{"version":"1.0.0","episode":{"title":"BONUS: BYD Tech Day – The Impossible Dream","url":"http://getcarcurious.com/episodes/bonus-byd-tech-day-the-impossible-dream","audioUrl":"https://dts.podtrac.com/redirect.mp3/audioboom.com/posts/8873949.mp3?modified=1773448671&sid=5051980&source=rss","description":"On 5 March 2026, BYD held a landmark technology event unveiling the second-generation Blade Battery, a 1,500 kW megawatt Flash Charging network, eleven new or updated vehicle models, a next-generation LiDAR sensor from Robosense and an upgraded Gods Eye 5.0 ADAS suite."},"annotations":[{"startTime":30.2,"endTime":39.8,"type":"company","title":"BYD","url":"/glossary/byd","quote":"Welcome back to EVI News Daily. Welcome to a special bonus edition of the podcast and a show that I've called BYD Tech Day, The Impossible Dream.","canonicalId":"company:byd","priority":0.9,"confidence":1.0,"source":"hybrid-fuzzy+gpt-4.1-mini","data":{"explanation":"BYD is a major Chinese automotive and battery manufacturer known for its electric vehicles and innovations in battery technology. They are a key player in the global shift to electrification, especially in China.","simplifiedExplanation":"BYD is a big company from China that makes electric cars and batteries. They are important because they help make electric cars more common."}},{"startTime":39.8,"endTime":50.0,"type":"concept","title":"blade battery","url":"/glossary/blade-battery","quote":"On the 5th of March, BYD held a landmark tech event unveiling their second generation blade battery.","canonicalId":"concept:blade-battery","priority":0.9,"confidence":1.0,"source":"hybrid-fuzzy+gpt-4.1-mini","data":{"explanation":"The blade battery is BYD's innovative lithium iron phosphate (LFP) battery design that is longer and thinner than traditional batteries. It offers improved safety, energy density, and longevity, making it a significant advancement in EV battery technology.","simplifiedExplanation":"A blade battery is a new type of battery made by BYD that is safer and lasts longer in electric cars. It helps cars go farther and charge better."}},{"startTime":50.0,"endTime":60.9,"type":"concept","title":"megawatt flash charging network","url":"/glossary/megawatt-flash-charging-network","quote":"A 1,500 kilowatts megawatt flash charging network, 11 new or updated vehicle models that can now take advantage of this charging.","canonicalId":"concept:megawatt-flash-charging-network","priority":0.9,"confidence":1.0,"source":"hybrid-fuzzy+gpt-4.1-mini","data":{"explanation":"A megawatt flash charging network refers to an ultra-fast electric vehicle charging infrastructure capable of delivering power in the megawatt range (thousands of kilowatts). This allows EVs to recharge their batteries extremely quickly, reducing charging times significantly.","simplifiedExplanation":"This is a very fast way to charge electric cars, much faster than normal chargers. It helps cars get ready to drive again in just a few minutes."}},{"startTime":60.9,"endTime":67.8,"type":"company","title":"Robocense","url":"/glossary/robocense","quote":"Next generation LiDAR from Robocense and their upgraded Godz i5 ADAS. Let's get into it.","canonicalId":"company:robocense","priority":0.5,"confidence":1.0,"source":"hybrid-fuzzy+gpt-4.1-mini","data":{"explanation":"Robocense is a company specializing in LiDAR technology for automotive applications, providing sensors that enhance vehicle perception and safety systems.","simplifiedExplanation":"Robocense is a company that makes special sensors called LiDAR to help cars see better and drive safer."}},{"startTime":60.9,"endTime":67.8,"type":"term","title":"ADAS","url":"/glossary/adas","quote":"Next generation LiDAR from Robocense and their upgraded Godz i5 ADAS. Let's get into it.","canonicalId":"term:adas","priority":0.9,"confidence":1.0,"source":"hybrid-fuzzy+gpt-4.1-mini","data":{"explanation":"ADAS stands for Advanced Driver-Assistance Systems, which are electronic systems in vehicles that help the driver with safety and driving tasks, such as lane keeping, adaptive cruise control, and automatic emergency braking.","simplifiedExplanation":"ADAS are smart features in cars that help drivers stay safe and make driving easier by watching the road and sometimes controlling the car."