Whether you’re looking to trade in a traditional gas-powered vehicle for a more eco-friendly option or are deciding between a hybrid and an electric car, there’s plenty to consider. In your quest for the ideal vehicle for your lifestyle, #1 Cochran is here to guide you through the comparison of hybrid vs. electric car options and help you make the most informed decision possible.
Before discussing the benefits of each, let’s establish a foundational understanding of the core distinctions between hybrid and electric cars.
Hybrid vehicles have a unique connection to traditional gas power. Unlike fully gas-dependent cars, hybrids feature a secondary electric motor alongside the gas engine. This connection between gas and electric power boosts efficiency for drivers.
There are two types of hybrid vehicles to be aware of: mild hybrids and plug-in hybrids. Mild hybrids use technology like regenerative braking to recharge the vehicle’s electric motor and never need to be plugged in.
As their name implies, plug-in hybrids have a small electric battery that can be charged to let the vehicle run solely on electric power for limited distances. They are great for commuters because they can be charged overnight at home and typically have enough range to cover the majority of the commute without using gas.
On the flip side, electric vehicles (EVs) run solely on electric power. Without a traditional engine, they depend entirely on a sizable battery and an electric motor. Charging occurs at home or public charging stations, with the mileage range varying depending on the battery charge. Top models like the Ford Mustang Mach-E provide an electric range of up to 312 miles when fully charged.
For buyers hesitant to fully commit to electric, hybrid cars offer a compelling alternative with benefits such as:
● Self-charging battery
● Fueling convenience at any gas station
● Cost-effective savings
A hybrid vehicle offers the best of both worlds if your daily routine involves lengthy commutes or spontaneous road trips. You can refuel at any gas station, maintaining the familiarity of traditional gas engines.
For those inclined towards a fully electric experience, EVs present a host of advantages, including:
● Low or zero tailpipe emissions
● Quieter ride without engine noise
● Elimination of gas expenses
● Reduced maintenance costs (no oil changes or engine upkeep)
● Potential location-based EV incentives
● Flexible charging options, including home and public charging stations
If your daily journeys center around short commutes, an EV may be an appealing option. Models like the Hyundai IONIQ 5 get an impressive total electric range of 303 miles, making even longer trips feasible with the growing number of public EV charging stations.
Plus, #1 Cochran has the largest dealer-owned network of charging stations, which are open to the public. And if you like free charging, you’ll love being a #1 Cochran customer. We offer complimentary charging at our stations when you lease or purchase an EV with us.
Whether you prefer a hybrid’s tried-and-true efficiency or an electric vehicle’s eco-friendly charm, #1 Cochran is here to help you seamlessly make the switch.
Contact us for detailed information on hybrid and EV options at our dealership, or kickstart your journey by browsing our new inventory from the comfort of your home.
Electric vehicles open up a whole new world of opportunity, with each manufacturer adding its own unique flair to the driving experience. And because most of #1 Cochran’s 19 new car brands have multiple EV and hybrid options, there’s plenty of innovative features and special surprises you won’t find in gas-powered vehicles. Let’s dive in and see what’s possible.
EVs allow you to bring your vehicle to a full stop without engaging the brake. Here’s how it works. When you anticipate a stop, you ease your foot off the pedal, and your vehicle will automatically begin to slow. Once your EV comes to a full stop, the hydraulic brakes engage to keep it that way. While one-pedal driving takes some practice, it offers plenty of benefits: the convenience of never having to switch between pedals and extending the life of your brakes.
Plus, while you’re braking, the electric motor converts the kinetic energy into electricity that recharges your battery. It’s better known as “regenerative braking,” and you’ll love the added range it brings.
You can override this feature at any time by simply lifting your foot off the accelerator and pressing it again, similar to the normal braking process. This provides instantaneous braking ability for emergency situations and if there’s a pedestrian or obstruction in your path.
Since EVs have an electric drivetrain instead of an internal combustion engine, finding extra cargo room is as easy as popping open the hood. The front trunk, better known as the “frunk” can be used for all sorts of purposes. The Ford F-150 Lightning’s frunk comes equipped with 4 120V outlets and 2 USB outlets to power or charge essential devices. Plus, it even has drain plug so you can use it as a mega cooler for tasty beverages at your outdoor get-together or tailgate.
Preconditioning a vehicle is cooling or heating it before starting your journey so you can enter start your trip at the perfect temperature.
The neat part about EVs is that you can precondition them while they’re plugged in and connected to the power grid. That way, you’re not drawing energy from your vehicle’s battery, allowing you to enjoy maximum range on the go and also preserve the long-term life of your battery.
