15 ways to save energy at home when you’re on Spring Break
Whether your spring break is taking you somewhere warm and toasty or cold and snowy, don’t miss an opportunity to save energy at home while you’re away. A little bit of quick and easy at-home prep before you leave can mean a lower energy bill when you return. And a few extra bucks in your bank account might just be the best vacation souvenir of all. We’ve rounded up 15 ways to power down your home so you can fully relax and unwind this spring break.
Give your HVAC system a break, too.
Hey, maybe your HVAC system would love a little spring break, too? Since heating and cooling your home can make up as much as 55% of your total household electricity use, it’s also a great place to find energy savings. Here are a few things you can do to let your HVAC get some R&R.
1. Set your thermostat to 55° F in the winter or 85° F in the summer.
The weather in the Southeast is unpredictable. When you leave for spring break it could be 30° F outside or it could be 70° F. It’s anybody’s guess! That being said, adjust your thermostat accordingly. When it’s warmer outside, set your thermostat to 85° F. For every degree above 72° F you can save up to 3% on your energy bill. Now if it’s cold out still, set your thermostat to 55° F. Not only will you save a ton of energy, but you can also rest easy knowing that heat will still flow and your pipes will be protected during a freeze. If you’ve got a smart thermostat, use vacation mode to set it and forget it.
Just remember, when you return home and want to recool or reheat the house, only set it to your desired temperature. Dropping the temperature as low or as high as it can go won’t make your HVAC system work faster, but it will make your system work harder for longer. Not only could that damage your system, but it will also drive up your energy bill.
2. Unplug space heaters.
If it’s still space heater season in your area by the time spring break rolls around, unplug those guys before you go. Space heaters are energy eaters, and even when they’re off, they’ll continue to use energy just by being plugged into an outlet. In general, whether you’ll be gone for eight hours or eight days, never leave a space heater on in an unoccupied home. It’s a fire hazard.
Keep your energy bill out of hot water.
3. Drop your water heater thermostat to its lowest set point.
If no one’s home, nobody needs hot water, right? Go ahead and give yourself some extra savings by turning your water heater thermostat down to its lowest setting. For older electric water heaters, look for a small plate on the front of the machine that unscrews. You’ll find the thermostat dial in there. If you have a newer, more energy efficient model, set the thermostat to vacation mode. For gas water heaters, you’ll want to check your user manual. It’s important to remember, however, that this might be a tip to skip if there’s a chance of freezing temperatures while you’re away.
Keep food fresh and frozen.
4. Set the refrigerator thermostat to 35° F–38° F and the freezer to 0° F–5° F.
If you’ve never checked your refrigerator and freezer thermostats (or if it’s been awhile), take 15 seconds to give them a quick glance. For optimal energy efficiency, set the refrigerator thermostat to 35° F–38° F and the freezer to 0° F–5° F. Maintain these temperature ranges year-round to keep food fresh, safe to consume and delicious. (Find more energy-saving tips and advice you can use all year.)
Stop vampire energy and give your electronics a breather.
While we don’t have advice on how to decrease kiddos’ screen time on spring break, we can at least tell you how to give your home a break from all the devices. Here’s the thing: If it’s plugged into an outlet, it’s using energy, even if it’s not technically “on.” We call this “vampire” energy, because it’s sucking up energy — and money — whether the device, machine, etc. is in use or not. So, before you head out of town, do a quick sweep for vampires first!
5. Unplug all small electronic devices, e.g., de/humidifiers, kitchen gadgets, printers.
6. Unplug all TVs, gaming consoles, entertainment devices, computers and laptops.
7. Unplug all power adapters and charging devices.
8. Unplug the microwave, toaster, coffee maker and appliances with an electronic clock.
Leave only necessary lights on.
9. Turn off indoor and outdoor lights.
While it’s not a bad idea to leave a light or two on when you’re away, you also don’t need to keep the house lit up like the Fourth of July! Keep a few strategic lights on but turn off the rest. If you have timers or light sensors, you can set those up, too, so that you only have certain lights on, at certain times.
Block out the sun.
10. Close all curtains, drapes and blinds.
This is another tip that only takes seconds to complete. While you’re going around the house searching for things to unplug, close curtains, drapes and blinds, too. By blocking out heat-producing sunlight, you can maintain a cooler temperature inside. If you’re traveling during warmer months, make sure to check out our tips for saving energy during the toastiest times of the year.
Don’t forget these miscellaneous items.
Keep the energy-saving shutdown going and knock out just a few more remaining things!
11. Turn off ceiling fans and personal fans.
12. Unplug the hot tub heater or drain/winterize hot tub.
13. Turn off or lower the swimming pool heater. (Leave the pump on.)
14. Unplug air conditioners if they’re not needed for humidity control.
15. Unplug landscaping water features if they’re not needed for aquatic life.
Come home to a lower energy bill with the Power Down Before You Go Out of Town Checklist.
Bring a little extra rest and relaxation to your next getaway when you use TVA EnergyRight’s Power Down Before You Go Out of Town Checklist. Enjoy the comfort of knowing you’re saving energy, saving money and maybe even fighting off an energy vampire or two!
Download the Power Down Before You Go Out of Town Checklist to get started.
7 free and easy fixes to keep your home warmer for less this winter
Cold weather can do a number on your winter energy bills, especially when temperatures dip into the teens or lower. But it doesn’t have to. There are some simple —and free — steps you can take to help manage your energy bill during the coldest months of the year. Plus, you can access free home energy education and tips year round when you visit the TVA EnergyRight® website. We’re here to help you stay warm, save energy, and keep your energy bills under control.
1. Set your thermostat to 68°F or lower.
Skip the next battle in your home’s thermostat war by getting everyone on board with using 68° F as a baseline. Here’s why that matters: Heating and cooling your home makes up about 31% of your total electricity use. So, the more attention you focus on improving your heating system’s energy efficiency, the more energy and money you’ll save. If you leave the house for eight or more hours, move that dial back even further. It could save you upwards of 10% annually. As an added bonus, you might just also enjoy better sleep. Studies show that sleeping in cooler temperatures can improve sleep quality.
2. Leave air vents open and unobstructed.
Pop quiz! True or false: Closing vents in unused rooms saves money on heating. Well, if you guessed true, you’re not alone. But the answer is actually false! This is one of the most common home energy myths we hear. While it seems like shutting off the flow of heat to a room that isn’t being used would save energy and redistribute the heat to other rooms, it actually doesn’t. Here’s what could happen instead:
Damage to your HVAC system
Yikes. Not only can too many closed registers (HVAC lingo for air vents) cause damage to your compressor, but pressure can start to build in your air ducts, which can turn tiny leaks into a big problem.
Lost energy efficiency
The size of your HVAC system is designed to provide the right amount of heating and cooling to your home. So when air vents get blocked off, your system is still going to produce the same amount of air, only now it doesn’t have as many places to flow. That creates pressure and will cause your system to work harder, meaning more electricity use, and you guessed it, a higher utility bill.
Mold and mildew growth
Closed registers can cause condensation to form in the air duct, and that moisture can become the perfect breeding ground for mold and mildew.
3. Take advantage of the sun.
You know who really loves to help people save energy? Mother Nature herself! On those bright, sunny winter days, pull back the curtains, open the blinds and let the sun pour in. Enjoy the extra light and warmth with no increase to your energy bill. At night, close everything up again for a little added protection from the cold.
4. Weatherstrip doors and windows, DIY style.
A little gap here, a little gap there—if you think those drafty spots around doors and windows aren’t that big of a deal, think again. Even just a 1/8-inch gap around the entryway of a door is equivalent to drilling a five-inch hole through the outside wall! That’s a ton of space for cold air to slip in and your heat (and money) to slip out.
While caulk and weatherstripping may set you back about $20, you can also try these no-cost tips in a pinch:
- Plastic grocery bags. Flatten out a plastic garbage bag, then roll it up longways. You may need several depending on the window or draft. Open the window and fill any gaps where insulation is missing or damaged with the grocery bag rolls. Then, shut the window.
