Nothing screams energy dominance like this: China added more #BESS (grid-scale battery storage) in December 2025 alone than the US managed in all of 2025. One month vs one year. That’s not competition anymore — that’s industrial separation. #Lithium #LFP This has moved beyond a reality check. This chart isn’t “impressive.” It’s a body-blow to the West. While we’re still debating pilots, subsidies, and “market readiness,” China just flipped the switch on grid-scale storage at civilization scale. December wasn’t a surge — it was a systems upgrade. Batteries are no longer a technology choice there; they’re infrastructure, like transmission lines or ports. And here’s the brutal part: it’s already too late to pretend this is catch-up territory. China now controls the learning curve, the cost curve, the supply chains, and the deployment muscle. Every gigawatt-hour they install compounds the advantage — cheaper power, more resilient grids, faster electrification of transport and industry. The West didn’t lose because it lacked innovation. It lost because it moved like a committee while China moved like a manufacturer. This is what the future grid looks like when it stops being a PowerPoint slide and becomes hardware. Not targets. Not promises. Reality. The question now isn’t “Can we lead?” It’s “How much ground have we already lost?”

China crossed 50% (53.9%) penetration in EV heavy-duty truck sales — not cars, not buses, but heavy freight, the most brutally economic transport segment. 2025 sales hit 231,100 units (+182% YoY), with annual penetration at 28.9% vs 13.6% in 2024. #LFP #Lithium That alone should stop people in their tracks. But the real story is hiding inside the batteries. 🚛 These aren’t car batteries — they’re grid assets on wheels Typical battery sizes in China’s electric heavy truck fleet: • Urban / short-haul: ~200–300 kWh • Regional haul (most volume): 300–450 kWh • Battery-swap trucks: ~280–320 kWh per standard pack • Many trucks run 1–2 packs, route-dependent • Mining / ports / extreme duty: 500–600+ kWh That’s 5–8× a passenger EV battery, deployed into vehicles that: • Run far higher daily utilisation • Cycle batteries hard • Prioritise durability, uptime & TCO That’s why LFP dominates. 🔁 Battery swapping flipped the economics China didn’t just electrify trucks — it industrialised them. • Standardised packs across OEMs • 5–10 min swaps • Batteries owned by operators, not fleets • Trucks sold cheaper, batteries monetised separately Capex pain removed. Utilisation up. EV trucks win on pure economics — no ideology, no virtue signalling. Just math. When fleets save ~RMB 1–1.2m per truck over 8–10 years vs diesel, the choice isn’t philosophical — it’s inevitable. ⚡ The lithium demand shock nobody is modelling properly This is where it gets explosive. One electric heavy truck = • Multiple passenger EVs worth of lithium • Deployed instantly • Locked into domestic supply chains • Bought on fleet cycles, not consumer whim Unlike car sales, this demand is: • Sticky • Utilisation-heavy • Infrastructure-coupled (swap stations, depots, hubs) No smooth curve here. Step changes. Passenger EVs drove lithium demand growth. Heavy trucks drive lithium demand shocks. 🧨 Why 50% matters Yes, December was front-loaded. Subsidies, tax timing. Fine. That explains timing, not direction. You don’t “accidentally” hit 50% penetration in the most cost-sensitive transport segment on Earth. Once fleets cross this line: • Procurement logic flips • Infrastructure locks in • Resale markets form • Diesel becomes the risky option This isn’t a cycle. It’s a phase change. 🔮 The takeaway If heavy trucks are tipping: • Diesel demand destruction accelerates • Battery demand compounds faster than car-centric models assume • Lithium doesn’t drift — it reprices This isn’t flashy. It won’t trend on TikTok. But it’s the moment electrification moves from transition to industrial inevitability. Once heavy freight goes electric — there’s no way back. cnevpost.com/2026/01/22/chin…

THAILAND'S EV REVOLUTION: FROM 1% TO 40% IN JUST FIVE YEARS! One of the most extraordinary transformations in the global automotive industry is happening in Thailand, a market historically dominated by Japanese carmakers and petrol and diesel vehicles. In 2021, fully electric vehicles (BEVs) and plug-in hybrids (PHEVs) accounted for just 1.2% of new vehicle registrations. By September 2026, that had surged to 40.4%, up from 26.1% just a year earlier. 🇹🇭 September 2026 passenger-car market: ⚡ BEVs (fully electric): 36.5% 🔌 PHEVs (plug-in hybrids): 3.9% 🔋 Combined NEVs (BEV + PHEV): 40.4% ♻️ Conventional hybrids (non-plug-in): 28.1% ⛽ Petrol and diesel (ICE only): 31.5% Meanwhile, conventional petrol and diesel vehicles have seen their market share collapse from approximately 94.5% in 2021 to just 31.5%, a staggering 63 percentage point decline in five years. 📈 NEV registrations have almost doubled in just 12 months, up 97.9% year-on-year. Nearly seven out of ten new passenger cars are now electrified, although conventional hybrids still rely on fossil fuels. 🇨🇳 And for another remarkable statistic: 9 of Thailand's top 10 best-selling fully electric models are Chinese brands, with Tesla's Model Y the only exception. Thailand was once a stronghold of Japanese combustion-engine vehicles. Today, Chinese manufacturers are dominating its rapidly growing EV market. Let this sink in, from 1.2% plug-in vehicles to 40.4% in five years! This is what technological disruption looks like, and the implications for traditional carmakers and the oil industry are enormous.

China's Electric Heavy Trucks: From 5.2% to 50.3% in Under Four Years! In 2022, electric heavy-duty trucks accounted for just 5.2% of China's new heavy-truck market. By September 2026, that figure had reportedly surged to 50.3%, an almost tenfold increase in market share in less than four years. This is particularly significant because heavy-duty trucks are among the largest consumers of diesel. A single truck can burn tens of thousands of litres annually, meaning electrifying commercial transport has enormous implications for oil demand. CATL has also just introduced a dual-battery electric truck system with a large swappable battery and smaller onboard reserve, allowing battery swaps in approximately five minutes. The technology is increasingly addressing the practical and economic barriers to electrifying heavy transport. And importantly, that's new vehicle market share, not the existing fleet. Millions of diesel trucks remain on China's roads, but as electric trucks take a growing share of new sales, the cumulative impact on diesel consumption will become increasingly significant. Commercial transport is driven primarily by economics. When electric trucks offer lower total operating costs, the incentive to abandon diesel becomes compelling. China isn't just electrifying passenger transport anymore. It's rapidly electrifying the vehicles that consume some of the most fuel at an unprecedented pace. Note: 2022 figure is a full-year measure, while September 2026 represents a single month. Source: CarNewsChina, 20 October 2026 carnewschina.com/2026/10/20/…