Summer ceiling fan direction: Counterclockwise

In hot summer months, set your ceiling fan direction to counterclockwise.

This creates a wind-chill effect that helps your body cool down. While a fan doesn’t lower the temperature, it makes you feel several degrees cooler, so you can raise your thermostat by a few degrees and save on energy costs.

How to check the ceiling fan is spinning correctly in summer: Stand under the fan. If you feel a strong breeze, it’s set for summer.

Winter ceiling fan direction: Clockwise

In colder winter months, set your ceiling fan direction to clockwise at a low speed.

Warm air rises, so your fan will push it down along the walls, keeping the room warmer without cranking up the heat.

How to check the ceiling fan is rotating correctly in winter: If you don’t feel air moving directly down, it’s in winter mode.

How to change the direction of your ceiling fan

Switching ceiling fan direction is simple:

1. Turn off the fan and wait for it to stop rotating.
2. Find the direction switch—usually on the motor housing in the center.
3. Flip the switch (up for winter, down for summer on most models).
4. Turn the fan back on and check the airflow.

How using the ceiling fan can reduce your electricity bill

Ceiling fans are an easy and cost-effective way to reduce your electricity bill without sacrificing comfort. While they don’t actually change the temperature, they help your heating and cooling system work more efficiently.

With a ceiling fan on in the summer, rooms feel cooler so you can set your thermostat to a higher temperature and your air conditioner will consume less electricity. The same is true for the winter but with the temperatures in reverse.

The post Ceiling Fan Direction by Season: Stay Comfortable & Save Energy appeared first on BKV Energy.

In this quick guide, we’ll discuss typical microwave wattage, power consumption, and ways to save money on your monthly electric bill by improving your appliance’s energy efficiency.

Do microwaves use a lot of electricity?

That depends on the microwave in question. For example, commercial microwave ovens use more power than the smaller microwaves you’ll find in most homes. And, even with a standard microwave, energy consumption varies as a higher-wattage microwave will consume more electricity than lower-wattage models. Plus, total energy usage differs significantly between households. However, even though frequent microwave use can add up on your utility bill over time, the average microwave doesn’t use as much electrical energy as larger appliances like ranges and dishwashers. 

How many watts does a microwave use?

The wattage of a microwave varies based on size and heating capacity. Here’s a generalized breakdown of average microwave wattage:

• Compact microwaves: 600-800 watts
• Standard microwaves: 800-1,200 watts
• Commercial microwaves: 1,200+ watts

As with other appliances, microwave usage is measured in kilowatt-hours (kWh) of electricity. To calculate total electricity usage and convert that to a dollar amount for monthly and yearly costs, you’ll need to run a quick calculation—which we’ll cover in the following sections. But, if you’d prefer to avoid the math, a good ballpark based on normal microwave wattage is around $0.20 per hour.

How to find your microwave wattage

The average wattage of a microwave is 800-1000. However, some models go as low as 600 and as high as 1700. If you’re unsure, you can determine the input wattage of your appliance using one of the following methods:

1. Check the user manual or manufacturer’s label (usually on the back or inside the door).
2. Use the “Time to Boil” method by microwaving 1 cup of water on high and noting the time it takes for the water to start bubbling:

• Less than 2 minutes: Very high electricity consumption of 1000+ watts.
• 2½ minutes: High wattage level of 800-1000 watts.
• 3 minutes: Low microwave energy of 600-700 watts

Once you know how much energy your microwave uses, estimating the overall effect on your electricity bills is easier.

How much electricity does a microwave use?

Before we answer that definitively, let’s recap what we’ve learned and review a few frequently asked questions about microwave power consumption and cooking power:

• How do microwaves heat food? They use electromagnetic radiation to heat the water molecules within food, causing them to vibrate and become hot.
• How much energy does a microwave use in an average household? The average family-sized microwave consumes 700-1000 watts.
• Are microwaves more or less energy-efficient than other kitchen appliances? They are usually more energy-efficient. For example, coffee machines, convection ovens, and dishwashers all use more watts.
• How much does it cost to run a standard microwave? The precise figure depends on your electricity rate and your microwave’s power rating, but the average is around $0.20 per hour.

That’s the basics covered. But, how much power does a microwave use every week, month, or year in your in your home, specifically? Let’s examine annual microwave electricity flows in more detail to find out.

Average microwave power consumption per year

It’s easier to calculate weekly total energy figures first, then multiply by 52 to get your yearly costs. Here’s how it’s done.

To calculate how many kWh of electricity you use, multiply the relevant wattage for microwave use by the number of hours you use it, and divide by 1,000. Let’s say you use your 1000-watt microwave for around 2 hours per week. The calculation would be: 2000 ÷ 1,000 = 2 kWh. 

To turn kWh into a dollar amount, simply multiply the total by the rate shown in the energy usage breakdown section of the monthly bill you receive from your utility provider. The average electricity rate in Texas is $0.15 per kWh. So, 2 kWh would equal around $0.30 per week, with an estimated yearly cost of $15.60.