}},{"startTime":60.9,"endTime":67.8,"type":"term","title":"LiDAR","url":"/glossary/lidar","quote":"Next generation LiDAR from Robocense and their upgraded Godz i5 ADAS. Let's get into it.","canonicalId":"term:lidar","priority":0.5,"confidence":1.0,"source":"hybrid-fuzzy+gpt-4.1-mini","data":{"explanation":"LiDAR (Light Detection and Ranging) is a sensor technology that uses laser light to measure distances and create detailed 3D maps of the environment. It is commonly used in advanced driver-assistance systems (ADAS) and autonomous vehicles.","simplifiedExplanation":"LiDAR is a special sensor that helps cars see around them by using lasers. It helps the car know where things are to drive safely."}},{"startTime":118.7,"endTime":124.7,"type":"term","title":"Super E platform","url":"/glossary/super-e-platform","quote":"BYD's first attempt at megawatt class charging came not even a year ago. In March 2025 with the Super E platform...","canonicalId":"term:super-e-platform","priority":0.5,"confidence":1.0,"source":"hybrid-fuzzy+gpt-4.1-mini","data":{"explanation":"The Super E platform is BYD's electric vehicle architecture designed to support high-voltage systems and megawatt-class fast charging, enabling faster charging speeds and better performance.","simplifiedExplanation":"The Super E platform is the special design BYD uses to build electric cars that can charge really fast and work well."}},{"startTime":133.4,"endTime":137.0,"type":"car","title":"BYD Tang L","url":"/cars/byd/tang","image":"https://upload.wikimedia.org/wikipedia/commons/6/65/2024_BYD_Tang_GIMS_2024_1X7A2258.jpg","quote":"That's a sedan and the Tang L. That was an SUV.","canonicalId":"car:byd:tang","priority":0.9,"confidence":1.0,"source":"hybrid-fuzzy+gpt-4.1-mini","data":{"explanation":"The BYD Tang L is an electric SUV from BYD that supports the Super E platform with megawatt-class charging. It is a popular model combining utility with electric performance.","simplifiedExplanation":"The BYD Tang L is a bigger electric car called an SUV. It can charge very fast and is good for families or carrying more stuff.","imageAttribution":"Alexander-93 (CC BY-SA 4.0)"}},{"startTime":137.0,"endTime":145.0,"type":"term","title":"1000 volt architecture","url":"/glossary/1000-volt-architecture","quote":"The system used a 1000 volt architecture, which is already far and above anything that we can buy outside of China.","canonicalId":"term:1000-volt-architecture","priority":0.5,"confidence":1.0,"source":"hybrid-fuzzy+gpt-4.1-mini","data":{"explanation":"A 1000 volt architecture in electric vehicles refers to an electrical system designed to operate at 1000 volts, allowing for higher charging power and efficiency compared to the more common 400 volt systems.","simplifiedExplanation":"This means the electric car's battery system uses a higher voltage, which helps it charge faster and work better."}},{"startTime":145.0,"endTime":154.5,"type":"term","title":"10 C flash charging battery","url":"/glossary/10-c-flash-charging-battery","quote":"A 10 C flash charging battery and a peak charging power of 1000 kilowatts, but it required two connectors.","canonicalId":"term:10-c-flash-charging-battery","priority":0.5,"confidence":1.0,"source":"hybrid-fuzzy+gpt-4.1-mini","data":{"explanation":"A 10 C flash charging battery means the battery can be charged at a rate ten times its capacity per hour, enabling extremely fast charging times without damaging the battery.","simplifiedExplanation":"This means the battery can be charged very quickly, much faster than usual, so the car can be ready to go sooner."}},{"startTime":154.5,"endTime":161.7,"type":"term","title":"CCS","url":"/glossary/ccs","quote":"Now in China, they have the plug that's called GBT, not CCS, not Nax or J3400.","canonicalId":"term:ccs","priority":0.5,"confidence":1.0,"source":"hybrid-fuzzy+gpt-4.1-mini","data":{"explanation":"CCS (Combined Charging System) is a widely adopted international standard for fast charging electric vehicles, combining AC and DC charging in one plug.","simplifiedExplanation":"CCS is a common type of plug used to charge electric cars quickly in many countries."