- Cotton swabs. A rattling window is not only annoying, but it’s usually a sign of a draft. Take an everyday cotton swab and fold it up slightly at the edges, forming a wide u-shape. Place the cotton swab u-shape side up in any gaps where the window meets the base.
- Old sheets or towels. Use old sheets, towels or blankets to block drafts at window sills. Roll them up longways for a quick and easy doorstop.
5. Avoid using emergency heat unless it’s a true emergency.
Emergency heat is only for emergencies! It is not for daily use. The only time you should use emergency heat is if your primary heat pump and auxiliary heat (the heat that automatically turns on if the heat pump malfunctions) go out. Emergency heat, which has to be manually turned on and off, costs significantly more than your everyday heat and will drive up your energy bill.
6. Reverse the direction of your ceiling fan.
Yes, ceiling fans can help you feel warmer! Toggle the little switch on your ceiling fans so that they rotate clockwise. This will drive warm air hovering around the ceiling back down into the room and onto your skin. (Remember, ceiling fans cool and warm people, not rooms.) Just don’t forget to set it back to rotate counterclockwise for the spring and summer!
7. Bundle up.
This one is a no-brainer, but it’s so easy to forget! Grab a hoodie, some comfy socks and your favorite blanket, and you can avoid having to crank up the heat to take off the chill. This is the perfect time to slide into your slippers so you can slide into energy savings.
Use home energy rebates when no-cost fixes don’t cut it.
Let’s face it, if your HVAC system goes belly up in the middle of an extreme winter weather event, no amount of no-cost fixes are really going to cut it. But investing in a new heating system, replacing faulty ductwork, or beefing up your home’s insulation isn’t always in the budget. TVA EnergyRight offers a range of money-saving rebates for common home energy upgrades so that improving your home’s energy efficiency can be more affordable. Plus, all rebate-eligible home energy upgrades are completed by a TVA-vetted contractor from our Quality Contractor Network, ensuring your work is backed by TVA quality standards. We’re here to help you make winter weather energy choices that keep you warm
Renters, don’t miss these no-cost tips for a lower electricity bill.
Renters, this one’s for you! Saving energy at home isn’t just for homeowners. There are lots of simple, easy and totally free things you can do to lower your household utility costs. Because, let’s face it, unless something breaks, it’s pretty unlikely your landlord will proactively invest in costly energy-saving upgrades or repairs, like ENERGY STAR appliances or a new energy efficient HVAC system. Let’s take a look at a home’s biggest electricity users and some no-cost energy-saving hacks that can put a little extra green back in your pocket.
Heating and cooling
Heating and cooling your home accounts for about 32% of your total electricity use.1 These small actions can make a big difference, though.
Keep air vents open and unobstructed.
Your HVAC system is built to provide the proper amount of heating and cooling for a home your size. So, when you close air vents and registers, your system will still produce and distribute the same amount of heat or cool air, but only now with fewer places for that air to go. That increased pressure puts a real strain on your duct work, and it forces your HVAC system to work harder. If you have floor vents, make sure nothing obstructs their air flow, like furniture, rugs or curtains.
Set your thermostat to 68° F to 70° F during the day in the winter.
The Department of Energy estimates you can save up to 10% on your annual heating expenses when you cut the heat back 7-10 degrees for eight or more hours at a stretch — perfect for a day in the office or when you’re out of town. When you’re home, aim for around 68° F to 70° F. For every one degree you lower your thermostat, you can save around 3% more energy.
Pro tip: Returning home after a day at work or a trip? Your impulse might be to set your thermostat way beyond your desired temperature to heat your home quicker. But resist the urge to surge! This does not increase the speed at which your home will warm up, but it will put extra stress on your system and use more energy.
Avoid using emergency heat unless it’s a true emergency.
Emergency heat is only for emergencies! It is not for daily use. The only time you should use emergency heat is if your primary heat pump and auxiliary heat (the heat that automatically turns on if the heat pump malfunctions) go out. Emergency heat, which has to be manually turned on and off, costs significantly more than your everyday heat and will drive up your energy bill.
Water heating
Heating water, like for showers and the dishwasher, makes up 11% of your home’s total electricity use, so anywhere you can scale back in this area is going to make a nice impact on your bill.1
Wash clothes in cold water on the high spin cycle.
Your clothes get just as clean using cold water, so give this tip a whirl. When you wash clothing in hot water, you’ll use more electricity as your water heater works to, well, heat your water! Hot water is also harsh on clothes, which can mean having to replace clothing more often. Set your washing machine to a high spin cycle. This will ensure as much water as possible is spun out of your clothing and they’ll dry faster in the dryer.
Lower your water heater temperature to 120° F.
Most households have the temperature of their electric water heater set too high. By lowering your water heater temperature to 120° F, not only will you save money on your electricity bill (because you need electricity to make hot water) but you can also avoid burning yourself with water that is too hot.
Take shorter showers.
OK, yes, for long shower lovers this might seem impossible. But if you can reduce your shower time to 5-10 minutes, it reduces the amount of energy required to heat enough hot water for a 20-minute dip. Lower your electricity bill and avoid pruney skin — a win-win!
Household appliances: washing machine, dryer, stove & dishwasher
The way you use many household appliances, including your washing machine, dryer, stove and dishwasher, can drive up your electricity bill. These appliances account for 7% of your home’s energy use, and that’s not including the refrigerator or freezer, which we’ll get to in the next section.1
Don’t overstuff the washing machine or dryer.
Unless you’re one of those rare people who loves to do laundry, then you’re probably trying to knock out this chore as quickly as possible. But, if you’re overstuffing your washing machine and dryer, you’re creating more work for yourself — work that will ultimately lead to greater energy use.
Clothes need room to move around in the washing machine so that detergent can actually reach everything and your items can go through rinse cycles without trapping dirty water. The same logic applies to your dryer: If a dryer is packed full, there’s no room for warm air to move around and through your clothing. This leads to additional drying cycles, which will not only drive your electricity bill up but will also do a number on your clothing.
Match pot and pan sizes to burner sizes.
If you’re using a small saucepan, use your smaller burners. Large burners use more energy, and if there’s nothing there to heat, then you’re burning up easy savings.
Skip the dry cycle on your dishwasher.
Instead of using your dishwasher’s drying feature, opt to let your dishes air dry. Because, let’s be honest, even with the dry cycle, some of your dishes still come out wet! Once your dishwasher is done, crack the door and let evaporation work its magic.
Refrigerator & freezer
Just this one appliance makes up 7% of your total household electricity use.1 Keep your food fresh and safe and your electricity bill low with these fridge and freezer energy conservation tips.
Reset your refrigerator temperature to 35-38° F.
Got 60 seconds? Because that’s about all you’ll need to make this free and effective change. Open your refrigerator, look for the temperature gauge and then adjust the temperature to anywhere between 35° F and 38° F. This is the most energy efficient temperature to set your fridge while keeping your food safe. When you’re done with that, head over to the freezer and set its temperature to 0-5° F.
Keep your fridge full.
High food costs can get in the way of practicing this tip, but when possible, keep your fridge full. Not overstuffed or bursting at the seams, but comfortably full, even if that’s adding a couple of gallon jugs of water. Refrigerated items need enough space for cool air to move around them, but once all your food and drinks are cold, everything works together to maintain the right temperature without too much additional energy from the appliance itself.
Lighting, TVs & computers
Between lighting, TVs, gaming systems, laptops and all the other devices in our homes, it can all add up to a decent chunk of your electricity bill, about 10%, in fact.1 Fortunately, lowering energy use in this area is as simple as the flip of a switch.
Turn off the lights when you leave the room.
It really is one of the easiest behavioral changes to practice. When you leave a room, flip that light switch on your way out even if you’ll return in a few minutes. Small habit changes like this also reinforce an energy-saving mindset. Soon you’ll be looking for ways to boost your energy efficiency everywhere!
