Reasons to Choose an Electric Vehicle Over Traditional Cars

EVs are better than petrol cars. Change my mind. 🚗⚡ After owning several petrol cars over the last decade, I made the switch to electric. It’s been over a year now with a Tesla thanks to my company’s salary sacrifice scheme. Here’s the deal: Cost: Less than £400/month, including maintenance, tires, and tax (I just pay for insurance). Savings: I’ve saved £669 on fuel by charging at home with Octopus Energy’s night rate. 🤑 Range: A real-world 245-300 miles. I’ve traveled to Scotland, Cornwall, London, and Derbyshire without a single range issue. Supercharging takes just 15 minutes to get back to 80%. Reliability: Zero mechanical problems compared to my old petrol cars, which were a nightmare of repairs. EVs have fewer moving parts—it just makes sense. Let’s talk about the myths and fears: “What about charging?” Never been a problem for me. “EVs aren’t practical!” I’ve done long trips easily. “But the engine sound?” Sitting in traffic, I don’t miss it. The tech is incredible - karaoke, fart noises (yes, really), video games, autopilot. EVs aren’t just cars - they’re experiences. If you’re on the fence, here’s my advice: Ignore the misinformation online. Test drive one. Do the math. For me, it’s simple: This is the best car I’ve ever owned, and I’ll never go back. Are you team EV or still team petrol? Let’s hear your thoughts. 🔋👇

Even when charged from relatively “dirty” power grids, battery-electric vehicles (BEVs) outperform internal combustion engine (ICE) vehicles on lifecycle emissions. In key gobal regions studied — from the U.S. and China to the UK, Germany and Japan — EVs come out cleaner over their entire lifetime. Yes — manufacturing EVs (especially batteries) remains emissions-intensive. But once on the road, BEVs rapidly recoup that initial “carbon debt.” Over 250 000 km of driving, a medium-sized BEV’s CO₂ footprint can be 21–71% lower than the equivalent ICE car — depending on driving patterns and the energy mix. That matters — we can’t afford near-term paralysis based on imperfect grids or “worst-case” assumptions. As grids continue to decarbonise, the environmental advantage of EVs will only grow. If we want to accelerate transport decarbonisation at scale, the message is clear: EV deployment must go hand-in-hand with cleaner grids — but delaying electrification until perfect conditions are met is a luxury the climate doesn’t afford.

Drill your own gasoline well? Oh wait—you can’t refine crude oil at home. But you can install solar panels, save the excess in a home battery and charge your EV with the sun. Instant refinery. Check the air filter? Sure, EVs still have cabin air filters—and yes, you can often change them yourself for cleaner breathing. No oil, no fuel filters needed though. Engine maintenance? Electric motors are magnets spinning inside coils—no timing belts, spark plugs, oil sludge, or programmed obsolescence. You’ll miss the grease under your nails. Tire alignment and pressure? That one still applies. Rubber’s rubber. Tighten the gas cap? No gas, no cap. Electrons don’t evaporate. Sure, EVs dislike extremes—high amperage stress or wild temperature swings—but preconditioning and smart charging times solve that. Slow down? Absolutely. EVs, like ICE cars, consume more with a lead foot. But EVs can actually reclaim energy with regenerative braking. Driving smarter = “fueling” while you go. #regen Drive smoothly? Even more rewarding in an EV. The smoother you go, the more range you gain. Try that with a petrol car. Don’t idle? Idle away. No combustion, no emissions. Unless you’re blasting the heater in Siberia, you’re barely sipping electrons—especially if your EV has a heat pump. Wrong fuel? Not possible. The car talks to the charger and negotiates what it needs. No diesel-in-the-petrol panic at the pump. Combine errands? Smart advice. Even smarter when your supermarket offers free kWh. Do the shopping, gain range. Fresher food, fuller battery. And the best part? If you don’t burn gas, you’re not fueling conflicts. You’re supporting your grid, not foreign oil. #EnergyIndependence The best way to save gas is not to use gas at all.

