StarZero All shows Try the podcast clipper →

Aug 10, 2026 · 1h 10m · wtf

The Battery Everyone Uses Is The One They'd Never Build | EnerVenue x HiNa | WTF are Batteries? · Nikhil Kamath

Kun Tang · 19m spoken Nikhil Kamath · 14m spoken
0:00 / 0:00
▶ Watch on YouTube →

gold bands on the timeline = statements, start to end. Hover to read, click to jump. CC turns on captions

In this in-depth conversation hosted by Nikhil Kamath, battery industry leaders Kun Tang and Henning dissect the global energy storage landscape, contrasting dominant lithium chemistries with emerging sodium-ion and nickel-hydrogen alternatives. They analyze China's clean tech manufacturing supremacy, the urgent need to mitigate thermal runaway fire risks, and the critical role of advanced batteries in powering grid infrastructure and the expanding artificial intelligence boom.

How this conversation actually went

Every chapter scored 0–10 on four independent dynamics. Hover any point for the reasoning behind the score. Nikhil holds 24.1% of the talking time here. How this is scored →

Nikhil as informed peer 4.8 Guest teaching 5.9 Guest disagreement 2.0 Nikhil pushing back 2.8
05100:0015:0030:0045:001:00:000:06–5:25 · Nikhil as informed peer 3/10 Episode Highlights: The Battery Revolution and Fire Risks Nikhil introduces his venture fund's interest in energy transition while openly admitting ignorance about battery science, framing himself as an eager student before pivoting to lighthearted introductory banter about living in China.5:25–9:49 · Nikhil as informed peer 4/10 Academic Pioneers: Kun Tang on the Genesis of Sodium Batteries Kun Tang recounts his academic background with Professor Li Quan Chen and Max Planck, gently correcting Kamath's assumptions regarding Nobel laureates and the genesis of lithium versus sodium research in China.9:49–14:22 · Nikhil as informed peer 4/10 Battery Fundamentals: Cells, Systems, and Energy Storage Physics Kamath probes the basic physics of a battery cell versus general energy storage systems. Henning and Tang educate him using hydro-pump analogies and chemical reaction basics, while Kamath confirms core components.14:22–18:20 · Nikhil as informed peer 4/10 LFP Dominance, Performance Metrics, and Thermal Runaway Dangers Henning explains battery evaluation metrics and delivers a detailed explanation of LFP chemistry, temperature degradation, and the runaway fever analogy behind battery fires.18:20–25:14 · Nikhil as informed peer 4/10 Fire Statistics, Manufacturing Quality, and Battery Lifespans When Kamath suggests EV fires happen only once in a long while, Henning immediately counters with the statistic of over 14,000 LFP fires in a single year. Tang adds crucial nuance about tier-two manufacturing defects versus top-tier quality.25:14–29:21 · Nikhil as informed peer 4/10 The Rise of Chinese EVs: BYD, CATL, and Software Integration Henning and Tang reject Kamath's characterization of CATL as a monopoly, explaining that Chinese EV success stems from software integration, system engineering, and tier-zero supply chains rather than mechanical ICE-style mastery.29:21–34:00 · Nikhil as informed peer 5/10 Industrial Policy, Subsidies, and the Chinese Automotive Ecosystem Tang and Henning explain how China's long-term industrial policy and venture-capital-like government subsidies culled hundreds of competitors to leave giants like BYD and CATL. Henning discourages Kamath from launching a car company.34:00–38:46 · Nikhil as informed peer 5/10 Alternative Chemistries: EnerVenue's Nickel-Hydrogen Battery Henning presents EnerVenue's NASA-incubated nickel-hydrogen chemistry, highlighting its 30,000-cycle life and safety trade-offs for stationary storage, while Kamath asks grounded commercial and manufacturing scaling questions.38:46–43:00 · Nikhil as informed peer 4/10 Sodium-Ion Advantages and the Reality of Solid-State Batteries Kun Tang outlines the economic and geographic abundance advantages of sodium-ion chemistry for grid storage and two-wheelers, while Henning and Tang debunk overhyped media claims about commercial solid-state batteries.43:00–48:15 · Nikhil as informed peer 6/10 Manufacturing Capex, Nickel Recycling, and Powering Data Centers Kamath draws on his background as a data center investor to challenge how battery storage can replace massive diesel generators, while Henning outlines capex requirements and circular nickel leasing SPVs.48:15–57:40 · Nikhil as informed peer 