}},{"startTime":154.5,"endTime":161.7,"type":"term","title":"GBT plug","url":"/glossary/gbt-plug","quote":"Now in China, they have the plug that's called GBT, not CCS, not Nax or J3400.","canonicalId":"term:gbt-plug","priority":0.5,"confidence":1.0,"source":"hybrid-fuzzy+gpt-4.1-mini","data":{"explanation":"GBT is the Chinese national standard for electric vehicle charging plugs, different from international standards like CCS or NACS. It is used primarily in China for EV charging.","simplifiedExplanation":"GBT is the type of plug used in China to charge electric cars. It's different from the plugs used in other countries."}},{"startTime":200.4,"endTime":207.8,"type":"term","title":"lithium iron phosphate (LFP)","url":"/glossary/lithium-iron-phosphate-lfp","quote":"The original Blade Battery launched in 2020, used lithium iron phosphate LFP. And that was the chemistry inside it in a distinctive form factor.","canonicalId":"term:lithium-iron-phosphate-lfp","priority":0.9,"confidence":1.0,"source":"hybrid-fuzzy+gpt-4.1-mini","data":{"explanation":"Lithium iron phosphate (LFP) is a type of lithium-ion battery chemistry known for its safety, thermal stability, and long cycle life. It is commonly used in electric vehicles and energy storage systems but typically has lower energy density compared to nickel-cobalt-based chemistries.","simplifiedExplanation":"LFP is a kind of battery material that makes batteries safer and last longer, but it usually stores a bit less energy than other types."}},{"startTime":211.9,"endTime":217.9,"type":"term","title":"prismatic cell format","url":"/glossary/prismatic-cell-format","quote":"A long, thin prismatic cell format stacked directly into the pack with no traditional modules, as only five or six years ago was common and is still common in some EVs now, in a cell to pack design.","canonicalId":"term:prismatic-cell-format","priority":0.5,"confidence":1.0,"source":"hybrid-fuzzy+gpt-4.1-mini","data":{"explanation":"Prismatic cells are a type of lithium-ion battery cell shaped like rectangular boxes. This format allows for efficient packing inside battery packs and better space utilization compared to cylindrical cells.","simplifiedExplanation":"Prismatic cells are battery pieces shaped like small boxes that fit neatly inside electric car batteries to save space."}},{"startTime":217.9,"endTime":226.3,"type":"concept","title":"cell to pack design","url":"/glossary/cell-to-pack-design","quote":"A long, thin prismatic cell format stacked directly into the pack with no traditional modules, as only five or six years ago was common and is still common in some EVs now, in a cell to pack design.","canonicalId":"concept:cell-to-pack-design","priority":0.9,"confidence":1.0,"source":"hybrid-fuzzy+gpt-4.1-mini","data":{"explanation":"Cell to pack design is a battery architecture where individual cells are integrated directly into the battery pack without intermediate modules. This reduces weight and complexity, improving energy density and manufacturing efficiency.","simplifiedExplanation":"Cell to pack means the battery parts are put straight into the battery box without extra layers, making the battery lighter and simpler."}},{"startTime":230.9,"endTime":238.4,"type":"term","title":"lithium manganese iron phosphate (LMFP)","url":"/glossary/lithium-manganese-iron-phosphate-lmfp","quote":"Blade 2.0 shifts the cathode material. They move it to lithium manganese iron phosphate LMFP, which adds manganese to the LFP lattice.","canonicalId":"term:lithium-manganese-iron-phosphate-lmfp","priority":0.9,"confidence":1.0,"source":"hybrid-fuzzy+gpt-4.1-mini","data":{"explanation":"Lithium manganese iron phosphate (LMFP) is an advanced lithium-ion battery chemistry that adds manganese to the traditional lithium iron phosphate (LFP) cathode. This increases the working voltage and energy density while maintaining safety and stability.","simplifiedExplanation":"LMFP is a newer battery material that adds manganese to make the battery store more energy safely."}},{"startTime":248.1,"endTime":257.9,"type":"term","title":"nickel cobalt chemistries","url":"/glossary/nickel-cobalt-chemistries","quote":"without switching to the more expensive, less stable nickel cobalt chemistries used by competitors to achieve greater results. For the vehicles unveiled yesterday, BYD quoted an overall energy density of 200 watt-hours per kilogram","canonicalId":"term:nickel-cobalt-chemistries","priority":0.5,"confidence":1.0,"source":"hybrid-fuzzy+gpt-4.1-mini","data":{"explanation":"Nickel cobalt chemistries refer to lithium-ion battery cathodes that use nickel and cobalt to achieve higher energy densities. These chemistries are more expensive and less thermally stable compared to LFP and LMFP.","simplifiedExplanation":"Some batteries use nickel and cobalt to store more energy, but they cost more and can be less safe."