EVs vs ICE: if you only remember one thing, remember #efficiency !! People love arguing batteries, mining, grids, politics. Fine. Start with physics. Conventional gasoline cars waste most of the energy you buy. On typical U.S. drive cycles, only ~16–25% of the chemical energy in gasoline reaches the wheels. The rest disappears as engine heat, parasitic loads, drivetrain losses, and accessories. In other words, you pay for a tank and throw most of it away before the car even moves. EVs flip that math. Battery-electric drivetrains deliver ~65–69% of stored energy to the wheels, then recapture ~22% with regenerative braking, for an effective 87–91% to the wheels on the EPA combined cycle. That is the point. Less waste. More motion. What that means in the real world If you compare tank-to-wheels vs battery-to-wheels, an EV is roughly 3-4× more efficient at turning onboard energy into movement. Even when the grid mix isn’t perfect, the efficiency head start is so large that EVs still come out ahead, and the grid keeps getting cleaner. (Efficiency is your multiplier.) Legit caveats you should acknowledge Drive cycle matters. Stop-and-go favors EVs even more because regen shines in the city. Highway reduces regen’s share. Numbers vary by cycle. Charging and conversion losses exist. DOE assumes ~10% for charging plus drivetrain and thermal losses in its 87–91% figure. No magic here, just transparent accounting. Cold weather hits everyone. Winter increases HVAC loads and changes chemistry. EVs use more power for heat; ICE vehicles also lose efficiency in cold starts and dense air. The ranking does not flip; the gap narrows. (EPA test methods and Trends reporting explain how cycles are built and adjusted.) Why most debates miss the plot Range is loud. Efficiency is quiet. Efficiency controls your total cost, your infrastructure footprint, and how fast a system scales. With EVs, more of what you pay for becomes motion. With ICE, more of what you pay for becomes heat and fumes. If you need one slide for a boardroom: EVs: ~87–91% to wheels. ICE: ~16–25% to wheels. The rest is commentary. (Sources, DOE Vehicle Technologies Office, EPA / FuelEconomy.gov & DOE AFDC #EVs #EnergyEfficiency #ElectricVehicles #BatteryTech #EVCharging #FutureOfTransport #Lucid

Experience changes our beliefs. As an energy engineer, I’ve run the numbers more times than I care to admit on switching to an EV. With 65k–80k km of annual driving, the maths always told me it wasn’t practical. What I hadn’t accounted for was behaviour. Last year at Climeaction, we did a proper review. And when we factored in behavioural changes, the numbers flipped. For high-mileage drivers, EVs do make financial sense. We’ve now got four EVs on the road (1 Tesla, 3 Renault Meganes), and we’ll be adding more as our mileage and business grows alongside our emissions savings. We’re already well on track for hitting SBT-level reductions. Personally? I’m the highest mileage driver, but due to frequent US travel my driving is way down—so I’m primarily in a Megane. Real-world range? About 300 km. So when I’m heading to Dublin or Cavan from Cork, I stop to charge both ways. That used to seem like a pain. Now? It’s a break. I grab food, make some calls, send a few cheeky LinkedIn posts... and I still get home at the same time I would have in my hybrid. Only this time I’m better rested, safer, and I’ve spent a fraction of the cost—with zero tailpipe emissions. Same applies to low-carbon tech in any business. If you’re truly committed, you’ll make it work. And the benefits? Massive. #EVs #Business #savingmoney

Whenever the topic of EVs comes up, I'm almost always asked about this: "𝘚𝘶𝘳𝘦, 𝘦𝘭𝘦𝘤𝘵𝘳𝘪𝘤 𝘷𝘦𝘩𝘪𝘤𝘭𝘦𝘴 𝘢𝘳𝘦 𝘤𝘭𝘦𝘢𝘯, 𝘣𝘶𝘵 𝘸𝘩𝘢𝘵 𝘢𝘣𝘰𝘶𝘵 𝘵𝘩𝘦 𝘨𝘪𝘢𝘯𝘵 𝘤𝘢𝘳𝘣𝘰𝘯 𝘧𝘰𝘰𝘵𝘱𝘳𝘪𝘯𝘵 𝘰𝘧 𝘮𝘢𝘬𝘪𝘯𝘨 𝘵𝘩𝘦 𝘣𝘢𝘵𝘵𝘦𝘳𝘺?" Released today, a University of Michigan study found that a battery electric vehicle (BEV) pickup truck carrying 2,500 pounds STILL emits less than 30% of the lifetime greenhouse gases of a conventional gas-powered pickup with no cargo. The "cradle-to-grave" LCA confirms that the use phase of a gas vehicle's life cycle is far more damaging than the production of an EV battery, recognizing that the gas truck is the real climate culprit over its lifetime. Here are some of the key figures I found interesting: 🟢 On average, an ICE pickup truck produces 486 grams of CO2 equivalent per mile. That's the highest emitter on the road. 🟢 The lowest emitting vehicle in the study, a compact sedan BEV, produces just 81 grams of CO2e per mile. 🟢 Switching to a BEV pickup would reduce those emissions by a massive 75% (!!!) This research illuminates a powerful feedback loop that's already in motion. As our grid continues its journey toward decarbonization, every new EV becomes a progressively cleaner vehicle over its 15-year lifetime. The data proves that we are building a transportation system whose environmental benefits are not static but grow year over year. The more we electrify, the stronger the case for clean energy becomes, creating a virtuous cycle where vehicle choice and grid evolution reinforce each other for a more sustainable future. Read more here: https://lnkd.in/dwdhvHZi #ElectricVehicles #Sustainability #DataDrivenDecisions #ClimateAction #CleanTech

After spending 15 years in the petroleum industry, I was initially skeptical about #electrification. Many of my Ex-colleagues from oil and gas industry shared a similar sentiment, often dismissing electric vehicles (EVs) without ever experiencing them firsthand. For me, the decision to switch from a traditional fuel engine to an EV wasn't driven by the Zero Carbon goal—many drivers don't prioritize that. Instead, it was the superior and more comfortable driving experience that convinced me. With features like full-service drive mode and assisted self-driving, EVs allow me to relax while driving back home after a busy day. The quiet ride and reduced maintenance are significant advantages. As for charging, I've found no issues within a 300-mile range, which covers almost all my trips. The rapidly expanding charging infrastructure and advancements in fast-charging technology are alleviating range anxiety. Regarding environmental concerns about EV batteries, it's important to note that they are over 98% recyclable. Just as the Stone Age didn't end due to a lack of stones, the shift from internal combustion engines to EVs is about embracing better technology before we exhaust oil and gas resources. Let's embrace innovation and look forward to a cleaner, more efficient future!

