Electric vehicle technology

Not for the 1,050 hp figure. I noticed the 0.254 drag coefficient. That is lower than many performance cars. Better aerodynamics can reduce the battery size needs. 0-100 km/h in 2.5 seconds. That is serious engineering. Lower drag means lower energy demand. Four independent motors enable true torque vectoring. Each wheel can receive different torque instantly. It can even switch to pure rear-wheel drive. A 122 kWh structural battery lowers the center of gravity. The 800V arch

I think thermal engineering will become one of the hottest skills in the EV industry. Here's why. Every watt of heat generated is Energy that does not reach the wheels. When we talk about EVs, we often focus on Batteries, Motors, and software. But thermal engineering sits Right in the middle of all three. Thermal engineering directly impacts Battery life, Safety, motor performance, And inverter reliability. As EV power density levels increase and charging speeds get faster, M

I believe future EV buyers may start asking motor-related questions just like today's buyers ask about engines. ⛽Yesterday: "How many cylinders does it have?" 🔋Tomorrow: "What type of motor does it use?" Is it IM, PMSM, BLDC, or SRM? ⛽Yesterday: "What's the engine capacity?" 🔋Tomorrow: "What's the motor efficiency?" ⛽Yesterday: "What's the mileage?" 🔋Tomorrow: "How much energy does the motor consume?" ⛽Yesterday: "How often does the engine need maintenance?" 🔋 Tomorrow: "

I recently saw Honda Activa e's battery swapping system. The customer experience felt effortless. But incredibly complex behind the scenes. In my previous post, I highlighted how EV users are increasingly asking "How quickly can I charge?" rather than "How far can I go?" This is exactly where battery swapping becomes interesting. Battery swapping sounds simple in theory. Just replace a discharged battery with a fully charged one and continue your journey. ⚡ But the engineerin

As EV adoption grows steadily in India, charging data becomes increasingly important. I believe this idea solves a real problem. Every charging operator has different APIs, Payment systems, uptime reporting, Pricing structures and booking mechanisms. One app means easier charging. Fewer logins. Fewer wallets. ⚡ The real value is interoperability. A unified charging database helps. Users get better visibility. Operators get better utilization. But challenges remain. Data ac

One challenge I constantly see in India’s EV growth is balancing affordability with technology innovation. Customers want lower prices. 💲 At the same time, they expect: • Better range • Faster charging • Premium features • Higher performance Higher battery capacity improves range, but also increases vehicle cost and weight. 🔋 More powerful motors improve performance, but increase system complexity and pricing. 🧲 Customers want affordable EVs With premium expectations. B

Audi E7X gets a choice of 100kwh & 109kWh battery. Dual motors, All-Wheel-Drive deliver 680hp power. Thermal management will Become even more critical. Torque touches massive 800Nm figures. 27-inch 4K curved display included. Currently, most EVs use 400V or 800V. Now, 900V systems are entering the market. 400V platforms need very high currents. 800V platforms reduce heating and copper losses. 900V platforms push charging speeds even further. Higher voltage enables thinner

China controls a major share of the Global rare earth magnet supply. Now imagine EV demand growing Faster than magnet availability. Rare earth magnets are critical to High-power-density PMSM motors Used in many EVs today. That is exactly why rare-earth-free Motors are becoming- Increasingly important for the- Future of electric mobility. The next EV revolution may not be driven by batteries alone. It may be driven by Motor technology, Material innovation, and Supply

Earlier, people asked: "Will I reach?" Now they ask: "How fast can I charge?" That shift alone shows how fast EV adoption is evolving. Yesterday, during the German Indian Mobility Summit 2026, Arun Vinayak of Exponent Energy, also confirmed this. He says, "Range anxiety is not changing to Charge anxiety" And honestly, I agree with him and Also can already see this happening. Public chargers are appearing everywhere now: Fuel stations. Shopping malls. Hotels and resorts.

