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Is Tesla Model Y getting an M3P battery with Insane Range and Charging? Details Analysis

Is Tesla Model Y getting an M3P battery with Insane Range and Charging? Details Analysis === 00:16 Intro 01:19 Is Tesla plotting to supercharge its bestselling Model Y with an insanely powerful new battery for 2025? 02:31 But just how far could this insanely powerful M3P battery technology propel the revamped Model Y's capabilities? 10:31 How Is Tesla Ready to Overcome the Battery Production Challenge for the Model Y Juniper? 11:59 Outro === Is Tesla Model Y getting an M3P battery with Insane Range and Charging? Details Analysis. The rumor mill is buzzing about Tesla potentially supercharging its Model Y crossover with an insane new battery option for 2025. We're talking the same M3P battery pack that powers the mind-bendingly quick Model 3 Ludicrous finding its way under the Model Y 2025's floor - a move that could see this electric SUV's driving range catapulted over 30% beyond current levels. Codenamed "Project Juniper," this battery upgrade promises to inject a serious adrenaline shot into the Model Y's specs sheet. But just how far could this insane new battery tech take Tesla's most popular model? And how Will the Tesla Model Y equipped with an M3P battery outperform current electric vehicles in terms of performance and charging capabilities? Let's analyze the juicy details in today's video. Is Tesla Model Y getting an M3P battery with Insane Range and Charging? Details Analysis. Before we begin, help us hit our goal of 9 subscribers by liking this video and subscribing to our West Tech channel. Your support motivates us to continue delivering the latest Tesla and EV news. Is Tesla plotting to supercharge its bestselling Model Y with an insanely powerful new battery for 2025? Is Tesla Model Y getting an M3P battery with Insane Range and Charging? Details Analysis. That's the tantalizing rumor swirling around EV forums lately. At the heart of this electrifying speculation lies CATL's cutting-edge M3P cell chemistry - a game-changing battery boasting a staggering 210 watt-hours per kilogram energy density, nearly 15% higher than conventional lithium iron phosphate cells yet with a similar low cost. But the M3P's real genius is its hybrid cathode infusing lithium-rich and lithium manganese iron phosphate materials, tackling LFP batteries' achilles heels of short cycle life and high internal resistance. The result? Superior fast-charging capability and range. In fact, CATL is touting this lithium bridging technology as packing around 40% more energy than Tesla's current batteries. CATL's claim that their M3P battery technology offers 40% more energy than Tesla's current batteries can be explained with a closer look at the numbers. Tesla's standard LFP batteries, such as those used in the Model 3 Standard Range, have an energy density of around 160 watt-hours per kilogram, while CATL's M3P battery boasts 210 watt-hours per kilogram, a clear 31% increase. However, when referring to a 40% energy boost, CATL is likely comparing the M3P to Tesla’s 2170 NCA cells, used in Long Range and Performance models, which have an energy density of approximately 250 watt-hours per kilogram. If the M3P cells deliver 40% more energy, their energy density would reach about 350 watt-hours per kilogram. This would give CATL's M3P battery a substantial edge in terms of energy capacity compared to Tesla's current batteries === #westtech #westtechchannel #modely #teslamodely #teslamodelybattery