Electric vehicles (EVs) are gaining momentum for multiple compelling reasons: 🌿 **Environmental Benefits:** EVs produce zero tailpipe emissions, curbing air pollution and combating climate change. By utilizing renewable energy sources for charging, they further diminish their carbon footprint. ⚡ **Energy Efficiency:** Electric motors surpass internal combustion engines in efficiency, converting a greater portion of energy into vehicle movement. 💰 **Economic Advantages:** EVs offer long-term cost savings with reduced operating expenses, minimal maintenance, and cheaper electricity compared to traditional fuels. 🏛️ **Government Support:** Governments worldwide are incentivizing EV adoption through subsidies, tax incentives, and investments in charging infrastructure to accelerate the transition to sustainable transportation. 🔋 **Technological Progress:** Ongoing advancements in battery technology are extending the range, enhancing performance, and lowering the cost of EVs, making them more accessible to the masses. 🌍 **Public Awareness:** The escalating awareness of climate issues is fueling consumer interest in eco-friendly transport options like EVs. 🛢️ **Energy Independence:** By reducing reliance on fossil fuels, EVs play a pivotal role in enhancing energy security and diversifying energy sources. As technology evolves and global concerns regarding pollution and climate change intensify, electric vehicles are emerging as a practical and relevant choice for transportation. 🚗⚡ #ElectricVehicles #Sustainability #FutureOfTransportation

EVs Are The Better Choice—And I Would Know, I Own Both. When given the option, I reach for my EV every time. As someone who enjoys cars (but wouldn’t call myself a petrolhead), I can confidently say that EVs offer a fundamentally better driving experience: ➡️ Instant torque makes acceleration seamless—perfect for navigating rush-hour traffic. ➡️ Silent rides elevate music appreciation to a whole new level. ➡️ One-pedal driving is a game changer once you get used to it. ➡️ Autopilot? It transforms motorway commutes into something bearable, even relaxing. But personal preference aside, let’s look at the numbers: 📈 #EV sales have skyrocketed from 4% to 14% of global car sales in just three years. 🚘 The Tesla Model Y was the best-selling car globally in 2023 (1.2 million sold) and, while it may drop to second in 2024, other EV models are filling the gap. 💸 Total cost of ownership is now on par with internal #combustion engine (ICE) vehicles—and dropping. And then there’s efficiency, where EVs truly shine. 🔋 EVs convert 95% of their #energy into forward motion. ⛽ By contrast, petrol cars use just 20%, with the rest wasted as heat and friction. The transition to EVs is no longer just about #sustainability (though that’s critical); it’s also about better technology, lower costs, and a vastly improved user experience. What are your thoughts? Are EVs winning you over—or do ICE cars still hold a special place for you? 👉 Jesse Morris 🔔 Follow Jesse Morris for interesting posts on: #Sustainability, #BatteryTech and #GreenTechnology

Electric vehicles are not the future, they are the upgrade. Across the full lifecycle, EVs outperform gasoline on three key fronts: emissions, efficiency, and operating costs. In the US, a typical EV produces emissions equivalent to a gasoline car getting about 90 miles per gallon when you account for power plant generation and the grid mix. Multiple analyses show that, even when charged on today’s grid, EVs reduce lifetime climate pollution by roughly 50–70 percent compared to comparable gas vehicles, and the gap will continue to widen as more renewables come online. On the cost side, electricity is often 50–70 percent cheaper per mile than gasoline, and EVs have fewer moving parts, which means lower maintenance over the life of the vehicle. The charging story is evolving fast. Public chargers in the US are now in the tens of thousands, with DC fast chargers concentrated along major highway corridors and in metro areas. Governments, utilities, and private networks are deploying new stations every week, driven by policy incentives and demand from fleets and consumers. That build-out is not linear; it is compounding. Every new site de-risks ownership, supports more EV sales, and justifies even more infrastructure. The end state is simple: charging becomes as mundane and ubiquitous as Wi-Fi, built into where you live, work, shop, and park. We are still early in the curve, but the direction is not in doubt. As the total cost of ownership keeps dropping, range keeps increasing, and charging becomes denser and faster, sticking with gasoline will start to look less like “the safe choice” and more like willingly paying more for an inferior experience. #ElectricVehicles #EVAdoption #EVCharging #SustainableTransport #CleanEnergy #FutureOfMobility #CustomerExperience #Fleets #EnergyTransition