One moving part. No engine noise. Looks easy from the outside. An internal combustion engine feels mechanical. An EV motor feels electromagnetic. And that changes everything. Every EV motor mainly has two parts. The stator remains stationary. The rotor keeps rotating. But the actual power comes from Something invisible. - Rotating magnetic field. That magnetic field controls speed, torque, Efficiency, and vehicle response. The inverter plays a huge role here. Batteries supply

Mass adoption needs optimized products, not oversized specification We know. Tesla cars still feel financially distant for many buyers. India, for instance, remains highly price-sensitive. Tesla’s next EV looks strategically different. Not bigger. Not faster. More optimized. The upcoming 4.3m SUV could change EV packaging strategies completely. A smaller battery means lower material dependency. A single motor reduces system complexity. ⚙️ Lower vehicle weight improves ov

I caught up with Ajith Kumar AL recently Intrigued by his Ather smart scooter. Here’s what he shared and what I felt. After 15000km, His first feedback felt very genuine. “Still happy after two years.” I tried Eco, Ride and Warp. ⚡ Warp mode instantly changed my mood. Throttle response felt sharp yet controlled. Reverse mode felt surprisingly refined. The touchscreen felt very refined. UI transitions felt smooth and responsive. Every switch felt thoughtfully placed. OTA updat

Will Tata Safari EV could redefine family EV performance? Safari EV feels like a bigger challenge. Launching during India’s 2026 festive season. Expected range touches nearly 627 km. Three rows. More weight. Same battery pack. Larger EVs bring bigger engineering challenges. Aerodynamic drag and rolling resistance increase. Cooling, braking, and suspension need retuning. ⚡ Efficiency drops faster during city driving. 🚗 Thermal limits become more critical. Efficiency mapping

Today’s morning walk changed my perspective. EV adoption is no longer limited to metro cities, Transformation is now visible even in Tier-3 towns. I still remember moving to China for work in 2014. Almost every vehicle on the roads is electric. Charging points were visible everywhere. Even roadside EV repair shops were common. Back then, India felt far behind. Today, I saw that future in my hometown. For the first time, India’s EV future felt real to me. Every few two-wheeler

Exited to see this great signal for innovation and investments. Policy optimism is real, but key EV adoption bottlenecks still remain: 💰 Affordability – High upfront costs vs ICE Charging infra & Battery swapping - availability, speed, reliability, standardized connectors. Consumer awareness – Range anxiety, resale concerns Skill gap – Trained workforce for EV design, service, safety Supply chain – Battery materials, semiconductors, localization, rare earth magnets Grid rea

"E-Motocompacto" amazed me instantly. Metro to home commute solved. Yes, solves real last-mile problems. What if my vehicle fits a briefcase? I carry it on public transport. I unfold it after I get down. I ride home easily every day. I saw Honda E-Motocompacto in person. While my visited Honda EV concept store. I felt surprised and excited instantly. I never expected it in India. Portable mobility is becoming critical today. Cities need compact transport solutions. Th

The next big question in EVs: Lithium-ion vs Aluminium-ion? I believe the Aluminium-ion could be a game-changer — let’s explore why!👇 The EV industry is buzzing with speculation. Many believe Tesla is working on a “Super Aluminium-ion Battery.” While there is no official confirmation, the idea excites researchers and consumers alike. 👉 Why Aluminium-ion? Aluminium is the most abundant metal in Earth’s crust. It carries three electrons per ion (vs one in lithium). This means

I see a big shift coming Delhi just changed the EV game. I went deeper into the policy. Let’s break it down. No tax for EVs below ₹30L. Above ₹30L gets no exemption. Strong hybrids get 50% benefits. Only e-2Ws allowed from April 2028. Only e-3Ws allowed from Jan 2027. By 2028, ICE two-wheelers may collapse in cities. Scrappage incentives offer ₹10,000 for e-2Ws. ₹25,000 for e-rickshaws, ₹50,000 for goods EVs. This policy certainly pushes faster adoption. Public buses go fully

I walked into this Honda EV concept store curious, walked out convinced This is how EV adoption should start. This did not feel like showroom. It felt like EV education space. Everything was simple. Everything built confidence. I saw Honda Activa e:. Swappable battery reduces range anxiety. I saw Honda QC1. Fixed battery suits daily city users. Battery swapping demo looked practical. Subscription plan makes EV more accessible. Motor and charger display built trust. Kids

Today marks my last day at Royal Enfield. Over the past two years, I’ve had the opportunity to be part of the Flying Flea development— An experience that gave me deep insights into EV systems, not just as individual components, but as a complete integrated product. Big thank you to RE management giving me this opportunity and my EV team for all support throughout. Grateful for all the experiences, lessons, and relationships built along the way. As I move on to the next chapte