7/10 Renewable Energy Generation, Grid Stability, and Decentralized Power Kamath brings active domain expertise on stock market co-location latency, Indian solar irradiance, and unit power tariffs to debate grid transmission economics and challenge the physical placement of data centers.57:40–1:03:40 · Nikhil as informed peer 6/10 Three Super Cycles: Electrification, Advanced Manufacturing, and AI Henning lays out three super cycles (electrification, manufacturing, AI). Kamath pushes back forcefully on the manufacturing supply narrative by citing widespread Chinese industrial overcapacity and Indian cell import barriers.1:03:40–1:10:04 · Nikhil as informed peer 6/10 AI Adoption in China, Economic Governance, and Final Thoughts Kamath explores cultural and socio-economic differences in AI adoption between the US and China, asking insightful questions about labor automation anxieties, regional municipal competition, and modern Chinese governance.0:06–5:25 · Guest teaching 2/10 Episode Highlights: The Battery Revolution and Fire Risks Nikhil introduces his venture fund's interest in energy transition while openly admitting ignorance about battery science, framing himself as an eager student before pivoting to lighthearted introductory banter about living in China.5:25–9:49 · Guest teaching 6/10 Academic Pioneers: Kun Tang on the Genesis of Sodium Batteries Kun Tang recounts his academic background with Professor Li Quan Chen and Max Planck, gently correcting Kamath's assumptions regarding Nobel laureates and the genesis of lithium versus sodium research in China.9:49–14:22 · Guest teaching 6/10 Battery Fundamentals: Cells, Systems, and Energy Storage Physics Kamath probes the basic physics of a battery cell versus general energy storage systems. Henning and Tang educate him using hydro-pump analogies and chemical reaction basics, while Kamath confirms core components.14:22–18:20 · Guest teaching 7/10 LFP Dominance, Performance Metrics, and Thermal Runaway Dangers Henning explains battery evaluation metrics and delivers a detailed explanation of LFP chemistry, temperature degradation, and the runaway fever analogy behind battery fires.18:20–25:14 · Guest teaching 8/10 Fire Statistics, Manufacturing Quality, and Battery Lifespans When Kamath suggests EV fires happen only once in a long while, Henning immediately counters with the statistic of over 14,000 LFP fires in a single year. Tang adds crucial nuance about tier-two manufacturing defects versus top-tier quality.25:14–29:21 · Guest teaching 7/10 The Rise of Chinese EVs: BYD, CATL, and Software Integration Henning and Tang reject Kamath's characterization of CATL as a monopoly, explaining that Chinese EV success stems from software integration, system engineering, and tier-zero supply chains rather than mechanical ICE-style mastery.29:21–34:00 · Guest teaching 7/10 Industrial Policy, Subsidies, and the Chinese Automotive Ecosystem Tang and Henning explain how China's long-term industrial policy and venture-capital-like government subsidies culled hundreds of competitors to leave giants like BYD and CATL. Henning discourages Kamath from launching a car company.34:00–38:46 · Guest teaching 7/10 Alternative Chemistries: EnerVenue's Nickel-Hydrogen Battery Henning presents EnerVenue's NASA-incubated nickel-hydrogen chemistry, highlighting its 30,000-cycle life and safety trade-offs for stationary storage, while Kamath asks grounded commercial and manufacturing scaling questions.38:46–43:00 · Guest teaching 7/10 Sodium-Ion Advantages and the Reality of Solid-State Batteries Kun Tang outlines the economic and geographic abundance advantages of sodium-ion chemistry for grid storage and two-wheelers, while Henning and Tang debunk overhyped media claims about commercial solid-state batteries.43:00–48:15 · Guest teaching 5/10 Manufacturing Capex, Nickel Recycling, and Powering Data Centers Kamath draws on his background as a data center investor to challenge how battery storage can replace massive diesel generators, while Henning outlines capex requirements and circular nickel leasing SPVs.48:15–57:40 · Guest teaching 5/10 Renewable Energy Generation, Grid Stability, and Decentralized Power Kamath brings active domain expertise on stock market co-location latency, Indian solar irradiance, and unit power tariffs to debate grid transmission economics and challenge the physical placement of data centers.57:40–1:03:40 · Guest teaching 6/10 Three Super Cycles: Electrification, Advanced Manufacturing, and AI Henning lays out three super cycles (electrification, manufacturing, AI). Kamath pushes back forcefully on the manufacturing supply narrative by citing widespread Chinese industrial overcapacity and Indian cell import barriers.1:03:40–1:10:04 · Guest teaching 4/10 AI Adoption in China, Economic Governance, and Final Thoughts Kamath explores cultural and socio-economic differences in AI adoption between the US and China, asking insightful questions about labor automation anxieties, regional municipal competition, and modern Chinese governance.0:06–5:25 · Guest disagreement 1/10 Episode Highlights: The Battery Revolution and Fire Risks Nikhil introduces his venture fund's interest in energy transition while openly admitting ignorance about battery science, framing himself as an eager student before pivoting to lighthearted introductory banter about living in China.5:25–9:49 · Guest disagreement 2/10 Academic Pioneers: Kun Tang on the Genesis of Sodium Batteries Kun Tang recounts his academic background with Professor Li Quan Chen and Max Planck, gently correcting Kamath's assumptions regarding Nobel laureates and the genesis of lithium versus sodium research in China.9:49–14:22 · Guest disagreement 2/10 Battery Fundamentals: Cells, Systems, and Energy Storage Physics Kamath probes the basic physics of a battery cell versus general energy storage systems. Henning and Tang educate him using hydro-pump analogies and chemical reaction basics, while Kamath confirms core components.14:22–18:20 · Guest disagreement 1/10 LFP Dominance, Performance Metrics, and Thermal Runaway Dangers Henning explains battery evaluation metrics and delivers a detailed explanation of LFP chemistry, temperature degradation, and the runaway fever analogy behind battery fires.18:20–25:14 · Guest disagreement 4/10 Fire Statistics, Manufacturing Quality, and Battery Lifespans When Kamath suggests EV fires happen only once in a long while, Henning immediately counters with the statistic of over 14,000 LFP fires in a single year. Tang adds crucial nuance about tier-two manufacturing defects versus top-tier quality.25:14–29:21 · Guest disagreement 3/10 The Rise of Chinese EVs: BYD, CATL, and Software Integration Henning and Tang reject Kamath's characterization of CATL as a monopoly, explaining that Chinese EV success stems from software integration, system engineering, and tier-zero supply chains rather than mechanical ICE-style mastery.29:21–34:00 · Guest disagreement 2/10 Industrial Policy, Subsidies, and the Chinese Automotive Ecosystem Tang and Henning explain how China's long-term industrial policy and venture-capital-like government subsidies culled hundreds of competitors to leave giants like BYD and CATL. Henning discourages Kamath from launching a car company.34:00–38:46 · Guest disagreement 1/10 Alternative Chemistries: EnerVenue's Nickel-Hydrogen Battery Henning presents EnerVenue's NASA-incubated nickel-hydrogen chemistry, highlighting its 30,000-cycle life and safety trade-offs for stationary storage, while Kamath asks grounded commercial and manufacturing scaling questions.38:46–43:00 · Guest disagreement 2/10 Sodium-Ion Advantages and the Reality of Solid-State Batteries Kun Tang outlines the economic and geographic abundance advantages of sodium-ion chemistry for grid storage and two-wheelers, while Henning and Tang debunk overhyped media claims about commercial solid-state batteries.43:00–48:15 · Guest disagreement 1/10 Manufacturing Capex, Nickel Recycling, and Powering Data Centers Kamath draws on his background as a data center investor to challenge how battery storage can replace massive diesel generators, while Henning outlines capex requirements and circular nickel leasing SPVs.48:15–57:40 · Guest disagreement 2/10 Renewable Energy Generation, Grid Stability, and Decentralized Power Kamath brings active domain expertise on stock market co-location latency, Indian solar irradiance, and unit power tariffs to debate grid transmission economics and challenge the physical placement of data centers.57:40–1:03:40 · Guest disagreement 3/10 Three Super Cycles: Electrification, Advanced Manufacturing, and AI Henning lays out three super cycles (electrification, manufacturing, AI). Kamath pushes back forcefully on the manufacturing supply narrative by citing widespread Chinese industrial overcapacity and Indian cell import barriers.1:03:40–1:10:04 · Guest disagreement 