Carly Gregg’s Top 2024 EV Picks: Expert Insight
The electric vehicle market has exploded in 2024, offering consumers an unprecedented selection of compelling options across every price point and segment. As automotive enthusiasts navigate this rapidly evolving landscape, expert guidance becomes invaluable. Carly Gregg, a seasoned automotive journalist and EV specialist, has curated a comprehensive list of the year’s most impressive electric vehicles. Her selections span luxury performance machines, practical family haulers, and innovative entry-level options that demonstrate how far battery technology and engineering have advanced.
Gregg’s methodology emphasizes real-world performance metrics, charging infrastructure compatibility, total cost of ownership, and the driving experience that matters most to everyday consumers. Whether you’re considering your first EV or upgrading to a newer generation model, her expert analysis provides the technical depth and practical wisdom needed to make an informed decision. This guide explores her top picks and the reasoning behind each selection, breaking down what makes these vehicles stand out in an increasingly competitive market.
Tesla Model Y: The Market Leader
The Tesla Model Y continues to dominate EV sales charts, and Carly Gregg recognizes why this vehicle deserves its top ranking. The 2024 Model Y represents Tesla’s matured vision of what a mass-market electric vehicle should be: efficient, practical, and technologically advanced. With a starting price around $43,990 for the rear-wheel-drive variant, the Model Y offers exceptional value in the EV segment.
The 2024 refresh brings meaningful improvements across the lineup. The Long Range variant delivers an EPA-estimated range of 330 miles, while the Performance version reaches 60 mph in just 3.5 seconds. The triple-motor all-wheel-drive system provides superior traction control and dynamic handling compared to competitors. Gregg emphasizes the Model Y’s minimalist interior design, which prioritizes functionality and reduces manufacturing complexity, translating to improved reliability and lower maintenance costs.
One critical advantage Gregg highlights is Tesla’s proprietary Supercharger network, which now includes over 50,000 stations globally. The network’s expansion to third-party vehicles through the NACS connector standard represents a significant infrastructure victory. With Supercharging speeds reaching 250 kW on compatible vehicles, road trip anxiety diminishes considerably. The Model Y’s over-the-air software updates mean your vehicle improves throughout ownership, addressing bugs and introducing new features without dealership visits.
The cabin technology centers on a 15-inch landscape touchscreen with intuitive controls, though the minimalist approach means you’ll need to adapt to accessing climate controls and other functions through the display. Gregg notes that while some traditionalists miss physical buttons, most owners quickly appreciate the cleaner aesthetic and easier cabin cleaning. The available glass roof creates an airy atmosphere that particularly appeals to family buyers.
Chevrolet Blazer EV: American Performance Value
The Chevrolet Blazer EV represents General Motors’ commitment to affordable performance, and Gregg considers it a breakthrough vehicle for American EV manufacturing. Starting at approximately $48,800, the Blazer EV delivers genuine sports car dynamics wrapped in a practical crossover package. The dual-motor all-wheel-drive system produces 288 horsepower, accelerating from 0-60 mph in 6.0 seconds—impressive for a vehicle in this price category.
What truly impresses Gregg is the Blazer EV’s chassis tuning, which emphasizes responsive steering and composed handling through corners. The independent double-wishbone front suspension and multi-link rear suspension provide the foundation for engaging driving dynamics rarely found in affordable EVs. The 85-kWh battery option delivers an EPA-estimated range of 293 miles, sufficient for most daily commutes and weekend adventures.
The interior design balances modern aesthetics with practical functionality. A 17.7-inch diagonal touchscreen dominates the dashboard, supporting both Apple CarPlay and Android Auto through wireless connectivity. The spacious cabin accommodates five adults comfortably, while the 64.2-cubic-foot cargo volume with rear seats folded provides flexibility for lifestyle needs. Gregg particularly appreciates the available Super Cruise hands-free driving system, which enables true semi-autonomous highway driving on compatible roads.
General Motors’ Ultium battery platform underpins the Blazer EV, ensuring access to an expanding network of DC fast-charging stations through partnerships with Electrify America and EVgo. The vehicle supports 200-kW DC fast charging, enabling 0-80% battery replenishment in approximately 25 minutes. For home charging, the included Level 2 charger provides 7 kW output, adding roughly 30 miles of range per hour.
