

More and more automobile manufacturers choose to use the OEM lithium-ion battery as the power battery of new energy vehicles in the near future. Lithium battery has the following advantages: small volume, lightweight, high working voltage (3 times of nickel-cadmium battery and hydrogen nickel battery), large specific energy (up to 3 times of hydrogen nickel battery), long cycle life, low self-discharge rate, no memory effect, no pollution, etc. The development process of electric vehicles directly depends on the development process of the power lithium battery industry. Promoting the development of power lithium batteries can effectively promote the development of electric vehicles and infrastructure.

Blue Light Truck EV Batteries

At present, almost all pure electric commercial trucks in China use lithium-ion batteries. Lithium battery has the advantages of fast charging and high safety. The battery used for electric cars can be charged quickly and has a long cycle life; Wide working temperature range and other advantages.

In terms of the current development of pure electric trucks, among the pure electric trucks that have been put into test or use, due to the endurance capacity, the lithium ion applications are basically aimed at the van distributed in the city, the 11-15 ton truck or the wharf container transfer model, and most of them have little requirements on the endurance mileage. The real long-distance heavy truck models still focus on clean energy such as natural gas, which not only ensures excellent endurance capacity but also reduces pollutant emissions.


Blue Light Truck EV Batteries

Electric Car Battery Storage

The lead-acid battery used in EV cars account for a large part of the final vehicle quality (25-50%). 

As with all cells, their specific energy is significantly lower than the petroleum fuel-in this case, 30-50wh / kg. While the difference is not as extreme as it originally appears due to the lighter drive system, quality tends higher even for the best batteries when applied to normal range vehicles. With (70-75%) efficiency and storage capacity, the current generation of the ordinary deep cycle lead-acid electric car battery cell decreases as the temperature decreases, while transferring power to a heated coil operation will decrease efficiency and range of up to 40%.


Electric Car Battery Voltage

The chemical composition, physical shape, and size of the actual electric car battery cell can vary according to the preferences of the different battery pack manufacturers. The car battery EV pack always connects many discrete batteries in series or in parallel to meet the total voltage and total current requirements of the battery pack. Battery packs for all electric vehicles contain hundreds of single battery used for electric cars. The nominal voltage of each electric car battery cell is 3-4 volts, depending on its chemical composition.

Electric Car Battery Cell FAQs

  • Q How Long Do Lithium Car Batteries Last?

    According to current estimates, most electric car battery cells can last for 10-20 years before they need to be replaced.

  • Q Are Electric Car Batteries Recyclable?

    Both the lead-acid battery and lithium-ion battery used for electric cars are recyclable, although not 100% recyclable. The process of extracting materials is still being perfected and improved. Currently, lead-acid batteries are the most recycled of the two types.

  • Q What Are Electric Car Batteries Made Of?

    Similar to the batteries on your laptop and phone, the car interior and consists of hundreds of separate lithium-ion batteries, BBC News reports. Electric cars have larger batteries than gasoline-powered cars, they are heavy, and they can unfortunately explode or ignite if not disassembled or disassembled properly.

  • Q How Electric Car Battery Works?

    Internal combustion engine cars get energy from burning gasoline or diesel, while electric cars get energy directly from a large set of batteries.

    It's very much like the enlarged version of the lithium-ion battery in your phone. Electric cars don't use single batteries like mobile phones, they use battery packs made up of thousands of separate lithium-ion batteries. When the car is charged, the electricity is used to change the chemistry inside the car EV battery. As it travels on the road, these changes in turn generate electricity.

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