}},{"startTime":257.9,"endTime":274.8,"type":"term","title":"energy density","url":"/glossary/energy-density","quote":"For the vehicles unveiled yesterday, BYD quoted an overall energy density of 200 watt-hours per kilogram for something like the Yang Wang, that's the U7 premium vehicle, 150 kilowatt-hour pack. That's up 35% on the first-gen Blade Battery. The company's official claim was a more conservative 5% improvement in energy density.","canonicalId":"term:energy-density","priority":0.5,"confidence":1.0,"source":"hybrid-fuzzy+gpt-4.1-mini","data":{"explanation":"Energy density measures how much energy a battery can store relative to its weight or volume. Higher energy density means longer driving range for electric vehicles without increasing battery size or weight.","simplifiedExplanation":"Energy density tells you how much power a battery can hold for its size or weight. More energy means the car can go farther."}},{"startTime":282.4,"endTime":288.8,"type":"term","title":"thermal management","url":"/glossary/thermal-management","quote":"That's likely referring to the pack level, not cell level, by the time you've installed it into a car, after accounting for the hardware to do thermal management and all that kind of stuff.","canonicalId":"term:thermal-management","priority":0.5,"confidence":1.0,"source":"hybrid-fuzzy+gpt-4.1-mini","data":{"explanation":"Thermal management in EV batteries involves systems to control battery temperature for safety, performance, and longevity. It includes cooling and heating components to keep the battery within optimal temperature ranges.","simplifiedExplanation":"Thermal management means keeping the battery at the right temperature so it works well and lasts a long time."}},{"startTime":301.6,"endTime":316.4,"type":"term","title":"10 to 80 charging","url":"/glossary/10-to-80-charging","quote":"At ambient temperatures, 10 to 70 in five minutes. Now, regular listeners to the podcast know that we always like a 10 to 80, because 80% is where the battery tends to taper in a normal chemistry, the ones that we've got available here, and so that's when you should move on, unless you are having a meal or something.","canonicalId":"term:10-to-80-charging","priority":0.5,"confidence":1.0,"source":"hybrid-fuzzy+gpt-4.1-mini","data":{"explanation":"10 to 80 charging refers to the common practice of charging an EV battery from 10% to 80% state of charge because charging speed slows significantly beyond 80%, making it more efficient to charge within this range during quick stops.","simplifiedExplanation":"Charging from 10% to 80% is faster and better because after 80%, the battery charges slower, so most people stop charging there."}},{"startTime":523.6,"endTime":532.4,"type":"term","title":"nail penetration test","url":"/glossary/nail-penetration-test","quote":"Well, BYD performed a nail penetration test on a Blade 2.0 cell after 500 consecutive flash charging cycles.","canonicalId":"term:nail-penetration-test","priority":0.5,"confidence":1.0,"source":"hybrid-fuzzy+gpt-4.1-mini","data":{"explanation":"A nail penetration test is a safety test where a nail is driven into a battery cell to simulate internal short circuits and check for fire or explosion risks, assessing battery safety under extreme abuse.","simplifiedExplanation":"This test pokes a nail into a battery to see if it catches fire or explodes, making sure the battery is safe."}},{"startTime":648.5,"endTime":657.8,"type":"term","title":"gantry","url":"/glossary/gantry","quote":"\"Well, the weight of these cables is supported because they hang down from the gantry above. And so that's a great design anyway. It reduces cable drag on the floor. It's for easier reach.\"","canonicalId":"term:gantry","priority":0.5,"confidence":1.0,"source":"hybrid-fuzzy+gpt-4.1-mini","data":{"explanation":"A gantry in EV charging context is a structural framework above the charging area from which charging cables hang. This design supports the weight of heavy cables and reduces cable drag on the floor, improving usability and safety.","simplifiedExplanation":"It's like a big frame above the charging spot that holds the heavy charging cables so they don't drag on the ground and are easier to use."