BMW i7: Luxury Redefined
For buyers prioritizing luxury appointments and cutting-edge technology, the BMW i7 represents the pinnacle of electric sedan engineering. Gregg emphasizes this vehicle’s significance as BMW’s flagship electric offering, demonstrating the company’s commitment to battery-powered performance. The i7 xDrive50 produces 516 horsepower and 472 lb-ft of torque, accelerating from 0-60 mph in 4.6 seconds despite its 5,400-pound curb weight.
The EPA-estimated range of 324 miles on a full charge makes the i7 practical for extended journeys, though Gregg notes the real-world range varies considerably based on driving style and ambient temperature. The dual-motor all-wheel-drive system provides exceptional winter traction and dynamic cornering capability. BMW’s adaptive air suspension automatically adjusts stiffness based on road conditions, delivering a composed ride that isolates occupants from imperfections.
The interior represents the height of automotive luxury, featuring a curved 14.9-inch digital instrument cluster merged with a 14.9-inch infotainment display. The panoramic glass roof extends across the entire cabin, creating an open atmosphere. Nappa leather upholstery, heated and cooled front seats, and a 16-speaker Harman Kardon audio system elevate the ownership experience. Gregg appreciates the intuitive iDrive 8 interface, which combines gesture control, voice commands, and traditional physical controls.
One consideration Gregg addresses is the i7’s premium pricing, starting around $111,750. This positions the vehicle in competition with gasoline-powered luxury sedans rather than mass-market EVs. However, for buyers already committed to luxury brands, the i7’s electric powertrain offers significant operational savings through reduced fuel and maintenance costs. The vehicle qualifies for federal tax credits up to $7,500, partially offsetting the premium.
Hyundai Ioniq 6: Efficiency Champion
The Hyundai Ioniq 6 captures Gregg’s attention as the 2024 model year’s efficiency champion, delivering impressive range while maintaining an engaging driving experience. This purpose-built electric sedan prioritizes aerodynamics and lightweight construction to maximize every kilowatt-hour of battery energy. The 0.21 coefficient of drag ranks among the lowest for production vehicles, reducing energy consumption and extending range.
Gregg highlights the Ioniq 6’s dual motor all-wheel-drive variant, which produces 320 horsepower and delivers 0-60 mph acceleration in 4.7 seconds. More impressively, the EPA-estimated range reaches 361 miles on the Long Range variant—among the highest in the entire EV market. The 84-kWh battery provides exceptional capacity for its size, demonstrating Hyundai’s advanced battery chemistry and thermal management systems.
The interior design emphasizes minimalism and functionality, with a 12.3-inch touchscreen providing access to entertainment, navigation, and vehicle controls. The available augmented reality navigation system overlays directional guidance onto the real-world camera view, enhancing navigation intuitiveness during complex driving scenarios. Hyundai’s SmartSense safety suite includes adaptive cruise control, lane-keeping assist, and automatic emergency braking.
Pricing represents perhaps the Ioniq 6’s greatest strength, with the single-motor rear-wheel-drive variant starting at just $41,800. This positions the vehicle as one of the most accessible long-range EVs available. Hyundai’s 10-year, 100,000-mile battery warranty provides peace of mind regarding battery longevity. The vehicle supports 239-kW DC fast charging, enabling impressive charging speeds that rival premium competitors at a fraction of the cost.
Ford Mustang Mach-E: Crossover Versatility
The Ford Mustang Mach-E represents the EV market’s maturation, combining sporty handling with practical family-oriented functionality. Gregg respects this vehicle’s balanced approach to performance and utility, making it an excellent choice for buyers transitioning from traditional gasoline crossovers. The 2024 model year brings refined styling, improved battery efficiency, and enhanced technology integration.