Turn off and unplug devices.
A common energy myth is that if it’s turned off, it’s not using power. But we’re here to bust that myth! Yes, turning off your TV saves more energy than keeping it on all night after you fall asleep. But it’s still using power even when it’s off. We call that kind of energy “vampire energy,” because as long as something is plugged in, it’s sucking energy and increasing your energy bill. You’ll save more energy when you power down electronics and other devices and unplug them from their outlets. Or, if you have multiple things plugged into a power strip or surge protector, flip the switch when you’re done for the day to cut power to everything.
Want to save more energy and money around your home?
Find out all the ways your home is using (or losing) energy with our free DIY Home Energy Assessment. This self-guided assessment asks you questions about your home, and then provides you with an easy-to-read report with customized energy-saving recommendations. Plus, you’ll receive an exclusive energy-saving kit and a $10 home improvement store gift card in the mail.
24 ways to boost your home’s energy efficiency in 2024
Anytime is the right time to try out new energy-saving habits or practices. But with the New Year upon us, there’s also no time like the present to put the excitement of a fresh start to good use, especially if it could save you money! Whether you rent or own your home, need no-cost or DIY ideas or can go all out with your budget, TVA EnergyRight® is here to help you get started and keep going all year long. We’ve rounded up 24 ways to boost your home’s energy efficiency in 2024 — let’s jump in!
Getting started
1. Take our free DIY Home Energy Assessment.
Answer questions about your home’s current energy use, and at the end of the assessment, you’ll get an easy-to-read report with energy improvement recommendations specific to your home. Plus, you’ll receive a free energy-saving kit and a $10 home improvement store gift card in the mail. Take the assessment.
2. Check out our home energy rebates.
From HVAC systems to air sealing and insulation, home energy rebates from TVA EnergyRight and your local power company increase the affordability of upgrades that lower utility bills and boost your indoor comfort. Explore rebates.
3. Add calendar reminders for recurring energy-saving tasks.
Sometimes the hardest thing about saving energy isn’t the task itself … it’s remembering to do it at all! For recurring events, like changing your air filter at least once every three months, add them to your calendar and enjoy having one less thing you have to remember.
4. Enroll in TVA’s Green Switch program.
For as little as $2 a month on your electric bill, you can support 100% solar energy sourced directly from the Tennessee Valley. Enroll today.
Heating your home and keeping clean air flowing
5. Turn the thermostat down a few degrees.
Heating your home makes up a big chunk of your monthly energy bill. According to the Department of Energy, you can save as much as 10% a year on heating and cooling by turning your thermostat down 7°F – 10°F for 8 hours a day in the fall and winter. So, find your favorite blanket and some cozy socks to start saving energy today!
6. Get your duct system professionally cleaned.
Keep clean air flowing, uncover cracks or holes in ductwork and increase the efficiency of your HVAC system when you get a professional duct system deep clean. Don’t know who to hire? Try a TVA-vetted contractor from our Quality Contractor Network. Find your next contractor.
7. Schedule an HVAC system tune-up.
Is your heating system electric? Don’t get stuck in a chilly (or even life-threatening) emergency situation this winter. Knock out your HVAC tune-up now with a $50 rebate. (Gas heat? Get your $50 rebate in the spring with an air conditioner tune-up.) Explore rebates.
8. Uncover any blocked air vents.
If there’s anything blocking your air vents — a couch, a bed, rugs, drapes, an entertainment center — it’s going to make your HVAC system work harder to keep a controlled temperature. You want unobstructed vents for maximum airflow and maximum energy savings.
9. Weatherstrip doors and windows.
A little gap here, a little gap there — those spots around doors and windows where air sneaks in and out are a bigger deal than you might think. Even a 1/8-inch gap around the entryway of a door is equivalent to drilling a 5-inch hole through the outside wall! Seal everything up with caulk and weatherstripping.
10. Kick dust bunnies to the curb.
Ductwork, bathroom exhaust fans, the back of your refrigerator — these not-so-obvious spots can be a haven for dust bunnies. All that dust makes your appliances work harder, increasing your energy bill and adding unnecessary extra wear and tear.
Saving in the kitchen
11. Use the dishwasher instead of washing dishes by hand.
An ENERGY STAR® dishwasher uses less than 4 gallons of water total per cycle compared to washing dishes by hand, which uses 4 gallons every 2 minutes! If you have an energy efficient dishwasher, then it doesn’t need to be full before you run it.
12. Skip the pre-rinse.
The energy efficiency of dishwashers has come a long way, and so has the cleaning power of dishwashing detergents. In fact, quality dish detergents can’t effectively do their job if they don’t have anything to cling to. Food scraps still need to go into the garbage or compost, but skip the pre-rinse and you’ll save water and electricity.
13. Clean the refrigerator grill and coils.
A buildup of dust and debris behind and under your refrigerator will make it less energy efficient. Vacuum and wipe down your refrigerator grill (the slatted piece below the doors or freezer drawer). Carefully remove the grill and vacuum under the refrigerator. Then, head to the back of the appliance and look for a metal panel. Unscrew it and gently vacuum the coils before reattaching the panel.
14. Pull the refrigerator slightly away from the wall.
Your refrigerator needs room in the back so air can circulate and the heat it generates has space to dissipate. Make sure there are about 2 inches between the refrigerator and the back wall.
15. Keep your freezer full and avoid overfilling your refrigerator.
A full freezer traps cold air, and a full, but not-too-full, refrigerator means air can flow and your items will stay cold.
16. Clean the oven and stovetop.
A dirty stove has to work harder to heat itself, and that’s going to drive up your energy costs. Grab some inexpensive oven degreaser spray and give the inside of your oven a good wipe down, including the bottom where grease and food can collect. Don’t forget the cooktop, especially if your appliance has burner drip pans.
17. Match pot and pan sizes to burner sizes.
Large burners use more energy. A too-small pot or pan on a large burner means you’re heating space with nothing on it and burning up easy savings.
Saving on technology
18. Unplug small appliances when they’re not in use.
Curling irons, electric razors, the air fryer and coffee pot — if you’re only using an item for a brief period of time each day, power it all the way down when you’re done and unplug it from the outlet.
19. Buy a smart power strip.
A device in standby mode is still using energy. A smart power strip detects when a device has gone into standby mode and cuts power to the device.
20. Take time off from tech.
Pick one night a week to go screen-free. Substitute TV, tablets and video games with activities that use less energy (and are maybe just as fun?) like board games, puzzles and books.
Saving on laundry
21. Air-dry laundry.
If the idea of a backyard clothesline seems like a stretch, take a quick spin around some of your favorite online stores and you’ll find dozens of stylish and affordable indoor clothes drying racks.
22. Clean the dryer vent.
A full lint trap makes your dryer work harder, and it’s also a fire hazard. Empty the lint trap after every dryer use. Twice a year, clean the full dryer vent, the part that extends from the back of your dryer to the outside of your home. This is especially important if your dryer stays in heavy rotation and/or you have furry pets.
Hitting the road
23. Rent or buy an e-bike.
Put some power behind the pedals! E-bikes give you all the fun of a traditional bicycle with less physical effort thanks to the added boost of battery power. Leave the car at home, save on fuel and head out for an adventure.
24. Try out mass transit.
Next time you’re headed to a concert, sporting event or even just a trip to the mall, hop on your area’s local public transportation. You’ll beat the traffic, save on the pricey parking and likely get to your destination for less than it would cost to drive there.
Whether you try one energy-saving tip, try all 24 or come up with more on your own, TVA EnergyRight and your local power company are here to help you take the next steps toward a more energy efficient home. Find even more resources at EnergyRight.com/Residential. Happy New Year!