}},{"startTime":675.6,"endTime":683.1,"type":"term","title":"super capacitor","url":"/glossary/supercapacitor","quote":"\"plus some extra battery storage and some a super capacitor to increase the output.\"","canonicalId":"term:supercapacitor","priority":0.5,"confidence":1.0,"source":"hybrid-fuzzy+gpt-4.1-mini","data":{"explanation":"A super capacitor is an energy storage device that can quickly absorb and release large amounts of electrical energy. In charging stations, it helps to stabilize power output and handle peak loads efficiently.","simplifiedExplanation":"It's a special kind of battery that can quickly store and give out electricity, helping the charger work better and faster."}},{"startTime":675.6,"endTime":683.1,"type":"term","title":"liquid cooled charging guns","url":"/glossary/liquid-cooled-charging-guns","quote":"\"The charger cabinet is fully liquid cooled, supporting two liquid cooled charging guns with smart distribution, plus some extra battery storage and some a super capacitor to increase the output.\"","canonicalId":"term:liquid-cooled-charging-guns","priority":0.5,"confidence":1.0,"source":"hybrid-fuzzy+gpt-4.1-mini","data":{"explanation":"Liquid cooled charging guns are charging connectors that use liquid cooling to manage the heat generated during very high power charging sessions. This cooling allows for safer, more efficient, and sustained high-rate charging without overheating.","simplifiedExplanation":"These are the parts that plug into electric cars to charge them, and they have special cooling with liquid so they don't get too hot when charging really fast."}},{"startTime":690.4,"endTime":712.3,"type":"concept","title":"station within a station","url":"/glossary/station-within-a-station","quote":"\"So it will work with what BYD are calling station within a station. Let me take a break. Take a slurp of this coffee. I'll be back in a moment. Welcome back to the podcast and welcome to a bonus edition of the show as we dive into BYD's tech day, achieving the impossible dream. So what's a station within a station? Well, it's BYD's way of using their incredibly vertically integrated company.\"","canonicalId":"concept:station-within-a-station","priority":0.5,"confidence":1.0,"source":"hybrid-fuzzy+gpt-4.1-mini","data":{"explanation":"\"Station within a station\" is BYD's concept of integrating multiple charging technologies and energy storage solutions within a single charging station to optimize power delivery and efficiency. It leverages BYD's vertical integration to combine chargers, batteries, and control electronics in one system.","simplifiedExplanation":"It's BYD's idea of putting everything needed to charge electric cars really fast all together in one place, making it work better and faster."}},{"startTime":710.4,"endTime":723.0,"type":"concept","title":"vertical integration","url":"/glossary/vertical-integration","quote":"\"Well, it's BYD's way of using their incredibly vertically integrated company. And it's not just the fact they make the chargers and the batteries that go in the car and the batteries that go at the chargers and everything else, all of the power, control, electronics, BYD does so much more than many people even give them credit for.\"","canonicalId":"concept:vertical-integration","priority":0.5,"confidence":1.0,"source":"hybrid-fuzzy+gpt-4.1-mini","data":{"explanation":"Vertical integration refers to a company's control over multiple stages of production and supply chain, from manufacturing components to final assembly. BYD's vertical integration includes making their own chargers, batteries for cars and chargers, and control electronics, allowing for optimized system design.","simplifiedExplanation":"This means BYD makes a lot of the parts and equipment themselves instead of buying from others, so they can make everything work really well together."}},{"startTime":730.4,"endTime":746.72,"type":"concept","title":"grid connection","url":"/glossary/grid-connection","quote":"\"The most strategically bold aspect of the flash charging rollout is BYD's approach to the grid and frankly the grid problem. Delivering 1500 kilowatts per gun would normally require an enormous grid connection.