Ford offers the Mach-E with three battery options: the 75-kWh provides 312 miles of EPA-estimated range, while the 91-kWh extends this to 312 miles in rear-wheel-drive form and 290 miles with all-wheel-drive. The dual-motor all-wheel-drive variant produces 346 horsepower, accelerating from 0-60 mph in 5.2 seconds. Gregg notes that Ford’s engineering prioritizes the driving experience, with responsive steering and composed suspension tuning that makes the Mach-E genuinely enjoyable on winding roads.
The interior features a portrait-oriented 15.5-inch touchscreen running Ford’s latest Sync 4A software, supporting wireless Apple CarPlay and Android Auto connectivity. The spacious cabin accommodates five adults, while the 34.4-cubic-foot cargo volume provides flexibility for weekend adventures. Available heated and cooled front seats with massage functionality enhance comfort during extended drives.
One advantage Gregg emphasizes is the Mach-E’s access to the expanding BlueCruise network, Ford’s hands-free driving system that operates on thousands of miles of compatible highways. The vehicle supports 250-kW DC fast charging through compatible stations, though real-world charging speeds typically max out around 190 kW. Pricing starts at $38,995 for the select rear-wheel-drive variant, making it accessible to mainstream buyers seeking EV practicality.
Porsche Taycan: Sports Car Thrills
For enthusiasts who refuse to compromise on performance, the Porsche Taycan delivers authentic sports car dynamics wrapped in an electric powertrain. Gregg considers this vehicle essential for demonstrating that EVs can satisfy even the most demanding driving purists. The 2024 Taycan lineup includes the base model producing 402 horsepower, while the Turbo variant reaches 938 horsepower with overboost functionality.
The Taycan Turbo accelerates from 0-60 mph in 2.6 seconds, making it faster than most conventional supercars. The dual-motor all-wheel-drive system provides exceptional traction control and dynamic handling, while the active air suspension automatically adjusts stiffness based on driving conditions. Gregg emphasizes that despite the impressive acceleration figures, the Taycan’s true strength lies in its balanced chassis and responsive steering, which make it genuinely enjoyable at legal speeds.
The EPA-estimated range of 287 miles on the Turbo variant proves adequate for most driving scenarios, though high-performance driving will reduce this considerably. The Taycan’s 800-volt electrical architecture enables exceptionally fast charging speeds, with DC fast charging reaching 350 kW on compatible equipment. Charging from 5-80% takes approximately 22.5 minutes, making road trips surprisingly practical.
The interior reflects Porsche’s performance heritage, with supportive sport seats upholstered in leather and Alcantara. The curved driver-focused dashboard centers around a 10.9-inch touchscreen running Porsche Communication Management (PCM) software. The optional 14.3-inch passenger display provides entertainment and navigation information. Gregg notes that while the Taycan’s starting price of $79,900 positions it in premium territory, the performance and driving engagement justify the investment for dedicated enthusiasts.
Charging and Infrastructure Considerations
Gregg emphasizes that EV ownership success depends critically on understanding charging infrastructure and developing an appropriate charging strategy. Home charging represents the foundation for most owners, as the ability to replenish energy overnight transforms the EV ownership experience. Installing a Level 2 (240V) home charger costs between $500-$2,500 including installation, providing 7-19 kW charging speeds depending on equipment and electrical service capacity.
For those unable to install home charging, workplace and public charging networks become essential. The expansion of Level 2 networks through ChargePoint, Electrify America, and EVgo creates a safety net for daily charging needs. Gregg recommends evaluating available charging infrastructure near your home, workplace, and frequent destinations before purchasing an EV. Many public charging networks require smartphone apps or RFID cards for access, adding a layer of complexity that varies by provider.
DC fast charging enables rapid energy replenishment during longer journeys, with modern vehicles supporting 150-350 kW charging speeds. Gregg notes that charging speed degrades as battery state-of-charge increases, meaning the final 20% of a charge takes considerably longer than the initial 20%. Understanding this behavior prevents frustration during road trips and helps plan realistic charging stops. Many vehicles now feature thermal management systems that precondition the battery to optimal temperatures before DC fast charging, improving charging speeds.
The Tesla Supercharger network remains the gold standard for reliability and speed, though availability outside Tesla vehicles has expanded significantly through the NACS connector rollout. Gregg recommends researching charging network coverage along your typical driving routes and confirming compatibility with your vehicle before purchase. Some networks offer subscription plans that reduce per-kilowatt-hour costs, while others employ pay-per-use pricing models.