Hittin’ the road for the holidays? Save energy at home even while you’re away
15 ways to save energy at home even when you’re traveling for the holidays
If you’re heading out of town this holiday season, it’s the perfect time to save some extra energy at home. Fewer people in the house = less energy used. It’s Home Alone, but without the elaborate schemes to stop the Wet Bandits. Take advantage of all the ways you can save energy and money at home even while you’re away. Check out these 15 quick and easy tips to power down your home before you board your sleigh and hit the road.
Find energy savings hiding in your HVAC.
Did you know that heating and cooling your home can account for as much as 55% of your household electricity use? That’s… a lot. But that also means just a few small things can make a big difference. Let’s check them out.
1. Set your thermostat to 55° F in the winter.
First things first: If you’ve left Grandma, Fido, or your award-winning exotic plants at home while you hop a flight to Honolulu, please leave everyone at a comfortable temperature. But if your home is unoccupied, it’s time to turn that thermostat down!
Set your thermostat to 55° F. For every degree below 72° F, you can save up to 3% on your energy bill. Not only will you save a ton of energy, but you’re also ensuring heat will still flow and your pipes will be protected should temperatures go below freezing. If you’ve got a smart thermostat, use vacation mode to set it and forget it.
Just remember, when you return home and want to reheat the house, only set it to your desired temperature. Bumping up the temperature as high as it can go won’t make your HVAC system work faster, but it will make your system work harder for longer.
2. Unplug space heaters.
Space heaters are energy eaters. Whether you’ll be gone for eight hours or eight days, never leave a space heater on when no one is home. It’s a fire hazard. But if you’re planning to be away, even for a night or two, don’t just turn your space heaters off. Unplug them. Even when off, they’ll continue to use energy just by being plugged into an outlet.
Keep your energy bill out of hot water.
3. Drop your water heater thermostat to its lowest set point.
If no one’s home, nobody needs hot water, right? So go ahead and give yourself some extra savings by turning your water heater thermostat down to its lowest setting. For older electric water heaters, look for a small plate on the front of the machine that unscrews. You’ll find the thermostat dial in there. If you have a newer, more energy efficient model, set the thermostat to vacation mode. For gas water heaters, you’ll want to check your user manual. It’s important to remember, however, that this might be a tip to skip if there’s any chance of freezing temperatures while you’re away.
Keep food fresh and frozen.
4. Set the refrigerator thermostat to 35° F–38° F and the freezer to 0° F–5° F.
If you’ve never checked your refrigerator and freezer thermostats (or if it’s been awhile), take 15 seconds to give them a quick glance. For optimal energy efficiency, set the refrigerator thermostat to 35° F–38° F and the freezer to 0° F–5° F. Maintain these temperature ranges year-round to keep food fresh, safe to consume, and delicious. (Find more energy-saving tips and advice you can use all year.)
Stop vampire energy and give your electronics a breather.
Everything that’s plugged into an outlet in your home is using energy, even if it’s not technically “on.” We call this “vampire” energy, because it’s sucking up energy — and money — whether the device, machine, etc. is in use or not. So, before you leave for vacation, do a little vampire hunting around your home! Your printer, the air fryer, the gaming system your kids aren’t allowed to take? Unplug it all!
5. Unplug all small electronic devices, e.g., de/humidifiers, kitchen gadgets, printers.
6. Unplug all TVs, gaming consoles, entertainment devices, computers and laptops.
7. Unplug all power adapters and charging devices.
8. Unplug the microwave, toaster, coffee maker and appliances with an electronic clock.
Leave only necessary lights on.
9. Turn off indoor and outdoor lights.
While it’s not a bad idea to leave a light or two on when you’re away, you also don’t need to keep the house lit up like, well, a Christmas tree! Keep a few strategic lights on but turn off the rest. If you have timers or light sensors, set those up so that you only have certain lights on at certain times. Don’t forget to unplug any outdoor decorations like inflatables and holiday lights.
Let in some sun.
10. Open curtains, drapes and blinds in sunny rooms.
This is another quick and easy tip that only takes seconds to complete. While you’re going around the house searching for things to unplug, open curtains, drapes and blinds in rooms that get a lot of sun. By allowing heat-producing sunlight in during the day, you can maintain a warmer temperature inside. This will help prevent your heating system from kicking on unnecessarily.
Don’t forget these miscellaneous items.
Keep the energy-saving shutdown going and knock out just a few more remaining things!
11. Turn off ceiling fans and personal fans.
12. Unplug the hot tub heater or drain/winterize hot tub.
13. Turn off or lower the swimming pool heater. (Leave the pump on.)
14. Unplug air conditioners if they’re not needed for humidity control.
15. Unplug landscaping water features if they’re not needed for aquatic life.
Come home to a lower energy bill with the Power Down Before You Go Out of Town Checklist.
Bring a little extra rest and relaxation to your next getaway when you use TVA EnergyRight’s Power Down Before You Go Out of Town Checklist. Enjoy the comfort of knowing you’re saving energy, saving money and maybe even fighting off an energy vampire or two!
Download the Power Down Before You Go Out of Town Checklist to get started.
Make the holidays merry and bright while keeping your energy bill in check
Make the holidays merry and bright while keeping your energy bill in check.
The holidays, and winter specifically, can mean higher energy bills. Maybe you’re hosting fun gatherings or welcoming out-of-town guests. Maybe the kids are home from school. Or maybe dropping temperatures have you reaching for the thermostat more than usual. It can be hard to keep your energy bill under control this time of year, but we’re here to help keep things jolly without costing you more jingle.
The host with the most (energy savings).
‘Tis the season for at-home socializing, especially if family or friends plan on staying with you. More people means more showers, more laundry, more dishes and, of course, more opinions about the “right” temperature to set the thermostat. While you may not be able to get away with using less energy while hosting overnight guests, you can at least take some measures to reduce the impact of additional energy-users.
Try the “set it and forget it” thermostat approach.
Everyone’s preferred indoor temperature is different. Rather than drive yourself crazy adjusting the thermostat all day (which makes your HVAC system work harder), take a “set it and forget it” approach, aiming for 68° F or cooler. Body heat goes a long way, and with more people in the house, you can probably go a few degrees lower than your normal setting. For every degree below 72° F, you can save up to 3% on your energy bill.
Unplug space heaters.
Space heaters are energy eaters. But they’re also a game changer in older homes with drafty rooms or spotty insulation. If you have space heaters, make sure someone is always home when they’re on. Unattended space heaters are a big-time fire hazard. Make sure you remind your guests to turn them off or unplug them when they’re not in use. Even when a space heater is off, it will still continue to use energy because it is plugged into an outlet.
Wash clothes in cold water, and don’t overstuff the dryer.
Your washer and dryer may be working overtime, but a gentle request to guests can help manage energy use. It takes electricity to create hot water, so encouraging guests to wash on cold will not only keep more hot water available for showers and hand washing, but it’ll also get clothes just as clean.
A too-full dryer requires a longer drying cycle, which means more electricity is used. Clothes need to have enough room to tumble so that warm air can get between them. Break up larger wash loads into smaller drying loads, and separate heavier items, like blankets, sheets and bath towels, from clothing. (Don’t forget to clean the lint trap. Your guests may forget or feel uncomfortable tinkering with your machine. A full lint trap not only makes your dryer work harder, but it’s also a fire hazard.)
Don’t pre-rinse dishes before putting them in the dishwasher.
This might become a hotter debate than politics over pot roast, but the truth is, the energy efficiency of dishwashers has come a long way, and so has the cleaning power of dishwashing detergents. In fact, quality dish detergents can’t effectively do their job if they don’t have anything to cling to. Food scraps still need to go into the garbage or compost, but skip the pre-rinse and you’ll not only save a ton of water but you’ll also save the energy that would have been used to heat your rinse water.
This might also sound crazy, but it’s true. If you have an energy efficient dishwasher, then it doesn’t need to be full before you run it. An ENERGY STAR® dishwasher uses less than 4 gallons of water total per cycle compared to washing dishes by hand, which uses 4 gallons every 2 minutes!
It’s the holidays and the kids are home from school.