2/10 AI Adoption in China, Economic Governance, and Final Thoughts Kamath explores cultural and socio-economic differences in AI adoption between the US and China, asking insightful questions about labor automation anxieties, regional municipal competition, and modern Chinese governance.0:06–5:25 · Nikhil pushing back 2/10 Episode Highlights: The Battery Revolution and Fire Risks Nikhil introduces his venture fund's interest in energy transition while openly admitting ignorance about battery science, framing himself as an eager student before pivoting to lighthearted introductory banter about living in China.5:25–9:49 · Nikhil pushing back 2/10 Academic Pioneers: Kun Tang on the Genesis of Sodium Batteries Kun Tang recounts his academic background with Professor Li Quan Chen and Max Planck, gently correcting Kamath's assumptions regarding Nobel laureates and the genesis of lithium versus sodium research in China.9:49–14:22 · Nikhil pushing back 3/10 Battery Fundamentals: Cells, Systems, and Energy Storage Physics Kamath probes the basic physics of a battery cell versus general energy storage systems. Henning and Tang educate him using hydro-pump analogies and chemical reaction basics, while Kamath confirms core components.14:22–18:20 · Nikhil pushing back 2/10 LFP Dominance, Performance Metrics, and Thermal Runaway Dangers Henning explains battery evaluation metrics and delivers a detailed explanation of LFP chemistry, temperature degradation, and the runaway fever analogy behind battery fires.18:20–25:14 · Nikhil pushing back 3/10 Fire Statistics, Manufacturing Quality, and Battery Lifespans When Kamath suggests EV fires happen only once in a long while, Henning immediately counters with the statistic of over 14,000 LFP fires in a single year. Tang adds crucial nuance about tier-two manufacturing defects versus top-tier quality.25:14–29:21 · Nikhil pushing back 3/10 The Rise of Chinese EVs: BYD, CATL, and Software Integration Henning and Tang reject Kamath's characterization of CATL as a monopoly, explaining that Chinese EV success stems from software integration, system engineering, and tier-zero supply chains rather than mechanical ICE-style mastery.29:21–34:00 · Nikhil pushing back 3/10 Industrial Policy, Subsidies, and the Chinese Automotive Ecosystem Tang and Henning explain how China's long-term industrial policy and venture-capital-like government subsidies culled hundreds of competitors to leave giants like BYD and CATL. Henning discourages Kamath from launching a car company.34:00–38:46 · Nikhil pushing back 2/10 Alternative Chemistries: EnerVenue's Nickel-Hydrogen Battery Henning presents EnerVenue's NASA-incubated nickel-hydrogen chemistry, highlighting its 30,000-cycle life and safety trade-offs for stationary storage, while Kamath asks grounded commercial and manufacturing scaling questions.38:46–43:00 · Nikhil pushing back 2/10 Sodium-Ion Advantages and the Reality of Solid-State Batteries Kun Tang outlines the economic and geographic abundance advantages of sodium-ion chemistry for grid storage and two-wheelers, while Henning and Tang debunk overhyped media claims about commercial solid-state batteries.43:00–48:15 · Nikhil pushing back 3/10 Manufacturing Capex, Nickel Recycling, and Powering Data Centers Kamath draws on his background as a data center investor to challenge how battery storage can replace massive diesel generators, while Henning outlines capex requirements and circular nickel leasing SPVs.48:15–57:40 · Nikhil pushing back 4/10 Renewable Energy Generation, Grid Stability, and Decentralized Power Kamath brings active domain expertise on stock market co-location latency, Indian solar irradiance, and unit power tariffs to debate grid transmission economics and challenge the physical placement of data centers.57:40–1:03:40 · Nikhil pushing back 4/10 Three Super Cycles: Electrification, Advanced Manufacturing, and AI Henning lays out three super cycles (electrification, manufacturing, AI). Kamath pushes back forcefully on the manufacturing supply narrative by citing widespread Chinese industrial overcapacity and Indian cell import barriers.1:03:40–1:10:04 · Nikhil pushing back 3/10 AI Adoption in China, Economic Governance, and Final Thoughts Kamath explores cultural and socio-economic differences in AI adoption between the US and China, asking insightful questions about labor automation anxieties, regional municipal competition, and modern Chinese governance.