Long-Term Ownership Factors
Beyond initial purchase and charging considerations, Gregg emphasizes several factors that impact long-term EV ownership satisfaction. Battery longevity has become less of a concern, as most modern EVs feature warranty coverage extending 8-10 years and 100,000-150,000 miles. Real-world data demonstrates that battery capacity degradation typically ranges from 2-3% annually, meaning vehicles retain 80-90% of original capacity after eight years of ownership.
Maintenance requirements differ significantly from traditional gasoline vehicles, as EVs eliminate oil changes, transmission fluid service, and spark plug replacements. Regenerative braking systems reduce brake wear, often extending brake pad life to 100,000+ miles compared to 50,000-70,000 miles for conventional vehicles. Gregg recommends budgeting for tire replacements, cabin air filter changes, and coolant flushes, though these needs emerge less frequently than in gasoline-powered cars.
Insurance costs for EVs have declined as the market matures, though comprehensive and collision coverage may cost slightly more than equivalent gasoline vehicles due to higher repair costs for damaged battery components. Gregg suggests obtaining insurance quotes before purchasing to understand the true cost of ownership. Some insurers offer discounts for vehicles equipped with advanced safety features or those charged primarily at home.
Resale value considerations have improved dramatically as the EV market stabilizes. Early concerns about battery longevity and charging infrastructure have largely dissipated, supporting stronger residual values. Gregg notes that vehicles with lower mileage, complete maintenance records, and no accident history command premium prices in the used EV market. Popular models from established manufacturers tend to hold value better than niche offerings from startups.
For those interested in understanding more about vehicle maintenance, car maintenance tips for beginners provides valuable foundational knowledge applicable to EV ownership. Additionally, understanding car insurance coverage options helps ensure appropriate protection for your electric vehicle investment.
FAQ
What makes an EV more efficient than others?
EV efficiency depends on several factors including aerodynamic design, tire rolling resistance, battery chemistry, motor efficiency, and thermal management systems. Vehicles with lower coefficients of drag and lighter overall weight typically achieve better efficiency. Battery chemistry advancements continue improving energy density, while sophisticated thermal management prevents energy waste during charging and discharging cycles.
How long do EV batteries actually last?
Modern EV batteries typically retain 80-90% of original capacity after 8-10 years of ownership. Real-world degradation rates average 2-3% annually, meaning most vehicles remain practical for 200,000+ miles. Manufacturing warranties typically cover 10 years and 100,000-150,000 miles, protecting owners from unexpected battery failure during early ownership.
Can I charge an EV on a standard household outlet?
Yes, but charging is extremely slow, providing approximately 2-3 miles of range per hour. A Level 2 (240V) charger provides 7-19 kW output, delivering 30-50 miles of range per hour depending on equipment specifications. Most EV owners prioritize installing Level 2 chargers to enable overnight charging that replenishes daily driving needs.
Are electric vehicles practical for road trips?
Yes, modern EVs are increasingly practical for road trips thanks to expanding fast-charging networks. Vehicles like the Hyundai Ioniq 6 and Tesla Model Y can travel 300+ miles between charges, while DC fast charging enables 20-30 minute charging stops. Planning routes around charging infrastructure remains important, but the infrastructure continues improving rapidly.
What tax incentives apply to EV purchases?
The federal government offers a $7,500 tax credit for qualifying EV purchases, though income limits and battery component sourcing requirements apply. Many states offer additional incentives ranging from $500-$5,000, while some utilities provide rebates for home charging equipment installation. Gregg recommends consulting with a tax professional to maximize available incentives.
How do EV operating costs compare to gasoline vehicles?
EVs typically cost 60-70% less to fuel compared to gasoline vehicles, as electricity costs approximately $0.04 per mile versus $0.10-$0.12 per mile for gasoline. Maintenance costs are significantly lower due to simplified powertrains and reduced wear on brakes and other components. Over a vehicle’s lifetime, total cost of ownership often favors EVs despite higher purchase prices.