Another key advantage EVs have is the safety and convenience of the preconditioning process. If you remote start a gas-powered vehicle in a garage with all the exit points closed, the vehicle’s exhaust system emits a buildup of odorless fumes, including carbon monoxide. Continued exposure may cause dizziness, nausea, unconsciousness or even death.
But if you own an EV, you can pre-heat or pre-cool your vehicle with no worries. Because EVs are emissions-free, they don’t emit those fumes. So whatever the weather may be, you can safely precondition your vehicle to the preferred temperature, with the added convenience of not having to open the garage door and expose it to the elements you’re hoping to avoid.
The GMC Hummer EV’s CrabWalk Mode lets you move your vehicle more diagonally instead of in a circle so you can have increased control while parking, off-roading or navigating tight obstacles.
When you engage the 4-wheel steering, the angle of rear wheels matches the angle of the front wheels. This feature is sure to come in handy during your daily commute whether you’re changing lanes, making a tight turn or traveling down a narrow pathway.
Electric cars aren’t just eco-friendly; they’re also capable of impressive speed. The Audi RS e-tron GT can go 0-60 in just 3.1 seconds and boasts a maximum of 637 horsepower. Plus, with instant acceleration, you get off the mark faster, which comes in handy when merging onto busy highways.
You should also check out the Hyundai IONIQ 5 N. It’s a high-performance EV that packs 641 horsepower and an array of track-ready features. You’re sure to get goosebumps when experiencing the N Grin Boost mode. For 10 pulse-pumping seconds, you can select the overboost function and engage maximum acceleration, power and response.
The Audi Head-Up Display projects key information on the vehicle’s windshield that would usually be shown on dashboard indicators or the infotainment system. This allows for increased focus, because you won’t have to drop your eye level down and away from the road. In future Audi models, augmented reality glasses will be used, allowing for a distraction-free dashboard.
Another premium feature is Audi’s LED Matrix Lighting. Instead of the headlight bulbs turning on in unison, they’ll light up in animated patterns and custom sequences. But there’s also an even more practical application. They provide greater visibility, a wider carpet of light and the ability for the light to curve with the topography.
Electric cars aren’t just consumers of electricity; they can also serve as energy storage devices. Vehicle-to-grid (V2G) technology allows electric cars to discharge electricity back to the grid during peak demand periods or when renewable energy generation is low. This two-way flow of energy helps balance the grid and maximize the use of renewable energy sources.
In traditional cars, initiating movement requires turning a key or pressing a button to engage fuel flow and combustion. However, electric vehicles eliminate this step. Once electricity is activated, EVs are ready to roll.
As technology continues to evolve and adoption rates rise, electric vehicles are poised to revolutionize the automotive industry and pave the way toward a greener, cleaner future. If you’re ready to discover your own facts about electric cars, and how they can change how you view driving, visit your local #1 Cochran location today or shop online with our #1 Cochran ExpressWay now.
Electric vehicles (EVs) significantly depart from traditional automobiles, not just in their power source but also in their braking systems. The difference in brakes in electric vehicles introduces drivers to innovative technologies that enhance vehicle efficiency and sustainability.
Here, we’ll explore the unique characteristics of EV braking systems, shedding light on how these advancements contribute to the evolving landscape of automotive technology. Our commitment at #1 Cochran is to promote sustainable and efficient transportation solutions. For exclusive offers, check out our service specials.
Traditional vehicles rely on hydraulic braking systems, where the force applied to the brake pedal is transmitted through fluid to activate the brake pads against the rotors, slowing down the vehicle. In contrast, the brakes in electric vehicles often incorporate advanced technologies like regenerative and electrohydraulic systems, leveraging the unique aspects of electric propulsion.
One of the most significant differences in brakes in electric vehicles is the use of regenerative braking. This innovative system captures the vehicle’s kinetic energy during braking, converts it into electrical energy and stores it in the battery. This process conserves energy and reduces the wear and tear on brake pads, distinguishing regenerative braking as a hallmark of EV brake efficiency. Regenerative braking exemplifies the fundamental difference in brakes in electric vehicles, offering an energy-efficient alternative to traditional friction braking. However, it’s often supplemented with friction brakes to ensure adequate stopping power under high-speed conditions or emergencies.
Despite the emphasis on regenerative braking, friction brakes still play a crucial role in electric vehicles. Utilizing the resistance between brake pads and rotors to decelerate the vehicle, these systems are essential for ensuring safety and reliability, especially when regenerative braking alone is insufficient. The inclusion of friction brakes in electric vehicles underscores the balanced approach manufacturers take to ensure optimal performance and safety. By integrating both regenerative and friction braking, EVs achieve a synergy that enhances the overall driving experience. In addition, through combining these types of braking, less stress is put on each component, which can result in a longer life for replaceable items like brake pads and rotors.
