In this video, Elon Musk announces the battery technology for the new 2025 Model Y, boasting an impressive 300 Wh/kg and an 11-minute charging time. The focus of the discussion is on how Tesla’s lithium-ion battery technology compares to IM Motors’ solid-state technology, specifically looking at energy density, lifespan, durability, rapid charging capabilities, heat resistance, and cost efficiency.
IM Motors’ solid-state technology offers high efficiency and fast charging capabilities, with an energy density of over 130 kWh/kg, allowing their L6 model to achieve a remarkable 1,000 kilometers on a single charge. On the other hand, CATL’s lithium-iron-phosphate batteries provide a balance between energy density, cost efficiency, and thermal safety, making them a popular choice for electric vehicles in Europe.
While solid-state batteries excel in energy density and rapid charging, lithium-iron-phosphate batteries offer cost efficiency and thermal safety benefits. Tesla’s adoption of LFP batteries in their standard Model 3 and Model Y models demonstrates their commitment to providing a variety of battery technologies to meet different market needs.
Overall, the competition between different battery technologies is heating up in the electric vehicle market, with each technology offering its own set of advantages and challenges. It will be interesting to see how Tesla’s groundbreaking lithium-ion battery technology for the 2025 Model Y will stack up against the competition. Stay tuned for more updates on this exciting development in the world of electric vehicles.
Watch the video by ADAM TECH
Video “Elon Musk Announces Battery Tech for New 2025 Model Y. 300 Wh/kg, 11 Mins Charging… Details Here” was uploaded on 09/28/2024 to Youtube Channel ADAM TECH
With Teslas established lithium-ion technology, do you think they can maintain their lead as solid-state batteries develop, or will we see a significant shift in market dominance soon?
I think Tesla’s lithium-ion batteries still have the edge due to their proven reliability.
Solid-state batteries seem like the future, but I’d like to see more data on their longevity.
I’m excited about the future of solid-state batteries, but I wonder about their real-world performance.
Tesla’s advancements in battery management give them a strong advantage over newer technologies.
IM Motors solid-state battery boasts impressive charging speeds. How do you think this will impact consumer choices compared to Tesla’s current charging capabilities?
How important do you think the thermal management advancements in Tesla’s batteries are, especially when comparing them to the claimed resilience of solid-state technology?
Given the potential longevity of solid-state batteries, do you believe consumers will prioritize lifespan over initial cost when making purchasing decisions for EVs?
As solid-state batteries promise higher energy densities, what implications do you think this could have on the overall design and performance of electric vehicles?
IM Motors’ solid-state tech sounds impressive, but can it really compete with Tesla’s track record?
"130 kWh /kg'. I think it is a mistake of a factor 1000.
Quantumscape Solid State Battery is the future !!!
if this becomes realität all the petrol burner are finally history.
solid state batteries are not yet a reality in production level…the battery from that IM car is a semi solid state one, not a full one. One has to be careful with the info that is shared…