If you don’t have out-of-town guests, but your permanent residents (ahem, your kids) are out of school, at home and using energy like it’s going out of style, we can help… at least for a few minutes.
Try a holiday-lights-only night.
Tap into the magic of the holidays while also saving some energy. Turn off all the lights in the house except for any indoor holiday lighting. Eat a picnic dinner, read bedtime stories or make shadow puppets under the sparkly glow.
Bored teenagers? Send them on an energy-saving mission.
TVA EnergyRight offers a free, online DIY Home Energy Assessment. During the assessment, your kids will move through the house (avoiding any places you deem off limits) to find out how your home uses and loses energy. At the end of the assessment, you’ll get an easy-to-read report with customized energy improvement recommendations specific to your home, plus an energy-saving kit and a $10 home improvement store gift card. Often, these reports include easy DIY home energy upgrades that older kids could tackle, like putting LED light bulbs in lamps and adjusting the temperatures of the refrigerator and freezer.
Create greener, cleaner challenges.
For a lot of kids, the holidays mean gifts. With more physical goods coming into the home, it’s a great time to challenge everyone in the house, not just children, to practice some simple sustainability skills. Try the “One In, One Out” game where for every new gift someone receives, they find a gently used toy, game, article of clothing or accessory to donate. Research as a family where you want to donate everything you’ve collected.
Gifts also usually mean lots of shipping boxes and packaging. Find creative uses for the boxes, like building a box fort or a doll house. Make a game out of breaking down the boxes and work together to make sure they get recycled.
Energy-saving seasonal hacks.
Give yourself the gift of a less stressful holiday season with a few basic energy-saving winter hacks. After all, an ounce of prevention is worth a pound of cure.
Leave air vents open and unobstructed.
Shutting off the flow of heat to a room that isn’t being used might seem like it would save energy by redistributing the heat to other rooms, but that’s not quite how it works. Too many closed registers (HVAC lingo for air vents) can cause damage to your HVAC compressor, allowing pressure to build in your air ducts, which can turn tiny leaks into a big, big problem.
Plus, the size of your HVAC system is designed to provide the right amount of heating and cooling to your home. So when air vents get blocked off, your system is still going to produce the same amount of air, only now there are fewer places for it to flow. That creates pressure and will cause your system to work harder, meaning more electricity, and you guessed it, a higher utility bill.
Finally, holiday decorations can often mean furniture and rugs get temporarily rearranged. Double check that you don’t have anything blocking your air vent — like a couch, drapes, an entertainment center or Christmas tree skirt — to ensure maximum air flow and maximum energy efficiency.
Weatherstrip doors and windows.
A little gap here, a little gap there — if you think those drafty spots around doors and windows aren’t that big of a deal, think again. Even just a 1/8-inch gap around the entryway of a door is equivalent to drilling a five-inch hole through the outside wall! That’s a ton of space for cold air to slip in and your heat (and money) to slip out. Fortunately, weatherstripping is a super simple and affordable DIY project you can knock out quickly. Most home improvement stores carry door sweeps for larger gaps at the bottom of doors and weatherstripping to seal windows and the sides of doors.
Find a contractor before there’s a home energy emergency.
Most people only find out they have an issue with their water heater or HVAC system when it breaks. Combine that emergency situation with the stress of the holidays or house guests and you might find yourself in a real-life nightmare before Christmas.
Get ahead of any unplanned seasonal snafus and find a contractor now that you can have on speed dial in case of emergency. TVA EnergyRight and local power companies provide customers with free access to the Quality Contractor Network, where you can find licensed and insured contractors vetted by TVA to perform home energy upgrades, like repairing or replacing an HVAC system or water heater. Plus, every Quality Contractor Network contractor can help identify any home energy rebates you may be eligible for through our rebates program and connect you to the affordable financing options we offer.
Find more ho-ho-home energy savings with TVA EnergyRight.
From everyday lifestyle changes to large-scale home energy upgrades, TVA EnergyRight is here to help you boost your home’s energy efficiency. This holiday season, explore all our tools and resources designed to bring more comfort and joy (and a manageable energy bill) all year long.
From Amps to ZEV: Electric Vehicle terms you need to know.
TVA EnergyRight presents your Ultimate Electric Vehicle Glossary: Electric Vehicle terms and lingo defined.
Keeping up with the latest electric vehicle terms, topics and trends can seem like a pretty daunting task. Luckily for you, we’re plugged into the electric transportation scene and we’re amped to share our Ultimate Electric Vehicle Glossary with you.
If electricity moves it, we’re ready to fuel it.
Our EV team has been on the road a lot over the past few months, visiting with people from all over our seven-state Valley region and sharing information about EVs.
We’ve chatted with drivers who are thinking about buying an electric car because they want to save money on gas. Others want to reduce their carbon footprint with a zero-emissions vehicle. Many enjoy the cool tech while plenty of others appreciate how quick they are.
We’ve also met commuters who want to get a little more exercise on their way to work and are considering an electric bicycle. We’ve even chatted about electric forklifts with business owners looking to provide a quieter, safer work environment for their employees while lowering emissions.
The Ultimate Electric Vehicle Glossary
This glossary is dedicated to all the great people we’ve met and all of the wonderful questions they asked about EV terms, technology and breaking news.
All-electric range (AER): The driving range of a vehicle using only power from its battery pack. Also known as range per charge.
Alternating current (AC): A term that describes the flow of electricity. In the U.S. the direction of the current changes (alternates) direction every 60 seconds (energy.gov). AC powers Level 1 and Level 2 EV chargers. (See “Battery Basics.”)
Amps (A): Also known as amperes, is a unit of measure for electrical current flow. An EV’s amp rating (or the charging station’s amp rating) is one factor that determines the maximum amount of power that can be delivered to your car’s battery. If voltage is to electricity as pressure at the gas pump is to gasoline, then amps x volts = watts all work together to measure how quickly you can fill up your battery with power.
Battery cell: The smallest unit in an EV’s battery pack. Think of it like a gallon of gas.
Battery electric vehicle (BEV): An EV that relies entirely on electric power stored in its battery pack. (See “The EV alphabet.”)
Battery module: A group of battery cells bundled together. Think of it as a few gallons of gas.
Battery management system: This system makes sure that the battery pack is operating at ideal temperatures. This helps prolong battery life and improve charging speed.
Battery pack: An EV’s battery is where the electricity that powers your car is stored. Think of it as the fuel in your EV’s “tank.”
Bidirectional charging: A technology that allows energy to flow two ways: from the electricity grid to your EV, and from your bidirectional EV charger to the grid. See vehicle to grid (V2G) (future state) and vehicle to home (V2H) (select EVs and charger stations).
Capacitor: A temporary power storage module in an electrical circuit that helps regulate spikes in power.
Charging: Fueling your EV with electricity.
Charging station: See electric vehicle supply equipment (EVSE).
Combined charging system (CCS): A standard for charging electric vehicles that can accommodate Type 1 and Type 2 AC charging and DC fast charging because it also includes a J1772 outlet. (See “Charging 101.”)
Connector: A general EV term that includes a variety of standardized plugs used to charge electric vehicles. It may include the Type 1 J1772, CCS and NACS connections.
Direct current (DC): A current that provides constant voltage and the current flows in one direction. It doesn’t change or vary over time. DC powers EV fast chargers because the direct flow of current – delivered directly to the battery – can charge more quickly. (See “Battery Basics.”)
Drag coefficient (Cd): A measurement of a vehicle’s wind resistance. The higher the drag coefficient, the harder the motor has to work to push your EV through the air. The lower the drag coefficient, the better!
Dynamic electric vehicle charging (DEVC): This future-state method of wireless charging is being tested and would enable EVs to recharge while driving on public roads (MotorTrend).
Electric vehicle (EV): Any vehicle, whether it’s a car, bicycle, boat, forklift, or scooter, that’s powered by electricity stored in batteries.