Electrohydraulic brakes represent another facet of the difference in brakes in electric vehicles. These systems combine the precise control of electric actuation with the power of hydraulic pressure, offering a responsive and efficient braking mechanism. This blend of technologies allows for smoother, more consistent braking, especially in vehicles that utilize both regenerative and traditional braking systems.
The difference in brakes in electric vehicles reflects the broader evolution of automotive technology, prioritizing efficiency, sustainability and safety. Understanding the unique features of EV brakes allows drivers to appreciate the advancements electric vehicles bring to the road. We are dedicated to guiding you through the world of electric vehicles at #1 Cochran.
Our team is well-versed in the nuanced differences in braking systems. If you want to upgrade or need specific parts for your EV, explore our parts department for everything you need. Whether you want to learn more about EV brakes, need maintenance services, or are considering upgrades, we have the expert technicians, OEM parts and EV certified equipment. Contact us to discover how the innovative braking systems of electric vehicles can significantly enhance your driving experience.
In the era of climate change awareness and sustainable living, electric vehicles (EVs) have emerged as a promising solution to reduce greenhouse gas emissions and dependence on fossil fuels. Beyond their environmental benefits for drivers, EVs offer significant advantages in terms of efficiency, both in energy consumption and overall performance. Let’s delve into the various aspects of electric vehicle efficiencies and how they contribute to shaping the future of transportation. Still have questions? Then contact us online, and we’ll answer any questions you might have about any of the EVs in our inventory, like the Niro EV.
One of the primary advantages of electric vehicles is their superior energy efficiency compared to internal combustion engine vehicles. EVs convert a higher percentage of the energy from the electricity stored in their batteries into power at the wheels, resulting in less energy wasted as heat. This EV efficiency leads to lower operating costs and reduced carbon emissions per mile traveled, making EVs a more sustainable option for personal and commercial transportation.
Electric vehicles employ regenerative braking systems that capture and store energy during deceleration and braking while you’re driving around . Instead of dissipating kinetic energy as heat, regenerative braking converts it back into electrical energy, which is then stored in the vehicle’s battery. By harnessing this energy, EVs can extend their range and improve overall EV efficiencies, especially in stop-and-go city driving conditions.
Efficient aerodynamics plays a crucial role in maximizing the range and performance of electric vehicles. Streamlined body shapes and aerodynamic features reduce air resistance, allowing EVs to drive with minimal drag. By optimizing aerodynamic design, manufacturers can improve energy efficiency and extend the driving range of electric vehicles, enhancing their appeal to consumers.
Advancements in battery technology are key to improving the efficiency and performance of electric vehicles. Lithium-ion batteries, the most common type used in EVs, continue to evolve with higher energy densities, faster charging capabilities, and improved longevity. Enhanced battery chemistry and materials contribute to greater energy efficiency, enabling EVs to travel longer distances on a single charge while maintaining power and reliability.
Reducing the weight of electric vehicles through lightweight materials and efficient design techniques can enhance overall efficiency and performance. Lighter vehicles require less energy to accelerate and maintain speed, resulting in improved energy efficiency and range. By employing lightweight materials such as carbon fiber, aluminum, and high-strength steel, automakers can optimize the balance between performance, range, and EV efficiencies.
The efficiency of EV charging infrastructure in also plays a crucial role in maximizing the overall efficiency of electric vehicles. Fast-charging stations with high-power output and reliable connectivity reduce charging times and minimize energy losses during the charging process. Smart charging technologies, such as load management and peak-demand shaving, further optimize energy usage and grid integration, supporting the widespread adoption of electric vehicles.
While energy expenses for electric vehicles typically come in lower compared to traditional vehicles, initial purchase prices may present a significant difference. However, as production scales up and battery technologies advance, prices are anticipated to align with those of traditional vehicles. Moreover, the upfront costs can be mitigated through fuel savings, federal tax credits, and various state and utility incentives. Federal Clean Vehicle Tax Credits are accessible to consumers, fleets, businesses, and tax-exempt entities investing in new, used, and commercial clean vehicles, including all-electric vehicles, plug-in hybrid electric vehicles (PHEVs), fuel cell EVs, and EV charging infrastructure. Additionally, numerous states and electric utilities provide incentives, many of which are listed in the Laws and Incentives database. For detailed information on available incentives, reach out to your local Clean
Cities coalition.