speaking balance: gold is Nikhil, purple is the guest (3 minute bins)

0:00 · Nikhil 80.5% · guest 19.5%0:00 · Nikhil 80.5% · guest 19.5%3:00 · Nikhil 22.2% · guest 77.8%3:00 · Nikhil 22.2% · guest 77.8%6:00 · Nikhil 6.4% · guest 93.6%6:00 · Nikhil 6.4% · guest 93.6%9:00 · Nikhil 22.5% · guest 77.5%9:00 · Nikhil 22.5% · guest 77.5%12:00 · Nikhil 32.5% · guest 67.5%12:00 · Nikhil 32.5% · guest 67.5%15:00 · Nikhil 10.9% · guest 89.1%15:00 · Nikhil 10.9% · guest 89.1%18:00 · Nikhil 15.5% · guest 84.5%18:00 · Nikhil 15.5% · guest 84.5%21:00 · Nikhil 18.3% · guest 81.7%21:00 · Nikhil 18.3% · guest 81.7%24:00 · Nikhil 19.2% · guest 80.8%24:00 · Nikhil 19.2% · guest 80.8%27:00 · Nikhil 22.2% · guest 77.8%27:00 · Nikhil 22.2% · guest 77.8%30:00 · Nikhil 13.6% · guest 86.4%30:00 · Nikhil 13.6% · guest 86.4%33:00 · Nikhil 24.4% · guest 75.6%33:00 · Nikhil 24.4% · guest 75.6%36:00 · Nikhil 7.1% · guest 92.9%36:00 · Nikhil 7.1% · guest 92.9%39:00 · Nikhil 10.8% · guest 89.2%39:00 · Nikhil 10.8% · guest 89.2%42:00 · Nikhil 18.1% · guest 81.9%42:00 · Nikhil 18.1% · guest 81.9%45:00 · Nikhil 36.6% · guest 63.4%45:00 · Nikhil 36.6% · guest 63.4%48:00 · Nikhil 53% · guest 47%48:00 · Nikhil 53% · guest 47%51:00 · Nikhil 57.1% · guest 42.9%51:00 · Nikhil 57.1% · guest 42.9%54:00 · Nikhil 14.9% · guest 85.1%54:00 · Nikhil 14.9% · guest 85.1%57:00 · Nikhil 18.6% · guest 81.4%57:00 · Nikhil 18.6% · guest 81.4%1:00:00 · Nikhil 20.3% · guest 79.7%1:00:00 · Nikhil 20.3% · guest 79.7%1:03:00 · Nikhil 13.6% · guest 86.4%1:03:00 · Nikhil 13.6% · guest 86.4%1:06:00 · Nikhil 28.4% · guest 71.6%1:06:00 · Nikhil 28.4% · guest 71.6%1:09:00 · Nikhil 29.4% · guest 70.6%1:09:00 · Nikhil 29.4% · guest 70.6%
Sharpest disagreement ▶ 21:09 Henning directly disputes EV fire rarity with global crash statistics