Electric vehicle supply equipment (EVSE): What you’ll need to safely charge your EV at home. It includes the cables, connectors and charging points. (See “Charging 101.”)
Fast Charge Network: TVA EnergyRight is collaborating with state agencies, local power companies and third-party charging developers to develop the Fast Charge Network, which will place fast charging stations at least every 50 miles along major travel corridors in the seven-state region.
Fast charging: Also known as Level 3 charging, it refers to the number of watts (W) that are delivered to an EV’s battery. Most fast chargers are direct current (DC) and deliver over 19 kilowatts (kW). These chargers and superchargers are most commonly found at shopping centers, travel centers, dealerships and other public locations.
Frunk: It’s that space in the front where the engine lives in gas-powered vehicles. We recommend putting your junk in it.
Fuel cell electric vehicle (FCEV): A vehicle that uses a fuel cell, usually hydrogen-based, to generate electricity that runs an onboard motor. (See “The EV alphabet.”)
Home charging: Approximately 80% of EV charging is done at home. Home charging systems – EVSEs – enable EV owners to charge up at home. It’s just as convenient as plugging in your cell phone overnight (Energy.gov).
Hybrid electric vehicle (HEV): Also known as “conventional,” “self-charging” or “mild” hybrids, these EVs use gas-fueled ICE engines and electricity-fueled motors. Hybrid vehicles — like the Toyota Prius or Honda CRV — use regenerative braking to store energy and typically have a smaller all-electric range (see “The EV alphabet”).
Incentives: You may be eligible for federal tax credits on qualified plug-in electric vehicles. Learn more about credits for clean vehicles purchased in 2023 or after at IRS.gov.
Internal combustion engine (ICE): A heat engine that converts energy from the heat of burning gasoline into torque that powers the vehicle (Car and Driver).
Inverter: An electrical device that converts electricity from a DC source to AC.
J1172: Also known as a J plug or SAE J1772, a North American standard for electrical connectors for EVs.
Kilowatt (kW): Equivalent to 1,000 watts, a unit of measure for power. Power tells us how fast energy is moving at any moment in time. (See “Battery Basics.”)
Kilowatt-hour (kWh): How many watts are consumed in an hour. (See “Battery Basics.”)
Level 1 Charging: Also known as “slow chargers” or “trickle chargers,” Level 1 chargers can plug into any standard 120-volt home wall outlet, the very same type of outlet you use to plug in your cell phone or coffee pot.
Level 2 Charging: These 240-volt chargers are just like the ones your dryer plugs into and can charge a BEV in 4-10 hours, which makes them perfect for overnight home charging.
Level 3 Charging: See fast charging.
Lithium-ion: A rechargeable battery that uses lithium ions to store energy (MIT.edu).
Miles per gallon equivalent (MPGe): An energy-efficiency metric introduced by the Environmental Protection Agency (EPA) to compare the amount of energy consumed by alternative fuel vehicles to gas-powered cars (U.S. News & World Report).
Miles per kilowatt hour (mpkWh): A measurement of an EV’s efficiency that demonstrates how an EV’s power output translates into real distance traveled.
North American Charging Standard (NACS): Previously known as the Tesla charging connector, this charging standard is used in Tesla’s Supercharger network. Ford and General Motors announced in June 2023 that their drivers will be able to charge their cars (with an adapter) at Tesla charging stations across the country. Less than a month later, seven of the world’s largest automakers announced that they’re building a new nationwide network of 30,000 electric vehicle charging stations (CBS News).
Off-peak charging: Charging your EV at times when demand for electricity is lower (typically overnight) helps maintain a healthy grid and keeps rates low for everyone.
On-board charger (OBC): A device that converts AC to DC to charge an EV’s batteries. Fast chargers bypass an EV’s OBC because they’re already DC.
Parallel hybrid: Vehicles with a parallel hybrid drive enable the engine and electric motor to work together to generate power to drive the wheels.
Plug-in hybrid electric vehicle (PHEV): A plug-in vehicle featuring a rechargeable battery, electric propulsion and regenerative braking. PHEVs also rely on a gas-powered internal combustion engine (ICE) for propulsion once the battery is depleted. (See “The EV alphabet.”)
Regenerative braking: Also known as “regen braking,” these systems are unique to EVs. They turn a vehicle’s kinetic energy (energy that relates to motion) back into electric energy. Regenerative braking helps improve fuel efficiency, reduce total tailpipe emissions and minimizes wear and tear on brakes. (See “Battery Basics.”)
Renewable energy: Energy that is generated by natural resources that are replenished faster than they are consumed such as solar, hydroelectric, and wind. Nearly 60% of TVA’s electricity comes from carbon-free sources (TVA.com).
Residential charging: See home charging.
Solid-state battery: Like lithium-ion batteries, solid-state batteries store energy; however, instead of an organic liquid electrolyte solution sandwiched between the cathodes and anodes, solid-state batteries use solid electrolytes. Some manufacturers are planning to roll them out as early as 2027. Solid-state batteries offer higher energy density, greatly extended range and faster charging times.
State of charge (SOC): The level of charge an EV battery contains compared to its capacity. 0% SOC = empty; 100% SOC = full.
Supercharger: A kind of EV charger developed by Tesla designed for fast charging.
Torque: A force that produces rotation. Motors deliver torque to the drive shaft (Merriam-Webster). Electric cars achieve maximum torque immediately and deliver instant torque to the vehicle’s wheels, which leads to excellent acceleration off the line (or from a red light).
Vehicle to grid (V2G): Power that flows from your vehicle back to the grid. This future-state capability has the potential to support the power grid during peak demand hours. (See Bidirectional charging.)
Vehicle to home (V2H): Power that flows from your EV to your home, essentially acting as a generator during weather-related power outages. (See Bidirectional charging.)
Volts (V): A unit of electrical force that measures the amount of effort required to move an ampere between two points. A higher voltage rating on a charging station equals a higher charging speed for your EV. Volts x Amps = Watts (See Amps).
Watts (W): A unit of measure for power. Power tells us how fast energy is moving at any moment in time. A kWh tells you how many of those units are consumed in an hour. Volts x Amps = Watts (See Amps).
Zero emission vehicle (ZEV): A vehicle that emits no tailpipe pollutants during operation. Battery electric cars, bicycles, motorcycles and hydrogen fuel cell vehicles are examples of ZEVs.
We know that big changes – like purchasing a vehicle that runs on electricity instead of gasoline – can lead to big questions. And that’s why we’re doing our best to provide expert, unbiased answers to your pressing EV questions. Each of our posts will include links to trusted external sources like automotive magazines, thought leaders, research-backed studies, government agencies and more. Feel free to click around!
This site’s content (including, without limitation, references and links to third-party information) is based on information provided at the time of publishing, and TVA makes no warranty therein.
15 ways to save energy at home when you’re on vacation
Your bags are packed, and it’s finally time to hit the road. But before you go, there’s one last thing to do. It’s time to power down your home! Whether you’re escaping for a weekend away, heading out for a week-long work trip or cruising the high seas over a long holiday break, take advantage of all the ways you can save energy and money at home even while you’re away. Check out these 15 quick and easy tips to power down your home so you can truly unplug.
Find energy savings hiding in your HVAC.
Did you know that heating and cooling your home can account for as much as 55% of your household electricity use? That’s… a lot. But that also means just a few small things can make a big difference. Let’s check them out.
1. Set your thermostat to 55° F in the winter or 85° F in the summer.
First things first: If you’ve left Grandma, Fido, or your award-winning exotic plants at home while you hop a flight to Honolulu, please leave everyone at a comfortable temperature. But if your home is unoccupied, it’s time to crank that thermostat up or down, depending on the season!
In warmer months, set your thermostat to 85° F. For every degree above 72° F you can save up to 3% on your energy bill. That’s some nice savings to come home to! In colder months, set your thermostat to 55° F. Not only will you save a ton of energy, but you’re also ensuring heat will still flow and your pipes will be protected during a freeze. If you’ve got a smart thermostat, use vacation mode to set it and forget it.
