source:other news
release time:2023-03-28
Hits:0
Popular:

1. Improve safety performance
The chemical bonds in lithium iron phosphate crystals are very stable, and they will not be decomposed when high temperature and overcoming, and have good safety. However, there will still be explosions under certain conditions, which has greatly enhanced security compared to other secondary batteries.
2. Improve life
The cycle life of lead -acid batteries is generally about 300 ~ 500 times, while the cycle life of lithium iron phosphate batteries can reach more than 2,000 times. Relatively speaking, life expectancy is greatly improved.
3. Good high temperature performance
The volatility of lithium manganate and lithium cobaltate batteries is about 200 ° C, while iron phosphate batteries can reach 350 ° C or even higher.
4. Large capacity
Under the same conditions, the capacity of ordinary batteries (such as lead -acid batteries) is generally lower than the capacity of lithium iron phosphate batteries.
5. No memory effect
Similar to nickel -cadmium batteries, there is a memory effect, which will cause the battery capacity to be low, and the lithium iron phosphate battery can be used in charge no matter what the state is in, and does not need to worry about memory effects.
6. Light weight
The volume of lithium iron phosphate batteries with the same specifications is 2/3 of the lead -acid battery, and the weight is 1/3 of the lead -acid battery.
7. Environmental protection
Lithium iron phosphate batteries are considered not to contain any heavy metals and rare metals, non -toxic and pollution, and are green environmentally friendly batteries.
8. Quickly discharge large current
The large current 2C is quickly charged and discharged, and the start -up current can reach 2C. The general battery does not have this ability.
Read recommendations:
12V 150Ah Rechargeable Lithium Battery for Marine Boat
Customize Lipo Battery Cell Pack
Portable Power Station vs. Solar Generators: The Differences
The structure composition of the POE power supply module
Last article:Battery package power monitoring circuit design.lithium marine batteries Processing
Next article:What are the common use of battery models?lithium boat batteries manufacture
related suggestion
deep cycle trolling motor battery direct sales
2023-04-07solar power battery storage wholesale
2023-03-20lithium batteries for solar panels manufacturer
2023-03-22solar power battery storage manufacturer
2023-03-20lithium batteries for solar panels Factory
2023-04-07lithium batteries for solar panels manufacture
2023-03-22lifepo4 battery 12v 100ah
2023-05-08lifepo4 solar battery
2023-05-08best solar generator for home
2023-05-0812 volt deep cycle marine battery
2023-05-08power station solar
2023-05-08lithium deep cycle marine battery
2023-05-083600W 5120Wh solar power station lifepo4 battery portable with wheels
2023-06-07Medical Equipment Cylindrical Lithium Ion Battery 3.7V
2023-02-14Sodium Ion Battery Pack 12V 100Ah SIB 2C Discharge
2024-06-273.7V NCM 50Ah Semi Solid State Pouch Battery
2025-08-1512V 150Ah 200Ah LiFePo4 Motive Battery Pack for Clean Car Electric Vehicle
2023-02-14Performance characteristics of nickel hydrogen battery
2023-02-01Building Resilient Energy Infrastructure: The Role of Smart Storage and Advanced Battery Systems
2025-03-20Understanding 14V and 15V Lithium Batteries: A Complete Guide
2025-03-12The Evolution of 18650 Charging: Embracing USB-C Technology
2025-03-19Choosing the Optimal Power: Navigating the Best Lithium Golf Cart Batteries
2025-03-17What are the common use of battery models?lithium boat batteries manufacture
2023-03-29How to discharge motherboard battery discharge.deep cycle trolling motor battery Processor
2023-04-20Charging steps for new energy vehicles
2023-07-27Why pay attention to battery energy density?lithium trolling motor battery Manufacturing
2023-03-28The development potential of energy storage lithium batteries in the field of communication.deep cell marine battery direct sales
2023-03-11