EV Battery Show: LFP & NCM Explained
This video explains the differences between two types of EV batteries: NCM and LFP. The video discusses the advantages and disadvantages of each type, including their performance characteristics, cost, and durability. The video concludes by explaining how Ford is using both types of batteries to meet the needs of different customers.
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Lead is Dead! $229 LFP Siekon 12V 100Ah w/ 150A BMS and Low Temp Charging?!
CATL Tectrans LFP Battery is INSANE with these Metrics
CATL, a Chinese battery company, has announced a new battery system called Techtrans, based on LFP chemistry. This system boasts impressive metrics, including a high density of 175 Wh/kg, fast charging capabilities, and an unprecedented 800,000 km or 8-year warranty. The video explores the implications of this technology for electric vehicles, particularly buses and large vans.
How are EV batteries made? And why are LFP batteries better?
This video explains how a company manufactures lithium iron phosphate (LFP) battery packs for commercial trucks. The video highlights the advantages of LFP batteries, including cost, safety, and durability, and explains how the company has overcome the traditional range disadvantage of LFP batteries. The video also provides a detailed look at the manufacturing process, showcasing the company's innovative approach to battery pack design and assembly.
Tesla's Lithium Iron Phosphate Batteries (LFP) Explained
This video explains the advantages and disadvantages of Lithium Iron Phosphate (LFP) batteries, which Tesla is using in its standard range Model Y. The video discusses how LFP batteries are cheaper, longer-lasting, and safer than traditional nickel-based batteries, but they also have lower energy density and range. The video also explores the potential impact of LFP batteries on Tesla's future production and sales.
Geely's New LFP Battery is MIND-BLOWING! | 50 YEAR LIFE + FAST CHARGE
Geely has developed a new LFP battery technology that boasts impressive longevity, fast charging, and high energy density. The battery is designed to be safe and efficient, potentially offering a range of over 300 miles in a vehicle like the Model 3. The video explores the technology's features and compares it to other battery technologies on the market.
Ford CEO Announces All New Lithium Iron Phosphate (LFP) batteries without Degradation
Ford's CEO announced plans to introduce lithium iron phosphate (LFP) batteries that promise to last forever without degradation. These batteries offer several advantages over traditional lithium-ion batteries, including longer lifespan, improved safety, and lower cost. Ford's investment in LFP technology is part of a broader strategy to lead the EV revolution and make electric vehicles more accessible and sustainable.
Tesla Model 3/Y LFP Battery RANGE LOSS PROBLEM? | 2024 UPDATE!
This video examines the battery degradation of Tesla Model 3 and Model Y vehicles equipped with LFP batteries. The presenter analyzes data from Tesla and user comments to determine if Tesla's recommendation to charge to 100% regularly is actually detrimental to battery life. The video also explores the reasons why LFP batteries may be more resilient to degradation compared to nickel-based batteries.