Just remember, when you return home and want to recool or reheat the house, only set it to your desired temperature. Dropping the temperature as low or as high as it can go won’t make your HVAC system work faster, but it will make your system work harder for longer.
2. Unplug space heaters.
Space heaters are energy eaters. Whether you’ll be gone for eight hours or eight days, never leave a space heater on when no one is home. It’s a fire hazard. But if you are planning to be away, even for just a night or two, go ahead and unplug any space heaters. Even if they’re off, they’ll continue to use energy just by being plugged into an outlet.
Keep your energy bill out of hot water.
3. Drop your water heater thermostat to its lowest set point.
If no one’s home, nobody needs hot water, right? So go ahead and give yourself some extra savings by turning your water heater thermostat down to its lowest setting. For older electric water heaters, look for a small plate on the front of the machine that unscrews. You’ll find the thermostat dial in there. If you have a newer, more energy efficient model, set the thermostat to vacation mode. For gas water heaters, you’ll want to check your user manual. It’s important to remember, however, that this might be a tip to skip if there’s a chance of freezing temperatures while you’re away.
Keep food fresh and frozen.
4. Set the refrigerator thermostat to 35° F–38° F and the freezer to 0° F–5° F.
If you’ve never checked your refrigerator and freezer thermostats (or if it’s been awhile), take 15 seconds to give them a quick glance. For optimal energy efficiency, set the refrigerator thermostat to 35° F–38° F and the freezer to 0° F–5° F. Maintain these temperature ranges year-round to keep food fresh, safe to consume and delicious. (Find more energy-saving tips and advice you can use all year.)
Stop vampire energy and give your electronics a breather.
Everything that’s plugged into an outlet in your home is using energy, even if it’s not technically “on.” We call this “vampire” energy, because it’s sucking up energy — and money — whether the device, machine, etc. is in use or not. So, before you leave for vacation, do a little vampire hunting around your home! Your printer, the air fryer, the gaming system your kids aren’t allowed to take? Unplug it all!
5. Unplug all small electronic devices, e.g., de/humidifiers, kitchen gadgets, printers.
6. Unplug all TVs, gaming consoles, entertainment devices, computers and laptops.
7. Unplug all power adapters and charging devices.
8. Unplug the microwave, toaster, coffee maker and appliances with an electronic clock.
Leave only necessary lights on.
9. Turn off indoor and outdoor lights.
While it’s not a bad idea to leave a light or two on when you’re away, you also don’t need to keep the house lit up like the fourth of July! Keep a few strategic lights on but turn off the rest. If you have timers or light sensors, you can set those up, too, so that you only have certain lights on at certain times.
Block out the sun.
10. Close all curtains, drapes and blinds.
This is another quick and easy tip that only takes seconds to complete. While you’re going around the house searching for things to unplug, close curtains, drapes and blinds. By blocking out heat-producing sunlight, you can maintain a cooler temperature inside. If you’re traveling during warmer months, make sure to check out our tips for saving energy during the toastiest times of the year.
Don’t forget these miscellaneous items.
Keep the energy-saving shutdown going and knock out just a few more remaining things!
11. Turn off ceiling fans and personal fans.
12. Unplug the hot tub heater or drain/winterize hot tub.
13. Turn off or lower the swimming pool heater. (Leave the pump on.)
14. Unplug air conditioners if they’re not needed for humidity control.
15. Unplug landscaping water features if they’re not needed for aquatic life.
Come home to a lower energy bill with the Power Down Before You Go Out of Town Checklist.
Bring a little extra rest and relaxation to your next getaway when you use TVA EnergyRight’s Power Down Before You Go Out of Town Checklist. Enjoy the comfort of knowing you’re saving energy, saving money and maybe even fighting off an energy vampire or two!
Download the Power Down Before You Go Out of Town Checklist to get started.
Types of EVs and the EV alphabet: What’s a BEV, PHEV and HEV?
Your guide to the different types of electric vehicles (EVs)
We get it. The EV alphabet, and the EV world in general, can feel a little overwhelming. That’s why TVA EnergyRight decided to launch a series of informative articles about electric vehicles. We’re kicking things off with a quick post about the different types of EVs available to drivers in the region.
Welcome to the EV world
In 2020, TVA began working with a broad coalition of partners to increase the use of EVs in the region and to pave the way for more than 200,000 EVs on the region’s roads by 2028.
Why is TVA paving the way for EV adoption? We’re doing this because making the switch to EVs could save the region’s drivers millions in gasoline and maintenance costs, and dramatically reduce carbon emissions across the region. Electric cars can also fuel investment in local jobs and keep refueling dollars — from locally produced electricity — in our communities. On top of all that, the Tennessee Valley region is already one of the top EV manufacturing hubs in the country, with plenty of room to grow.
We also know that big changes — like purchasing a vehicle that runs on electricity instead of gasoline — can lead to big questions. And that’s why we’re doing our best to provide unbiased answers to your pressing EV questions.
Each of our posts will include links to trusted external sources like automotive magazines, thought leaders, research-backed studies, government agencies and more. Feel free to click around and be sure to check out our video series, In Charge: Life With an Electric Vehicle.
Read on to learn more about the high-level pros and cons of the different types of electric vehicles on the market today.
What’s the definition of an electric car?
A modern electric car is a passenger vehicle that uses an electric motor to drive propulsion. This broad definition includes different powertrains and vehicles like the Toyota Prius and the Ford Maverick hybrid pickup truck, the Kia Sorento plug-in hybrid, and the 2024 Corvette E-Ray.
Battery-only electric vehicles: BEVs (A.K.A. EVs)
Also known as “pure,” “full” or “all-electric” cars — or, more commonly, if not a little confusingly, EVs. A battery-only EV uses only electric power for propulsion. This means BEVs have the potential to be insanely quick off the line.
Pros:
- Zero tailpipe emissions.
- Less maintenance.
- Better performance and power delivery.
- Quicker “off-the-line” 0-60 speeds.
- More efficient than gas-powered cars.
- Uses locally produced electricity.
- At-home charging convenience.
- Select models can power your home during outages.
- Federal tax credits may be available.
Cons:
- People are generally less familiar with owning and driving an EV.
- Longer trips require planning for refueling stops at public charging stations.
Battery performance is expected to fade after approximate 12-15 years of service life.
Plug-in hybrid electric vehicles: PHEVs
Think of a PHEV as the middle ground between an all-electric and a conventional hybrid. (We’ll cover hybrids in the next section.) Like all EVs, PHEVs use a rechargeable battery, electric propulsion and regenerative braking to improve fuel efficiency, reduce total tailpipe emissions and minimize wear and tear on brakes. Unlike battery-only EVs, however, PHEVs also rely on a gas-powered internal combustion engine (ICE) for propulsion.
Pros:
- Capable of covering the average commute on battery power alone.
- Generally more fuel-efficient than a regular hybrid.
- Capable of long-distance gas-powered driving.
- At-home charging convenience.
- Federal tax credits may be available.
Cons:
- Maintenance is the same as a gas-powered car.
- Smaller batteries mean shorter all-electric driving ranges.
- Burns fossil fuels.
- Produces tailpipe emissions.
Hybrid electric vehicles: HEVs
Also known as “conventional,” “self-charging” or “mild” hybrids, these EVs use gas-fueled engines and electricity-fueled motors. Hybrid vehicles — like the Toyota Prius — are very similar to PHEVs, with one critical difference: You don’t plug it in to refuel with a charge.
Pros:
- Better fuel economy than most gasoline-powered vehicles.
- No changes to your driving habits or lifestyle.
Cons:
- Maintenance is the same as a gas-powered car.
- Burns fossil fuels.
- Smaller batteries limit electric-only range.
- Lacks at-home refueling/charging convenience.
- Less efficient than all-electric vehicles.
