Maximizing Efficiency in Hyundai Ioniq 6 Electric Vehicle

Maximizing EV efficiency requires proper tire pressure, smooth acceleration, and smart climate control usage.

### Maximizing Efficiency: Essential Tips for Your Hyundai Ioniq 6 and EVs
* ⚡  The Hyundai Ioniq 6 is recognized as one of the **most energy-efficient electric vehicles** available today, and optimizing its range can lead to **significant long-term savings**.
* 🔧  Maintaining the correct tire pressure is crucial, as under-inflated tires **increase friction and heat**, leading to **higher energy costs and more frequent tire replacements**.
* 🌡️  Using climate control wisely is essential, as air conditioning can **reduce efficiency by up to 17%**, while heating can impact it by **as much as 41%**; preconditioning the cabin while plugged in can help **mitigate these effects**.
* 🔋  Regenerative braking systems in EVs can recapture energy, but the optimal use depends on driving conditions; **maximum regen is best for city driving**, while **coasting is more efficient for highway travel**.
* 🚦  Smooth acceleration is key in urban settings to avoid wasting energy; treating the accelerator **gently helps maintain efficiency** and allows for **better energy recovery during braking**.
* 🌬️  On highways, reducing speed by **5-10 mph** can greatly enhance efficiency, as air resistance **increases exponentially with speed**, making it **more costly to maintain higher speeds**.
* 🌿  Utilizing eco mode in your EV can automatically adjust driving dynamics for **better efficiency**, including **smoother acceleration** and **optimized climate control usage**.
* 🗺️  Additional tips for maximizing efficiency include **removing roof racks when not in use**, decluttering the trunk, and using navigation tools to **plan energy-efficient routes**.

charge up your inner cheeks gate. We're here with the Hyundai Ioniq 6, one of the most energy-efficient EVs that you can buy today, and we're here with some tips to help you maximize the range and efficiency of your electric car. Now, generally speaking, most electric cars are more energy-efficient and cheaper to operate than their combustion-powered counterparts, but last I checked, electricity ain't free. So, maximizing every mile that you get out of the kilowatt-hours in this battery is one of the best ways to save money in the long term. Now, as a nice bonus, most of these tips also apply to hybrid, plug-in hybrid, and combustion cars. The contact patch, where the rubber literally meets the road, is arguably the most important driver of a car's performance and efficiency, and despite decades of airless tire hype, the humble pneumatic tires, which you'll find on pretty much every automobile built in the last 140 years, now your tire's pressure is going to determine the shape of the contact patch and how the tire deforms under

load, which is why you want to make sure you have the right amount of pressure for your vehicle in there. Too low pressure means that you have an increased contact patch, which increases friction and heat, costing you money when it comes time to charge your vehicle and when it comes time to replace those tires. Now, you can find the proper inflation number for your vehicle, usually in the door jam or in the owner's manual. You'll often find a different number for the front tires versus the rear. Make sure you match those when you're airing up. Now, many premium and luxury vehicles are now coming with so-called tire pressure monitoring systems, which can alert you if your tire pressure gets too low. But I find that their accuracy can vary, and some of them don't even notify you until you're already well below spec, at which point, well, it's too late. So, I recommend doing regular manual checks with an accurate tire pressure gauge. I do these checks around every other week, but if you're lazy and you've learned that you

can trust your tire pressuring system. You can probably stretch that out to around a month, paying particular attention to the changing of the seasons or after a wild shift in the temperature. For maximum convenience, I keep a small 12V air pump in my garage and in my roadside kit so I can top up whenever I need to. Now, blasting the AC on a hot day feels great, but it's not the most efficient way to use your EV systems. A study by AAA back in 2019 showed that air conditioning can cause as much as a 17% hit on your EV's efficiency. The heater is worse; that same study showed it was around 41%. Now, technology and climate control in EVs has come a long way since then, but adjusting the way that you use the climate controls in your car is one of the best ways to maximize your range. And you can get started on that before you even hit the road. Many EVs, such as this one, feature a scheduling system that allows you to schedule charging and preconditioning of

the cabin temperature before you leave and while you're still plugged in at the house. So, you set the time that you want to leave and what temperature you want the car to be at, and it will precondition the cabin to that temperature using energy from the grid. That way, when you hit the road, your air conditioner or heater don't have to work as hard to get the car to the temperature that you're comfortable at, and that saves you range and efficiency on the road. Of course, you can also pull off a similar effect with low-tech tricks like parking in the shade on a sunny day or using a window shade if you have to park in the sun. Almost every EV features a regenerative braking system that recaptures energy that would be lost when you're slowing down to heat and puts that energy back in the battery. So, obviously, the most efficient way to drive your EV is to do maximum regen all the time, right? Well, not always. Now, most EVs have some sort of a way to adjust the amount of regenerative braking that