Electric vehicle efficiencies encompass a range of factors that contribute to their superior performance, sustainability, and appeal to consumers. As technology continues to evolve and innovation accelerates, electric vehicles are poised to become the cornerstone of a greener and more efficient transportation ecosystem. If you’re ready to take home your own EV? Then apply for financing online and enjoy every second of the latest in clean technology. Take advantage of our new vehicle incentives program for additional savings.
The simple answer is yes, temperature does indeed have a profound impact on the range of electric vehicles. Let’s explore how temperature affects electric vehicles and why it’s crucial for EV drivers to understand these effects.
Electric vehicles rely on batteries for power, and like any battery-operated device, their performance is sensitive to temperature variations. EV batteries operate optimally within a specific temperature range. Extreme cold or heat can reduce their efficiency, directly impacting the vehicle’s range. In addition, the need for heating or cooling the cabin in extreme temperatures increases energy consumption, further affecting the EV’s range.
Does Temperature Affect EV Range?
Here’s how different forms of weather can impact range:
● Battery capacity decreases in cold weather, reducing the range of EVs. This is because the chemical reactions within the battery slow down, making it harder for the battery to deliver power.
● Heating the vehicle’s interior requires significant energy, further decreasing the range.
● High temperatures can lead to faster battery degradation over time, though immediate effects on range might be less pronounced than in cold weather.
● Using air conditioning to cool the interior in hot conditions increases energy use, which reduces the range.
Understanding how temperature affects electric vehicles enables drivers to adopt strategies to mitigate these impacts. Here are a few tips:
● Heat or cool your EV while it’s still plugged in to minimize battery drain for temperature regulation once you start driving.
● Adopt energy-efficient driving habits to extend your range, such as gentle acceleration and using regenerative braking effectively.
● Keep your EV’s battery system in good condition with regular check-ups, especially focusing on the cooling and heating systems.
As detailed above, temperature can significantly influence the performance and efficiency of electric vehicles. Our #1 Cochran Specialists are committed to providing you with the knowledge and tools to get the most out of your electric vehicle, ensuring a seamless and efficient driving experience regardless of the weather. Stop by our service center or contact us with any questions. Our factory-trained technicians know all the ins and outs of EVs and only use EV certified equipment.
As electric vehicles become increasingly prevalent on our roads, more and more drivers are excited about the towing capabilities of models like the Ford F-150 Lightning and Chevrolet Silverado EV.
Just like gas- and diesel-powered vehicles, EVs can haul trailers, boats, campers and more. They also use a tow hitch to connect a vehicle with the trailer, so if you’ve towed before, the process will be familiar.
But how do electric vehicles stack up when it comes to performance? Our #1 Cochran EV Specialists have created this EV Towing Guide to answer key questions.
Naturally, a vehicle will consume more fuel when towing extra weight, regardless of the engine type. Here are some variables that affect your EV’s range:
Trailer Weight: The heavier the trailer and its accompanying load, the more battery power will be required. If you’re using a truck and have a payload in its bed, that will have an effect, too. Always check your vehicle’s towing capacity before hauling.
Weather & Temperature: EVs deliver peak battery performance at around 70° Fahrenheit. Expect reduced efficiency in severe heat and cold or when encountering inclement weather.
Geography: Rough terrain and lots of hills will deplete the battery faster. But remember, regenerative braking feeds energy back into your electric motor, so those downhills give you back some lost range.
Accessories: Using the AC, heater or infotainment apps will require extra energy.
Keep in mind that these external factors aren’t insurmountable obstacles. In fact, our #1 Cochran EV Specialists have proven methods to get the most range possible during tow trips.
Follow these handy tips for a stress-free trip:
Slow Down to Up Your Range: Putting the pedal to the metal will deplete your battery more quickly, so it’s best to keep a steady pace.
Pre-Condition Your Vehicle: Pre-heating or pre-cooling your vehicle before driving allows the battery to deliver electricity at a faster rate.
Listen to the Data: Most EVs come equipped with advanced features that monitor your energy consumption, provide real-time updates on your driving habits and evaluate the topography of your route. All this information can help you understand your travel patterns and drive more efficiently.
Plan Your Trips in Advance: Knowing the estimated mileage you’ll log and identifying charging stations along the way will give you a clearer picture of how you’ll need to prepare.
Purchase An EV that Fits Your Towing Needs: It’s important to consider an electric vehicle’s towing capacity as it relates to your goals. For heavy-duty hauling, look to the Ford F-150 Lightning or GMC Hummer EV. For light loads and the occasional trip, the Volkswagen ID.4 or the Kia EV6 may be a better fit.