\"","canonicalId":"concept:grid-connection","priority":0.5,"confidence":1.0,"source":"hybrid-fuzzy+gpt-4.1-mini","data":{"explanation":"Grid connection refers to the electrical infrastructure linking a charging station to the main power grid. High-power chargers like 1500 kilowatt units require very large and robust grid connections to supply sufficient electricity without overloading the system.","simplifiedExplanation":"This means how the charger gets electricity from the main power lines. Really fast chargers need very strong connections to get enough power."}},{"startTime":948.8,"endTime":950.5,"type":"term","title":"BEV","url":"/glossary/bev","quote":"A very long range BEV.\nIt's a refreshed version of the Z9.","canonicalId":"term:bev","priority":0.5,"confidence":1.0,"source":"hybrid-fuzzy+gpt-4.1-mini","data":{"explanation":"BEV stands for Battery Electric Vehicle, which is a vehicle powered entirely by electricity stored in batteries, with no internal combustion engine.","simplifiedExplanation":"This means the car runs only on electricity and does not use gas or diesel."}},{"startTime":995.34,"endTime":995.34,"type":"term","title":"WLTP","url":"/glossary/wltp","quote":"Slightly less the Volvo EX60's more than 500 miles WLTP.","canonicalId":"term:wltp","priority":0.5,"confidence":1.0,"source":"hybrid-fuzzy+gpt-4.1-mini","data":{"explanation":"WLTP stands for Worldwide Harmonized Light Vehicles Test Procedure, a global standard for measuring realistic driving range and fuel consumption of vehicles.","simplifiedExplanation":"WLTP is a test that shows how far a car can really drive or how much fuel it uses in everyday driving."}},{"startTime":1010.1,"endTime":1010.1,"type":"term","title":"0 to 62 miles time","url":"/glossary/0-to-62-miles-time","quote":"And the top end spec is in a triple motor version that does 0 to 62 miles now in 2.7 seconds.","canonicalId":"term:0-to-62-miles-time","priority":0.5,"confidence":1.0,"source":"hybrid-fuzzy+gpt-4.1-mini","data":{"explanation":"The 0 to 62 miles per hour time measures how quickly a car can accelerate from a standstill to 62 mph, roughly equivalent to 0-100 km/h, indicating its performance capability.","simplifiedExplanation":"This is how fast a car can speed up from stopped to about 62 miles per hour, showing how quick it is."}},{"startTime":1053.6,"endTime":1053.6,"type":"term","title":"rear wheel steering","url":"/glossary/rear-wheel-steering","quote":"It's got the air suspension, rear wheel steering and huge three center console screens folding second row tables.","canonicalId":"term:rear-wheel-steering","priority":0.5,"confidence":1.0,"source":"hybrid-fuzzy+gpt-4.1-mini","data":{"explanation":"Rear wheel steering allows the rear wheels to turn slightly, improving maneuverability at low speeds and stability at high speeds.","simplifiedExplanation":"Rear wheel steering means the back wheels can turn a little to help the car turn better or stay steady."}},{"startTime":1053.6,"endTime":1053.6,"type":"term","title":"air suspension","url":"/glossary/air-suspension","quote":"It's got the air suspension, rear wheel steering and huge three center console screens folding second row tables.","canonicalId":"term:air-suspension","priority":0.5,"confidence":1.0,"source":"hybrid-fuzzy+gpt-4.1-mini","data":{"explanation":"Air suspension uses air-filled bags instead of traditional springs to provide a smoother ride and adjustable ride height for better comfort and handling.","simplifiedExplanation":"Air suspension means the car uses air-filled bags to make the ride smoother and can change how high the car sits."}},{"startTime":1080.1,"endTime":1080.1,"type":"term","title":"800 volt platform","url":"/glossary/800-volt-platform","quote":"The Song Ultra EV crossover. 800 volt platform and it's 21,000 US dollars equivalent.","canonicalId":"term:800-volt-platform","priority":0.5,"confidence":1.0,"source":"hybrid-fuzzy+gpt-4.1-mini","data":{"explanation":"An 800 volt platform in electric vehicles allows faster charging and improved efficiency compared to the more common 400 volt systems.","simplifiedExplanation":"This means the car's battery system uses a higher voltage, so it can charge faster and work better."}}],"speakers":[{"id":"s1","name":"Martyn Lee","role":"host"}],"transcripts":[{"url":"http://getcarcurious.com/episodes/bonus-byd-tech-day-the-impossible-dream/transcript.vtt","type":"text/vtt"}]}