With the popularization of electric vehicles and energy storage systems, ternary lithium iron phosphate battery, as an important energy storage equipment, has attracted much attention in its performance and application characteristics. This article will deeply discuss the 75kWh ternary lithium iron phosphate battery system, introduce its technical parameters, application fields and advantages, and help readers to have a more comprehensive understanding of this energy storage system.

1. Technical parameters

1.1 battery capacity

• 75kWh ternary lithium iron phosphate battery the system refers to when its total capacity is 75 kW, that is, it can provide 75 kW power electric energy output under rated voltage.

1.2 Voltage

• the rated voltage of ternary lithium iron phosphate battery system is usually 400V to 600V, which has high voltage stability and output power.

1.3 cycle life

• ternary lithium iron phosphate battery system usually has a long cycle life, which can reach more than thousands of times, and is suitable for long-term cycle charging and discharging application scenarios.

2. Application field

2.1 Electric vehicle

• 75kWh ternary lithium iron phosphate battery system is commonly used in medium and large electric vehicles, which can provide long endurance and high power output.

2.2 Energy Storage System

• ternary lithium iron phosphate battery system is widely used in energy storage system, which can store a large amount of electric energy, release electric energy when needed, and balance the grid load.

2.3 Solar Energy Storage System

• combined with solar photovoltaic power generation system, 75kWh ternary lithium iron phosphate battery system can store solar energy during the day for use at night to achieve efficient utilization of energy.

3. Advantages and features

3.1 High Security

• ternary lithium iron phosphate battery system has high safety and stability, and is not prone to safety problems such as thermal runaway and fire.
3.2 long service life
• the system has a long cycle life, has a high number of charge and discharge cycles, and can be used for many years.

3.3 high energy density

• ternary lithium iron phosphate battery system has high energy density, which can store a large amount of electric energy and provide stable electric energy output.

3.4 fast charging

• the system supports fast charging, which can complete charging in a short time and improve the use efficiency.

4. Precautions

• when installing and using the 75kWh ternary lithium iron phosphate battery system, please follow the professional guidance and Operation Manual.
• Regularly check and maintain the battery system to ensure its normal operation and stable performance.
• When handling waste batteries, they should comply with relevant environmental protection regulations and pay attention to environmental protection and resource recycling.
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