Henning interrupts Kamath's casual claim that EV fires happen 'once in a while' by citing over 14,000 LFP battery fires in a single year.

 Hardest push from Nikhil ▶ 1:00:49 Kamath challenges the manufacturing shortage premise with overcapacity facts

Kamath rejects Henning's macro claim that manufacturing demand outpaces supply, citing pervasive Chinese overcapacity and export dumping.

 Biggest teaching moment ▶ 16:40 Henning delivers comprehensive breakdown of thermal runaway mechanics

Henning uses the fever metaphor to clearly educate Kamath on the irreversible chemical self-acceleration behind LFP battery fires.

 Nikhil holds their own ▶ 53:36 Kamath applies high-frequency trading co-location principles to data centers

Kamath leverages his direct financial market background to delineate latency-sensitive stock exchange servers from hyperscaler data storage.
the scores for every segment, with the reasoning behind each
ChapterTopicNikhil as informed peerGuest teachingGuest disagreementNikhil pushing backWhy
Episode Highlights: The Battery Revolution and Fire Risks 3212 Nikhil introduces his venture fund's interest in energy transition while openly admitting ignorance about battery science, framing himself as an eager student before pivoting to lighthearted introductory banter about living in China.
Academic Pioneers: Kun Tang on the Genesis of Sodium Batteries 4622 Kun Tang recounts his academic background with Professor Li Quan Chen and Max Planck, gently correcting Kamath's assumptions regarding Nobel laureates and the genesis of lithium versus sodium research in China.
Battery Fundamentals: Cells, Systems, and Energy Storage Physics 4623 Kamath probes the basic physics of a battery cell versus general energy storage systems. Henning and Tang educate him using hydro-pump analogies and chemical reaction basics, while Kamath confirms core components.
LFP Dominance, Performance Metrics, and Thermal Runaway Dangers 4712 Henning explains battery evaluation metrics and delivers a detailed explanation of LFP chemistry, temperature degradation, and the runaway fever analogy behind battery fires.
Fire Statistics, Manufacturing Quality, and Battery Lifespans 4843 When Kamath suggests EV fires happen only once in a long while, Henning immediately counters with the statistic of over 14,000 LFP fires in a single year. Tang adds crucial nuance about tier-two manufacturing defects versus top-tier quality.
The Rise of Chinese EVs: BYD, CATL, and Software Integration 4733 Henning and Tang reject Kamath's characterization of CATL as a monopoly, explaining that Chinese EV success stems from software integration, system engineering, and tier-zero supply chains rather than mechanical ICE-style mastery.
Industrial Policy, Subsidies, and the Chinese Automotive Ecosystem 5723 Tang and Henning explain how China's long-term industrial policy and venture-capital-like government subsidies culled hundreds of competitors to leave giants like BYD and CATL. Henning discourages Kamath from launching a car company.
Alternative Chemistries: EnerVenue's Nickel-Hydrogen Battery 5712 Henning presents EnerVenue's NASA-incubated nickel-hydrogen chemistry, highlighting its 30,000-cycle life and safety trade-offs for stationary storage, while Kamath asks grounded commercial and manufacturing scaling questions.
Sodium-Ion Advantages and the Reality of Solid-State Batteries 4722 Kun Tang outlines the economic and geographic abundance advantages of sodium-ion chemistry for grid storage and two-wheelers, while Henning and Tang debunk overhyped media claims about commercial solid-state batteries.
Manufacturing Capex, Nickel Recycling, and Powering Data Centers 6513 Kamath draws on his background as a data center investor to challenge how battery storage can replace massive diesel generators, while Henning outlines capex requirements and circular nickel leasing SPVs.
Renewable Energy Generation, Grid Stability, and Decentralized Power 7524 Kamath brings active domain expertise on stock market co-location latency, Indian solar irradiance, and unit power tariffs to debate grid transmission economics and challenge the physical placement of data centers.
Three Super Cycles: Electrification, Advanced Manufacturing, and AI 6634 Henning lays out three super cycles (electrification, manufacturing, AI). Kamath pushes back forcefully on the manufacturing supply narrative by citing widespread Chinese industrial overcapacity and Indian cell import barriers.
AI Adoption in China, Economic Governance, and Final Thoughts 6423 Kamath explores cultural and socio-economic differences in AI adoption between the US and China, asking insightful questions about labor automation anxieties, regional municipal competition, and modern Chinese governance.

