Electric Vehicle Insights

Global sales of EVs and hybrid vehicles hit 1.2 million units in February 2025. That's a massive 50% jump compared to last year. But get this: China accounted for nearly 75% of those sales! I've posted before about the pace in China, and it just keeps accelerating. EV sales there are up 76% year-on-year. Brands like BYD, Xiaomi, Xpeng, and Zeekr are launching new models at lightning speed, moving from plug-in hybrids to fully electric in record time. In Europe, the race is still on. Volkswagen boosted BEV sales by 180%, BMW overtook Tesla, and Chinese-owned brands reportedly outsold Tesla in Europe for the first time. Meanwhile, Tesla's EU market share hit a five-year low. But what I still can't get over is the insane pace in China! I recently drove a Xiaomi EV in Shanghai that felt like a one-to-one copy of the Porsche Taycan for $40,000. Incredible materials, smooth drive, and great steering. Even my engineer, who was with me, was impressed. And this is just four years after Xiaomi said, "Let's make cars." Now, they're producing 100,000 a year. Also extremely interesting is that 20% of the car's cost is subsidised. That kind of scale-up is of course possible based on massive government backing. On the autonomous side, I've experienced Waymo in San Francisco and Hyundai's lidar-based system in Shanghai: fully self-driving, even in chaotic traffic. The future is already here. And I've become a real fan, especially when I need to work between meetings or get to the airport. Same as Vay for teledriven car sharing. There’s so much going on! Has Europe lost the race? No! Not yet. But we're under pressure. And we need to move faster. The future is 100% electric: that's crystal clear to me. Hybrids may be an important bridge, but the long-term path is electrification, enabled by renewables. So the real question is: Can Europe match China's speed, scale, and tech leadership? Or are we looking at a permanent power shift in the EV industry?  I'd love to hear your thoughts in the comments. #EV #ElectricVehicles #Mobility #Innovation #ChinaEV #EuropeEV #Automotive

NEW RECORD: For the first time, fully electric vehicles outsold petrol-only cars in the EU in December. This is a genuinely historic moment for Europe’s transport transition and a powerful signal that the market, consumers, and policy frameworks are aligning towards cleaner transport. This milestone reflects a shift in consumer confidence and commitment to decarbonisation across the transport sector. It highlights the importance of continued support mechanisms, smart regulation, and investment in charging networks that make EVs a feasible choice for more people and businesses. It shows that policy works. Clear CO₂ standards, investment in charging infrastructure, and long-term signals to industry and consumers are translating into real market change. The direction of travel is unmistakable. That’s precisely why backtracking now would be a serious mistake. Rolling back targets, delaying standards, or creating regulatory uncertainty would not “help industry” — it would undermine investment decisions, slow down innovation, and risk Europe falling behind in one of the most important global growth markets of this decade. The transition is not finished. There are still challenges around affordability, infrastructure rollout, grid integration and skills. But these are reasons to stay the course and improve implementation, not to weaken ambition.

China is electrifying its trucking fleet so fast that it’s now reshaping global diesel demand. This has not been widely covered by the mainstream media. Here's how quickly things have shifted: ➡️ 2020: Nearly every new truck in China was diesel ➡️ H1 2025: Battery-powered trucks reached 22% of new sales ➡️ Dec 2025: Battery-powered trucks hit 54%, achieving a majority share for the first time China's sales of "New Energy Vehicle" trucks in 2025 were almost triple the 2024 total – and the share is now expected to reach around 60% this year. And what's driving this shift? Economics. Rapidly falling battery prices mean electric trucks are now cheaper to own and operate than diesel or LNG alternatives – with each truck saving fleet operators around $165,000 over a 10-year operating life. Fleet operators are also increasingly adopting depot charging, opportunity charging and battery-swap networks – removing the last points of friction. This is a market-wide shift in the most energy-intensive road transport segment in the world’s largest vehicle market. And it matters: road freight accounts for around one third of global transport emissions. The impact on oil demand is already visible: ✅ China's electric trucks are already cutting oil demand by the equivalent of more than one million barrels a day. ✅ China's transport sector is forecast to use 40% less diesel in 2030 than in 2024. So why did analysts miss this? Most models assumed heavy trucks would be the last segment to electrify — but China moved faster on battery-swap infrastructure, ultra-cheap LFP batteries, and high-utilisation urban freight fleets. The economics flipped earlier than the forecasts assumed. The result: diesel demand in China – the world’s second-largest consumer – could fall much faster than many predicted. And that's not all. Already the world's largest exporter of passenger cars, China is now eyeing the global electric truck market. Adoption is growing in the Middle East and Latin America and BYD is building a new electric truck and bus factory in Hungary. This is just the beginning.

