How Much Does It Cost to Charge an EV at Home? Get The Benefits of Upgrading
As an EV owner, you know how frustrating it is to wait hours to charge your car right? This is what we are going to discuss here. We all know the demand for electric vehicles is increasing rapidly. so, people are searching for the right, fast, and efficient home charging solution. While some EV owners rely on standard wall outlets for charging, the limitations in charging speed can be frustrating, when you are in a rush or you need your car ready for long trips or daily commutes. That’s why upgrading to a 9.6KW NEMA 14-50 EV charger is becoming a perfect choice. But is it truly worthwhile? Let's look at the expenses, advantages, and total worth of upgrading to this advanced charging option.
How much will it cost to charge my electric vehicle at home?
It’s becoming an affordable way to charge your EV at home to keep it running efficiently. However, many individuals are concerned and searching about the expense of charging an EV at home, if they want to install a higher powerful charger such as the 9.6KW NEMA 14-50.
Let’s get into that how Charging your electric vehicle at home will affect your budget:
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Electricity Rates: The average residential electricity rate in the United States is around $0.13 per kWh. well, this might based on where you live, your lifestyle, and the billing criteria.
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Your EV's Battery Size: Each battery has a different capacity which depends on the model and manufacturer, ranging from 24 kWh (for smaller vehicles) to 100 kWh or more (for bigger or luxury versions).
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Charging Efficiency: A 9.6KW NEMA 14-50 charger is quite efficient and it will charge your vehicle faster but a bit higher than ordinary chargers.
Suppose you own an EV with a 60 kWh battery and the power rate is $0.13 per kWh. If your battery is empty, it will cost approximately:
60 kWh×0.13 per kWh=7.80 USD60 \, \text{kWh} \times 0.13 \, \text{per kWh} = 7.80 \, \text{USD}60kWh×0.13per kWh=7.80USD
Charging your EV from 0% to 100% will cost around $7.80. The process will be considerably quicker with a 9.6KW charger, such as the NEMA 14-50, than with a standard 120V outlet, which only charges at 1.2-1.5 kW.
With a 9.6KW charger, you can achieve around 38 miles of range each hour of charging, making it quite handy. You can simply charge your car overnight or while you're at work, and it's a low-cost method to have it ready to go when you need it.
Why should you consider upgrading to a 9.6KW NEMA 14-50 EV charger?
Choosing this charger offers various advantages. Let’s get into why it’s worth considering:
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Faster Charging Speeds
The speed is One of the reasons why people upgrade rapidly to a 9.6KW charger. As we know nobody wants to wait hours for the batteries to charge, but this charger can cut that time in half and charge batteries 8 times quicker than conventional outlets. You can get around 38 miles of range every hour, ensuring that your vehicle is ready to go in no time. For people with hectic schedules, this is a great win-win solution. -
More Range in Less Time
your EV will have a longer range per hour of charging With a 9.6KW charger. For instance, you're preparing to leave for a long drive but need to fully charge your battery. This charger can add 38 miles of range in just one hour is game-changing. So, if you need to recharge quickly before work or you are getting ready for a road trip, the charger will get you back on the road faster. -
Flexible Installation Options
Firstly, you need to power off the main supply of the electric board To install a 240V outlet to avoid any electrical hazards. Then, run a 240V circuit from your electrical panel to the right location, using the appropriate gauge wiring for the current required. Finally, connect the wires to the outlet and secure it in place, making sure all connections are tight and by local electrical codes. -
Safety and Certifications You Can Trust
Electric equipment should be handled with safety in mind. The 9.6KW NEMA 14-50 charger is ETL-listed and ENERGY STAR-certified, ensuring maximum safety and energy efficiency. We designed this charger to be safe, dependable, and efficient. -
Universal Compatibility
This charger is suitable for Tesla, Nissan Leaf, Chevrolet Bolt, and Ford Mustang Mach-E automobiles. However, becoming more and more known and worthy for its compatibility with all EVs in North America. The SAE J1772 connection eliminates the need for additional adapters. This charger will work regardless of the automobile you drive.
Is It Worth the Investment?
Upgrading to a 9.6KW NEMA 14-50 charger does come with an upfront cost, but when you factor in the long-term benefits, it could be a smart investment. Here’s why:
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Faster Charging: No more waiting! You can experience faster charging time, less waiting around, and more time on the road. If your EV is in daily use or has a large battery, the time saved is worth the initial cost.
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Improved Convenience: Having a dedicated, fast charger at home cuts off the need to rely on public charging stations, it can save you time and give you a hassle-free process.
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Lower Operating Costs: The upfront installation cost of a 9.6KW charger can be higher than a traditional 120V outlet, the increased efficiency and faster charging could save you energy costs in the long run.
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Home Value: Adding an EV charger to your home is not just about convenience. It’s an attractive feature for homebuyers, especially as more people switch to electric vehicles to save electrical expenses. This upgraded solution can increase your property’s value, making it a wise investment.
Some Common Questions With Their Answers
1. How fast will an EV charge in comparison with standard ones?
This charger can give power up to 9 times faster than a regular 120V outlet. which can give up to 38 miles of range per hour, while a household outlet can only provide 3-4 miles of range per hour which is not enough.
2. Will It Take 2 hours to Install a 9.6KW NEMA 14-50 EV Charger?
Well, It depends on the provider, it will take a few hours if a professional electrician is installing. Always hire a licensed professional to make sure of a safe and proper installation. If you choose a hardwired configuration, it can take a bit more time than the traditional ones.
3. Is it reliable? Can I use 9.6KW charger on Tesla?
It’s quite worthy and The 9.6KW charger works perfectly with all EVs, including Tesla models, using a J1772 to Tesla adapter if needed. It is a universal charger that is compatible with most electric and plug-in hybrid vehicles.
4. How well does the 9.6 kW charger perform in tough weather conditions?
Yes, this charger is manufactured to work well in different kinds of weather conditions, from extreme to maximum temperatures. Whether you live in a hot, cold, or traveling in a humid climate, this charger will perform perfectly well.
5. Will charging with a 9.6 kW charger lead to a higher electricity bill?
Well, it depends on your EV car’s battery size. Charging your EV at home will cost around $7-$15 per full charge. The cost to charge an EV with a 9.6KW charger varies completely depending on your electricity rates and how often you charge.
Conclusion
It is a great investment for those worried about keeping their cars charged timely. The 9.6kW NEMA 14-50 EV charger recharges the battery faster, can effectively installed, and it’s compatible with many EV models. If you are searching for a home or commercial usage, it is a suitable option that saves time and provides rapid charging. Switching to this one will improve your EV experience by providing reliable performance and convenience. So, get the right supplier for this reliable and rapidly charging charger.
Now that you are aware of the features and functions and you're thinking that you are good to upgrade and allow your home an effective charging setup, a 9.6KW charger might be the perfect choice for you. It provides reliable performance, future-proofs your charging needs, and ensures your EV is always ready to go.