you get this vehicle features a one-pedal driving mode, which we've talked about in a previous video. You can find the link down below. And when I lift off the accelerator, it's going to give me maximum regeneration, slowing the car down to a stop. I find that's best in urban environments where you've got a lot of stop-and-go traffic, where you're going to be speeding up and slowing down and speeding up and slowing down a lot. You're going to recapture a lot of that energy. But no regenerative braking system is 100% efficient, which is why for longer highway drives, I prefer almost no regen. I like to take the energy that I've put into moving the vehicle and just hang on to it for coasting for long periods of time at steady speeds. Unfortunately, a lot of EVs give you very easy ways to change your regenerative braking mode. In the Hyundai here, I can just use the paddle shifters to drop down to zero regen, and now I can just coast down this hill easily using almost no energy. Now, if your vehicle

doesn't feature paddles well. Then they often feature an automatic mode that you can put the vehicle in that will automatically adjust the regenerative braking for the conditions that you currently are driving in. So check your manual and see which is the best way to do it for your car. Now the last two factors we're going to talk about when it comes to EV efficiency are acceleration and speed. Now when you're in the city and there's a lot of traffic, doing hard starts is often counterproductive. Not only because you waste energy getting up to speed quickly, but also because you're going to waste a lot of that energy when you have to slam on your brakes through the traffic. So Jack rabbiting up to 50 mph just to have to come to a stop at a stop sign soon is a one-punch of inefficiency. I like to say treat the accelerator pedal like an egg that you don't want to crack, and that's going to smooth out your driving and allow you to waste less energy on acceleration. But

also to recoup more of that energy when it comes time to slow down. Now, on the highway, the air around your vehicle becomes the enemy of efficiency. There's a reason why Hyundai's engineers designed the Ionic 6 here to be shaped like a dolphin, and that is because aerodynamics and wind resistance are one of the biggest contributors to efficiency. Once you get up to highway speeds, the way that it works is that air resistance increases exponentially. So, going twice as fast means that you're actually encountering four times as much air resistance, which means that every mph you add to the speedometer costs you more energy than the last one just to maintain that speed. And so, slowing down maybe 5-10 mph on your regular commute can actually end up saving you a whole lot of energy in the long run and a whole lot of money. Many EVs also feature multiple drive modes, and you want to find the drive mode that's going to get you the best energy efficiency in this vehicle. It's eco mode, and that's going

to adjust the accelerator pedal so that it's a bit smoother on the input, so that it actually accomplishes a lot of what we just talked about automatically. Eco mode also adjusts the way that the climate control systems work, so that they're more energy efficient. And on this dual motor model, it actually deactivates the front motor when I don't need the accelerator capabilities, so that I waste less energy when I'm cruising and actually get more range out of my battery. You want to check the specifics of your EV to see how the drive modes work and which one's best for efficiency. So, quick lightning round of things we don't have time to cover today. Ditch the roof rack when you're not using it. Take all the unnecessary stuff out of your trunk to lightweight your car. Use the onboard or third-party navigation software to plan more energy-efficient trips. You can learn about those tips and more over on our full guide on how to maximize your electric car on cet.com. [Music]

How To Maximize Your EV and PHEV Range

CNET is the premier destination for explaining and navigating the changing world around us. Through news, product reviews, price comparisons, and more, we’ll tell you what’s new in the parts of modern life that increasingly matter more — from health, home, and money to tech, culture, and climate — and how to get the most out of them.

CNET

Maximizing the Range and Efficiency of Your Electric Car

The Hyundai Ioniq 6 is highlighted as one of the most energy-efficient EVs, and maximizing its range is crucial for saving money.

Tire pressure plays a significant role in a car's performance and efficiency, with the right pressure helping to reduce friction and heat.

Regular manual checks with an accurate tire pressure gauge are recommended, as tire pressure monitoring systems may not always provide timely alerts.

Regularly check your tire pressure, especially during seasonal changes, and consider using a 12V air pump for convenience.

Adjusting climate control usage can significantly impact your EV's efficiency, with air conditioning and heating causing notable energy loss.

Utilize your EV's scheduling system for charging and preconditioning the cabin, and consider low-tech solutions like parking in the shade to maximize range and efficiency.

This vehicle features a one-pedal driving mode for maximum regeneration, ideal for urban stop-and-go traffic.

For longer highway drives, it's better to have no regen and coast to save energy.

Acceleration and speed also impact efficiency, so smooth driving and avoiding hard starts can help conserve energy.

Highway driving poses a challenge for energy efficiency due to increased air resistance, which rises exponentially with speed.

Slowing down by 5-10 mph can save significant energy and money in the long run.

EVs often have multiple drive modes, with eco mode being the best for maximizing energy efficiency.

Adjusting the accelerator pedal for smoother input and using eco mode can enhance energy efficiency.

The dual motor model deactivates the front motor when not needed, conserving energy and extending battery range.

Additional tips for maximizing efficiency include removing the roof rack, decluttering the trunk, and using navigation software for energy-efficient trip planning.