An electric vehicle has certain features that internal combustion engines (ICE) just can’t keep up with:
Higher Peak Torque: Torque allows a vehicle to move heavy payloads, and because EVs generate torque from the moment of acceleration, they provide more thrust.
Regenerative Braking: It replenishes your battery and provides an increased sense of control, which is a must when hauling.
Pleasurable Driving Experience: Gas-powered engines come with lots of revving and noise. An EV, on the other hand, is whisper-quiet. Its electric drivetrain delivers instant acceleration, seamless speed adjustments and an overall more effortless haul.
Still have questions? Our #1 Cochran EV Specialists are happy to speak with you and offer assistance in any way possible.
Ready to pick out your EV hauler? We have the largest EV selection in the Pennsylvania, Ohio and West Virginia tri-state area. Shop now and find your perfect fit today.
Thinking about an EV for your next new vehicle? We have the largest selection of electric and hybrid models in the Pennsylvania, Ohio and West Virginia tri-state area. Our #1 Cochran EV Specialists are more than happy to help you navigate whether this type of vehicle is right for you and your family.
Read our facts about EV owner satisfaction to get all of the information you need. Afterward, feel free to contact us or call 877-COCHRAN if you have more questions about the benefits of buying an EV.
EVs are the hot topic of the automotive industry- so it’s no surprise there is a lot of research on the topic. We’ve compiled the top insights about others who’ve made the EV switch.
Both EV owners and shoppers were surveyed in 2023 by Plug In America, and the results are clear for the third year in a row: 90% of owners reported that they are “likely” or “very likely” to purchase an EV as their next vehicle. AAA reported similar findings: 96% of respondents to their survey would buy electric again. The primary motivations among EV intenders were environmental and air quality benefits, and a majority of respondents indicated that it is important to them that their EV is charged using renewable energy. Fortunately, we’ve partnered with NRG, an energy provider that can provide renewable sources for your home’s energy, as well as cost-saving incentives for #1 Cochran customers.
In a 2023 survey conducted by J.D. Power, both vehicle availability and charging availability increases were cited as major reasons EVs are becoming more popular in the United States. #1 Cochran can help alleviate availability concerns with a wide selection of EVs from 19 major automakers. When you make your purchase, enjoy free charging for 6 months at the largest dealer-owned charging network in Western PA, as well as assistance installing home charging solutions.
A separate study published by JD Power, the U.S. Electric Vehicle Experience (EVX) Home Charging Study, notes that satisfaction with home chargers is at 744 out of 1,000, and 84% of EV owners utilize this type of Level 2 charging at home. Home charging is a great solution to the conundrum of refueling- imagine never having to stop for gas on the way to work again!
You’ll also be glad to know that when you purchase a home charger through #1 Cochran, you’ll get an exclusive discount. Our partner Emporia Energy also offers fast, affordable home charger installation. You can even roll the cost of the charger into your loan.X
Three Main Benefits of Buying an EV
See the three main benefits of buying an EV with our list here.
Bankrate says that fully charging an EV at home costs an average of $3 to $6 to go 200 miles. DC Fast Chargers in public generally cost between $15 to $25 for 200 miles of charge. Both methods are less expensive than gasoline at an average of $3.77, which comes to $30.16 for 200 miles on 8 gallons of gasoline. Getting an EV from #1 Cochran also comes with additional savings. You’ll enjoy free charging at #1 Cochran locations for 6 months following your lease or purchase.
A study done by AAA shows that annual service costs for an EV average $949 versus $1,279 for gasoline-only vehicles. This is due to no oil changes or regular tune-ups for engines with more moving parts.
Certain electric vehicles, typically from cars, trucks and SUVs assembled in the United States, can lower your price of an EV by $7,500 when you purchase one. This could make your purchase less than a gasoline-powered vehicle. In September 2023, the average price paid for a new non-luxury vehicle was $44,626, according to Cox Automotive. The average price for an EV was $50,683. Choosing one with the full federal incentive could lower the price of an EV below that of a gasoline-powered vehicle.
Look for EVs made in America from Ford, Chevrolet, Tesla, Volkswagen and Honda for the full $7,500 EV incentive.
Ready for the next steps? Contact us or call 877-COCHRAN to schedule a test drive with our team. We think you’ll love one of these new EVs for your travels and beyond. Connect with our finance department today to talk about an auto loan for your purchase.
XLabor extra. See dealer for additional details.
Look for this Save icon
Once you've saved some vehicles, you can view them here at any time.