For the first time in our Future Readiness Indicator's history, Tesla has lost its top position to BYD, scoring 98.1 to BYD's perfect 100. But this historic power shift isn't an anomaly. Instead, it’s the culmination of years of strategic patience and relentless innovation from Chinese manufacturers. Here's how the automotive competitive landscape has fundamentally transformed in 2025: BACKGROUND: Traditional automotive manufacturers are in crisis. Stellantis, VW, BMW, and Mercedes have reported declining revenues while Chinese EV makers like BYD, XPeng, and Li Auto are experiencing substantial growth. We've spent years analyzing why this historic power shift is happening: - Chinese EV makers aren't just winning on cost—they're reimagining cars as "computers on wheels" - BYD's R&D intensity grew 23.35% (3Y CAGR) while obtaining 1,880 new patent authorizations last year, a 113.64% increase compared to 2023 - Traditional OEMs are stuck in hardware-centric models with 5-7 year development cycles - EV makers iterate in 18-36 months with startup-style organizations In 2019, I would have bet on Tesla maintaining dominance indefinitely. Their software-first architecture gave them a seemingly insurmountable advantage. But Chinese manufacturers didn't try to beat Tesla at its own game. They played the long game. XPeng adopted an "experience-first" strategy, designing user interfaces and autonomous features before mechanical elements. Li Auto's rapid iteration cycle meant yearly upgrades incorporating real-time customer feedback, while incumbents were still retooling factories. And BYD? While Tesla stagnated (-9.4% Q1 2025 sales growth), BYD's revenue grew 52.8% (3Y CAGR) with inventory turnover at 6.17—operational excellence at scale. The lesson is clear: EVs are becoming commoditized, but software ecosystems and rapid iteration cycles are not. For automotive executives, this means three essential strategic shifts: 1. Treat cars as "computers on wheels" where software features and rapid updates are paramount 2. Build supply chain agility with digital tracking systems and localized production of critical components 3. Invest in brand differentiation; as technology becomes commoditized, trust will determine winners The most important insight from our research: future readiness is never a finished state but a continuous process of adaptation. Even market leaders can be challenged when competitors commit to the long game. The race is far from over, but the rules have fundamentally changed.

Electric car sales rose to new records in nearly 100 countries in 2025 – and close to 30% of all cars sold globally this year are set to be electric. Battery price declines & policy responses to the current energy crisis can add to EVs' momentum. More in the International Energy Agency (IEA)'s new Global EV Outlook 2026 → https://iea.li/4eXJduC By 2035, electric cars could account for about half of global car sales, even without any new policy announcements. This would mean as many as 510 million EVs on the road (excluding 2- & 3-wheelers) – up from nearly 80 million today. The report → https://iea.li/4dRwR69 The momentum behind EVs is particularly strong in Southeast Asia. Sales in the region more than doubled in 2025 and rose by 80% in the first quarter of 2026 compared with the same period a year earlier. A combination of market factors, policies & innovation are supporting the uptake of EVs globally. Recent declines in battery prices have helped make electric cars more affordable, while higher-voltage batteries are paving the way for faster charging. Read the IEA's Global EV Outlook 2026 in full on our website → https://iea.li/4dRwR69 We’ve also updated two key online tools for exploring trends in EV data & policies around the world. → The data: https://iea.li/4f2MFUZ → The policies: https://iea.li/49e3uIN