Statements from this episode (9)

Insight
Kamath: Energy bottleneck is storage and transport, not generation
“Energy does not seem to be the problem as much as it is the fungibility, the movability, and the storage of energy today.”
Nikhil Kamath Aug 10, 2026 ▶ 2:19
Assertion Supported
Tang: Modern LFP EVs can reach up to 1,000 km in range
“So the RFP can, you can drive a RFP driving car to up to 101,000 kilometers long range.”
Kun Tang Aug 10, 2026 ▶ 19:29
Assertion Supported
Tang: CATL sells at a 10% premium due to superior safety
“Tier two Chinese companies, the ratio of their safety issues always much higher than top, like BYD, like CTL. So that's why CTL always sell about the 10% expensive than The tier two.”
Kun Tang Aug 10, 2026 ▶ 22:54
Assertion Supported
Tang: China's EV dominance resulted from heavy multi-decade state subsidies
“Today's situation in China is a national drive for last decades. So, you know, so the pure EV car, it can get easily charged in China, in most cities, but you cannot guarantee that happen in India, or even in Germany. I don't think there's too many charge stat…”
Kun Tang Aug 10, 2026 ▶ 31:57
Assertion Supported
Tang: Most global lithium refining takes place in China
“And also the lithium refining is mostly in China, actually.”
Kun Tang Aug 10, 2026 ▶ 39:43
Assertion Supported
Tang: Sodium raw materials cost one-tenth of lithium equivalents
“So the price of cobalt sodium Combinates, it's one-tenth of the lithium components.”
Kun Tang Aug 10, 2026 ▶ 40:05
Insight
Tang: Sodium-ion batteries are strictly for short-range EVs under 500 kilometers
“We can use for the three wheels scooters short range, which says less than 500 kilometers. It's fine. But for the long range, up to 1000 kilometers, it's, that's the way for this one, for the solid city one.”
Kun Tang Aug 10, 2026 ▶ 41:36
Assertion Supported
Tang: Sodium-ion batteries utilize the same manufacturing facilities as lithium
“We are the same level with lithium. So we use actually the similar facility with lithium. So we just change the material. So so that's why most of the lithium battery company, they claim they have sodium product.”
Kun Tang Aug 10, 2026 ▶ 43:24
Opinion
Tang: No country can beat China's cost on exported lithium-ion batteries
“For, if you beat choose lithium ion battery, once there's export from China, no one can beat the Whole cost.”
Kun Tang Aug 10, 2026 ▶ 58:13
Made with StarZero

Turn any episode into a week of clips.

This entire site, over 60 episodes transcribed, diarized, checked and made playable, runs on the StarZero media pipeline. Drop in your own episode and the podcast clipper finds the moments worth sharing, cuts them, captions them, and reframes them for every feed.

Try the podcast clipper Learn more