Fuel cell electric vehicles: FCEVs
These cutting-edge vehicles aren’t available in our region yet, but they’re worth mentioning because FCEVs generate their own electricity!
Like a BEV, FCEVs are propelled entirely by electricity; however, instead of plugging in to recharge the battery, hydrogen gas from the vehicle’s fuel tank combines with oxygen to generate electricity. Best of all? Water and heat are the only byproducts.
Pros:
- All the benefits of a BEV.
- Smaller, lighter batteries with longer driving ranges.
- Hydrogen is abundant in the universe.
- Hydrogen can be derived from 100% domestic sources.
Cons:
- Least common type of EV.
- Very limited availability (primarily in California) from select automakers.
- Most expensive electric vehicle option.
- Added cost for hydrogen fuel cell maintenance.
- Lack of hydrogen fueling stations in the U.S.
- Hydrogen separation process can be energy-intensive.
Go ahead, explore your BEV, PHEV and HEV options today!
Now that you’re in the know, check out our online EV comparison tools and find out if there’s an EV that’s right for you.
This site’s content (including, without limitation, references and links to third-party information) is based on information provided at the time of publishing, and TVA makes no warranty therein.
How do I choose an electric vehicle that’s right for me?
How to choose and buy your first EV
For some, buying a new (or new-to-you) car is tons of fun: Test drives! New car smell! Fun features! For many folks, “Is an electric vehicle right for me?” is the big-ticket question of the day. Other drivers simply see the whole car-buying process as a fearsome chore.
Although we can’t change how you feel about buying a car, TVA EnergyRight can shed some light on the “Is an EV right for me?” question and make the decision-making a little easier.
In many ways, a car’s a car and buying an EV isn’t all that different. However, if you’re buying your first EV, there are a few fundamental differences between buying a gas-powered car and an electric-powered one. We’ll help you wrap your head around those differences so you can hit the sales lot with confidence.
Is an EV right for me? Let’s find out!
Identify your must-haves
In this regard, shopping for an EV is a lot like shopping for a gas-powered car: You need to find an electric car that’s right for you.
As more and more electric makes and models hit the market, it’s becoming easier to find a car that fits your lifestyle. Ask yourself: Where do I drive? What do I like about my car? What do I dislike? How do I drive? What do I need to carry?
If you’re using the car primarily for local commuting, your options range from affordable compact sedans to luxury trucks and SUVs. If performance is your priority, premium EVs can offer instant gratification and some of the quickest 0-60 times on the road. If you often travel long distances, look for an extended range battery-only EV. You may also want to consider the additional range flexibility that a plug-in hybrid or hybrid affords.
Find a dealer you trust
If you’re shopping for your first EV, you’ll probably have lots of questions. Look for a dealership that advertises their electric vehicle offerings and for a dealer who understands EVs and can guide you through the car’s features with confidence. Be sure to ask them whether or not the car is eligible for the federal tax credit, which changed in 2023.
Remember, you’re the customer! If you’re not clicking with the dealership or salesperson, visit another showroom or ask for a different representative. For those in the market for a pre-owned EV, consider finding a reputable online retailer like MYEV.com or Carvana.
Know your EV lingo
For a deeper dive into the different types of EVs, check out our post about the EV alphabet. In a nutshell, the biggest difference between a gas-fueled car and an electricity-fueled one is the powertrain.
EVs are powered by an electric motor, and the energy that fuels the motor is stored in batteries. Battery-only electric vehicles (BEVs) have larger battery packs than plug-in hybrid electric vehicles (PHEVs) or hybrid electric vehicles. Unlike PHEVs and hybrids, BEVs produce no tailpipe emissions.
Because electric motors have fewer moving parts than internal combustion engines, they require less maintenance. All types of EVs use regenerative braking systems that reduce wear and tear on brake pads and rotors. Regenerative brakes work by taking the energy produced by braking and feeding it to the EV’s batteries. In a traditional braking system, friction turns this energy into heat. Ultimately, the heat dissipates and the energy is wasted.
Source: How Stuff Works
Calculate your range requirements
To get a solid sense of your range requirements, keep track of how much you drive each week. Most EVs can travel around 250 miles on a single charge, while some of the premium models top out at around 400 miles.
Although the charging infrastructure is still being developed, TVA is collaborating with state agencies, local power companies and third-party charging experts to help alleviate range anxiety by creating a network of public fast charging stations at least every 50 miles along major travel routes in our seven-state region.
More and more public fast charging stations are coming, but at least 80% of EV charging happens at home, overnight. Since most EVs can handle a weekly commute with ease, owners typically charge up once or twice a week at home.
Sources: Electric Vehicle Database and Forbes
Check your charger
There are three ways to charge an EV: Level 1 (120-volt), Level 2 (240-volt) and DC fast charging. Charging connectors may vary by automotive manufacturer but most connect to Level 1, Level 2 and DC fast charging connectors.
Level 1 plugs into a standard outlet – just like your television or hair dryer. It will get the job done, but it’s a slow way to charge a car. If you routinely drive less than 30 miles a day, and can consistently plug in every night or two, this is a low-cost charging option that could work for you.
Most EV drivers recommend having a Level 2 charger professionally installed at your home. A Level 2 charger can plug into the same kind of outlet as your clothes dryer. Or, even better, you can skip the plug and have your charger hardwired directly to your electrical panel. Level 2 chargers can easily charge your car overnight, adding 100-200 miles of range while you sleep. (Check out some other tips from EV owners HERE.)
Public DC fast charging stations are available for longer road trips and can add 100-200 miles to your battery in 30 minutes or less.
Charging apps offered by manufacturers or third-party charging networks like ChargePoint, Chargeway, EVgo or PlugShare can help you make sure the charger you’re heading to has the connector you need and if they’re available to start charging.
Most new EVs have a combination of the J1772 and a combined charging system (CCS) connector in the same location. These charging systems are approved by the Society of Automotive Engineers (SAE). The top half enables Level 1 and Level 2 charging and the bottom half adds DC fast charging capabilities.
However, Tesla’s North American Charging Standard (NACS) is gaining traction in the U.S. Ford and GM announced in 2023 that they would offer present and future EV owners access to the more than 12,000 stations in Tesla’s NACS Supercharger network. In 2024, Stellantis announced that it would adopt the plug as well. Stellantis was the last major automaker holding out to announce the adoption of NACS, an official SAE standard.
Many charging station companies like Blink Charging, Chargepoint, EVgo, and Tritium have already announced support for NACS as well. They will soon offer NACS connectors on their DC fast chargers.
If you’re buying a used Nissan or Mitsubishi electric car, it may have a CHAdeMO connector. It’s worth noting that this connector is being phased out by many automotive manufacturers and it may be harder to find public fast charging options in the future. At this time, TVA’s Fast Charge Network sites will continue to support CHAdeMO connectors and CCS and will work to accommodate additional charging plugs as automakers adopt the various standards in the future.
Sources: Electrek, Driving Electric, EPA, Society of Automotive Engineers, Car and Driver, NBC News, electrek.
Tune in to your driving experience
EVs handle just like any other car you’ve ever driven. But they perform very differently.
Gas-powered cars take some time to build up maximum power and torque. EVs, on the other hand, hit peak power the moment you put the pedal to the metal. This instant torque makes EVs feel lively and quick. Some can even accelerate from zero to 60 in less than three seconds. If “fun to drive” is what moves you, be sure to check out acceleration time.
If acceleration isn’t your driving motivation, you’ll find that even the most modest and affordable EVs have plenty of pep for daily driving.
Source: U.S. News & World Report
Head out for a test drive
Still asking yourself, “Is an electric car right for me?” Well, if you’ve never gotten behind the wheel of an EV, shopping for a new car is the perfect opportunity. Make a list of your top contenders and have some fun figuring out which EV is right for you. Use our online tools to get started.
This site’s content (including, without limitation, references and links to third-party information) is based on information provided at the time of publishing, and TVA makes no warranty therein.