Want to look into the future of electric trucks? Then see what China is doing today This is (by all accounts) the world’s first 100-megawatt heavy-duty truck charging hub and the numbers reset expectations for eHGV infrastructure Huawei’s new site in Beichuan, Sichuan is designed for 100 MW (phase one at 50 MW), with 18 bays able to deliver up to 1.44 MW each and 108 bays at 600 kW, capable of serving around 700 electric trucks per day and delivering ~300,000 kWh daily. The hub also has on-site solar (1 MWp) and energy-storage-backed thermal management to smooth demand and support grid services What’s new here: - Megawatt at scale: 1.44 MW dispensers move this beyond 'pilots' to true high-throughput freight charging. Compatible trucks with 400 kWh batteries can reach 80 percent charge in about 15 minutes - A system, not just sockets: Designed capacity of 100 MW with 50 MW live now, across 120+ bays, pushes utilisation and queue optimisation into power-station territory. I love the different charging power options available depending on your dwell time - Grid-friendly by design: PV canopies plus on-site storage/thermal systems help peak-shave, enable VPP-style operation and reduce grid stress at driver shift changes Why this matters for the UK & Europe - Throughput that matches logistics: If 700 trucks/day is the new benchmark for a single site, freight corridors (ports, DC clusters, motorway hubs) will need fewer, larger eHGV charge parks, each with 50–100 MW connections that ramp up with demand - MCS era is arriving fast: Europe’s Megawatt Charging System (MCS) ecosystem needs to be deployment-ready: grid, civils, bays, eMSP/CPO platforms and vehicle compatibility because operational models (fast turnarounds, booked slots, priority dispatch) can clearly work at scale - Energy strategy, not just charging: Sites of this size act like micro-power plants. PPAs, energy arbitrage, storage and generation will mean these are margin opportunities for charge-park operators, not just nice-to-haves Considerations for fleets, OEMs and CPOs - Design for dwell & duty cycle: Align bay count and power mix (600 kW 'standard' and 1–1.5 MW 'priority') to your shift patterns and SoC arrival states - Phase the grid, stage the bays: Start at 50 MW, prove utilisation, then scale to 100 MW minimising civils reworking, this is how Beichuan approached it - Own the energy: Co-locate PV + storage, negotiate flexible tariffs and build VPP participation into the business case from day one - Software is the differentiator: Queue prediction, slot booking, multi-OEM roaming and power allocation become as important as great driver facilities Covering approximately 11.5 acres with an investment of around $20.9 million, Huawei’s hub is a look at how industrial-grade eHGV charging will actually operate: a great location aligned with customer demand: high-power, high-throughput, software-orchestrated and financially underpinned by energy-market participation

Top 5 Automotive Markets in Europe – Powertrain Trends Jan–Aug 2025   The latest figures show that Europe’s automotive markets continue to transform: while internal combustion engines are losing ground, electrified powertrains and hybrid models are gaining increasing importance.   Germany: Despite a slight decline in total registrations (−1.7%), the market for BEVs (+39.2%) and PHEVs (+61.2%) grew strongly. Full and mild hybrids also increased by +10.1%, while diesel continued to drop (−19.9%). The BEV share stands at 17.9%.   UK: The BEV share of 21.8% is the highest among the top five markets. BEV sales rose by +29.5%, PHEVs by +33.7%, and hybrids by +9.5%, while diesel kept shrinking (−8.2%).   France: The BEV share reached 17.6%, and full and mild hybrids grew significantly by +30.5%. However, overall registrations declined (−7.1%), and diesel fell sharply (−40.1%).   Italy: Despite a slight drop in total registrations (−3.7%), PHEV sales rose by +62.6% and hybrids by +9.4%. BEVs remain behind other countries with just a 5.2% share.   Spain: A particularly dynamic market with +95.6% BEV growth and +99.9% PHEV growth. Hybrids also recorded strong gains of +29.3%.   Europe (EU + EFTA + UK): Overall, the market remained stable (+0.4%) with a clear shift towards electrified powertrains: BEVs +26%, PHEVs +28%, full/mild hybrids +15%, while diesel declined significantly (−25.2%).   Conclusion: The trend is clear: diesel is losing relevance across all major markets, while electrified powertrains continue to gain ground. The transition to more sustainable mobility is in full swing, though progress varies widely across countries.   For a detailed analysis of global market trends and strategies of leading manufacturers, take a look at the Electromobility Report 2025: see link in comments.   #AutomotiveIndustry #Electromobility #EVMarket #BatteryElectricVehicles #HybridVehicles #PHEV #BEV #Europe    

India may lose the EV race to China. Not because we lack talent. But because our government and policy may be backing scale more than innovation. China did not become an EV leader by supporting companies only after they became large. It backed the ecosystem early: technology, batteries, supply chains, software and manufacturing. India is trying to do something similar through Auto PLI. In simple words, PLI rewards companies for manufacturing locally. Good idea. But here’s the problem: What if the startups that legitimately built the EV ecosystem and need support for driving innovation do not qualify? What if the companies benefiting most are already established? Large players already have factories, balance sheets and distribution. Startups do not. Yet startups took the early risk. They invested in product, engineering, software and localisation when India’s EV market was still uncertain. Companies like Ather Energy, Euler Motors and River helped prove that India can build serious EV technology. But because PLI thresholds are linked to scale, startups can face a 13-16% cost disadvantage. That is huge in a price-sensitive market. And the real EV race is not just about assembling vehicles. It is about battery management, power electronics, embedded systems and vehicle software. The solution? A time-bound, R&D-linked eligibility window that helps startups access the ₹23,000 crore of unallocated PLI funds. India has the talent, demand and ambition. But if policy only rewards scale, we may lose the builders who could make India an EV technology leader.

Global EV adoption continues to grow, but the transition is proving far more complex than vehicle demand alone suggests. That distinction matters. Electrification is not simply a product shift. It is a large-scale industrial transformation that depends on manufacturing capacity, battery supply chains, charging infrastructure, energy systems, financing ecosystems, regulatory alignment, and customer readiness evolving together.    Those systems are not moving at the same speed. In some markets, infrastructure and policy are accelerating adoption. In others, charging access, affordability pressures, grid limitations, and uneven operating conditions continue to slow scalability despite significant investment.    This creates a more fragmented competitive environment than headline growth figures alone imply. For automotive manufacturers, long-term advantage is increasingly tied not just to vehicle innovation, but to ecosystem execution. Customer adoption depends on how effectively the broader ownership experience reduces friction across infrastructure access, service support, digital integration, financing, and operational confidence.    Scale still matters. But transformations of this magnitude succeed when surrounding ecosystems mature alongside the technology itself.    The question is no longer whether electrification is advancing. It is which organizations are best positioned to align the broader systems required to scale it sustainably.

With Beijing instructing its automakers to keep EV technology domestic, it's a clear reminder for India to build its "Made-in-India" battery ecosystem to become Atmanirbhar. Self-reliance will help secure our production processes from geopolitical conflicts and supply chain disruptions. China currently produces 99% of the global graphite anode and 95% of LFP cathode materials, making India highly vulnerable to supply chain interruptions. Without a strong domestic supply chain, India risks falling behind in the EV growth and could face national security issues if access to these critical raw materials is restricted. The Indian government needs to push the development of localization for these key components to avoid such risks. A recent report on ‘E-mobility: Cell manufacturing in India’ by Arthur D. Little states that India needs to invest over USD 10 billion in cell processing & manufacturing to meet local LiB battery demand by 2030 and generate 1 million new jobs. This is an ambitious goal, but not an unattainable one. With large investments in R&D, supportive government policies, foreign direct investment, and collaboration between stakeholders in the EV ecosystem, we will be able to achieve it for sure towards becoming Viksit Bharat. #BatteryManufacturing #SupplyChain #SelfReliance #EV #MadeInIndia #EMobility #ViksitBharat https://lnkd.in/gCeUCB5t