Here’s a quick reference table to help you estimate yearly costs based on a 15c per kWh electricity rate. 

Of course, these estimations only apply if you’re buying energy from the grid rather than using a solar generator. If your home is fitted with solar panels, even running a higher-wattage model could cost you nothing!  

What to look for in an energy-efficient microwave

If you’re in the market for a new microwave oven, look for these energy-saving features to maximize efficiency: 

• ENERGY STAR certification: ENERGY STAR-rated appliances use less electricity than non-certified models.
• Inverter technology: Inverter models use less energy by maintaining a steady power level to cook food gently and evenly.
• Lower wattage: A larger microwave may cook faster. However, if you only need to heat small meals for 1-2 people, a 700-900-watt microwave might be all you need.
• Eco mode: By turning off the display when the microwave is not in use, standby power consumption is reduced.
• Sensor Cooking: Built-in sensors detect the moisture released from food and automatically adjust cooking power to ensure you only use more heating capacity when it’s really required.

These handy features will help you increase efficiency—even on powerful microwaves–without sacrificing convenience, cooking performance, or taste. 

Tips for reducing your microwave’s electricity usage

If you’re not quite ready for a new microwave just yet, there are still some practical ways you can save money on your electric bill by reducing power consumption. Here are a few top tips and best practices:

• Use the correct wattage: If your microwave allows you to adjust the wattage, choose a lower setting when you’re not in a rush or heating a smaller plate.
• Cover food while heating: Using a microwave-safe lid traps moisture so your food cooks faster.
• Don’t overcrowd the microwave: Leave adequate space between food items for proper heat distribution. 
• Cut food into smaller pieces: This allows for more even heating, equating to shorter cooking times. 
• Unplug when not in use: Every little helps! Unplugging your microwave when not in use can save 5-10 watts per year on standby power draw.

Implementing these tips will help you cut down on unnecessary energy use, lower your electricity costs, and extend the lifespan of your microwave.

Save on electricity plans with BKVE

Understanding how much power your microwave uses is a good step toward smarter electricity consumption. But why stop there? If you’re looking to make even bigger savings, switching to a more cost-effective energy plan could help save money—without changing your daily habits.

At BKVE, we believe you deserve a transparent, gimmick-free electricity plan that fits your household’s unique energy needs. Check out our popular Bluebonnet plan today, or enter your zip code to compare rates and find the best plan for your family.

The post How Much Power Does a Microwave Use? appeared first on BKV Energy.

What are smart home devices?

Smart home devices are gadgets designed to automate and optimize various functions within your home. These devices connect to the internet, allowing you to control them remotely through apps or voice commands. Some examples of smart home devices include thermostats, light bulbs, appliances, and security systems. Smart home devices can make life more convenient while helping to reduce energy consumption. By learning user behavior and making adjustments automatically, these devices help reduce energy consumption and lower utility costs.

Popular smart home devices for energy conservation

Energy conservation is one of the primary benefits of smart home technology. Some popular devices include:

• Smart thermostats: Automatically adjust your home’s temperature based on your schedule and preferences
• Smart plugs and power strips: Monitor and control the energy usage of devices plugged into them
• Smart lighting: Uses motion sensors, timers, and dimming features to reduce unnecessary energy consumption
• Smart appliances: Optimize energy use for tasks like washing clothes, drying clothes, or cooking
• Smart water heaters: Will only heat water when it’s needed, reducing standby energy losses

Best smart home devices in 2025

The smart home industry continues to evolve, bringing innovative energy-saving solutions. Some of the most popular smart home devices in 2025 include:

1. Nest learning thermostat: A user-friendly thermostat that adapts to your habits for efficient heating and cooling
2. Philips Hue smart lighting: Offers customizable lighting options with energy-efficient LED bulbs
3. EcoFlow smart plug: Tracks energy usage and allows for remote control of connected devices
4. LG ThinQ smart washer: A washer that optimizes water and energy use based on load size
5. Rheem EcoNet smart water heater: Manages water heating schedules to save energy

Benefits of using smart home devices

Smart home devices offer several benefits when it comes to reducing energy consumption. These devices are designed to optimize energy usage by automatically adjusting settings based on user behavior to increase their efficiency. Many smart gadgets provide real-time energy tracking, allowing homeowners to monitor and analyze their consumption patterns to make more informed decisions. Smart home devices offer several additional benefits when it comes to reducing energy consumption:

• Automation: Devices can operate independently, minimizing human error
• Remote Control: Manage your home’s energy use from anywhere
• Energy Monitoring: Track usage to identify and address device or appliance inefficiencies
• Custom Schedules: Program devices to operate during off-peak hours to maximize savings on a time-of-use electricity plan

How to maximize energy savings with smart devices

To get the most out of smart home devices, consider these strategies for optimizing energy use and maximizing savings:

• Set schedules: Program devices to work only when needed
• Use energy reports: Analyze data from devices to adjust usage patterns
• Integrate systems: Use a smart home hub to sync multiple devices for efficient operation
• Regular maintenance: Keep devices updated and in good condition to maintain efficiency

How smart home devices can reduce your energy bills

The biggest financial benefit of smart home devices is their ability to lower energy costs. A smart thermostat alone can save homeowners up to 10-15% on heating and cooling bills. Smart lighting can cut down electricity usage by as much as 75% compared to traditional bulbs. Additionally, smart plugs and power strips prevent unnecessary energy waste from devices that are left on or in standby mode. These smart devices help reduce your energy bill by:

• Minimizing standby power: Turning off devices when not in use
• Optimizing usage: Adjusting energy use based on real-time needs and conditions
• Reducing waste: Preventing overuse of lights, heating, cooling, and appliances

Cost vs. savings: are smart home devices worth it?

The cost of smart home devices varies widely. A basic smart thermostat costs around $100-$250, while more advanced systems can exceed $500. However, with energy savings of ~$100 per year, most smart thermostats pay for themselves in just a few years. Smart plugs, lighting, and power strips offer smaller but still notable savings. Over time, a fully optimized smart home can save hundreds of dollars annually on energy bills, making the investment worthwhile for most households. Reference the chart below for average cost, annual savings, & time to break even on the investment with smart home devices.

By calculating potential savings and considering rebates or incentives, you can determine if these devices are worth it for your household.

Tips for choosing the right smart home devices

Now that you have determined which smart home devices would be financially beneficial to invest in. It’s essential to choose the right ones to maximize efficiency and savings. Here are some key considerations to guide your decision:

• Compatibility: Ensure the device works with your existing smart home system.
• Energy Efficiency Certifications: Look for ENERGY STAR-rated products.
• User Reviews: Read reviews to gauge reliability and performance.
• Features: Prioritize features that align with your energy-saving goals.
• Budget: Balance upfront costs with potential savings.
• Check for rebates – Many energy companies offer rebates for installing energy-efficient smart home technology.

Save more with a straight-forward fixed rate

Pairing the right smart home devices with a simple fixed-rate energy plan is a great way to save energy & reduce costs. Explore BKV Energy’s simple and affordable fixed-rate electricity plans. Enter your zip code to explore rates in your area.

The post Do Smart Home Devices Actually Save You Money? appeared first on BKV Energy.

Whether you’re trying to lower your electricity bills or simply curious about your household’s energy consumption, this quick guide will tell you everything you need to know, including:

• The average washing machine wattage
• How the wattage of your washing machine translates to energy usage
• How much it costs to run a typical washing machine

We’ll also outline the additional factors that can affect overall efficiency outside of washer wattage and provide some practical tips for cutting your electricity costs.

Do washing machines use a lot of electricity?

Some do and some don’t. So, unfortunately, there’s no black-and-white answer to the question, “How much power does a washing machine use?” because power consumption will vary based on machine type, model, power rating, and what settings you use.

That said, the average washing machine uses between 400 and 1,400 watts per hour. While this may seem a lot, most washing machines are more energy efficient than many other household appliances. For context, here’s how the average washer wattage stacks up compared to other commonly used items:

• LED light bulbs: 9–12 watts 
• Refrigerators: 150–300 watts 
• Coffee machine 900–1,200 watts 
• Microwave: 600–1,700 watts 
• Dishwasher: 1,200–2,400 watts 
• Tumble dryer: 1,800–5,000 watts 
• Convection oven: Between 2,000–5,000 watts 
• Air conditioner: Up to 8,000 

As with all these home appliances, your clothes washer wattage relates directly to your energy costs. But, before you can estimate how much washing clothes costs in dollar terms, we must learn more about watts, kilowatt hours, and how to calculate your electricity usage. 

How many watts does a washing machine use

Like all other electrical appliances, the actual power consumption of your washing machine is measured in kilowatt-hours (kWh). But how much energy does a washing machine use per cycle? How many watts does a washing machine use in a week, month, or year? First, you need to calculate the total kilowatt-hours. Here’s how to do it:

1. Check the washing machine or reference the user manual to determine the wattage
2. Multiply the wattage by the number of hours you use it for and divide by 1,000 to convert washer watts to kWh. For example, a 1,200-watt machine used for one hour per day would use 1,200 watts. So, the calculation would be 1,200 ÷ 1,000 = 1.2 kWh. 

How much electricity does a washing machine use per month?

Again, there’s no straightforward answer because that all depends on how often you need to run a wash cycle. But how much energy does a washing machine use in an average home? Let’s run some numbers to find out. 

The table below shows how kWh consumption varies by wattage range and usage frequency, helping you estimate your washing machine’s monthly kWh usage.

How much does it cost to power your washing machine?

Estimating the direct cost of running your washing machine requires only one basic calculation. All you need to do is multiply the relevant kWh total by the kWh rate shown in the energy usage breakdown section of your electricity bill. The average price per kWh in Texas in April 2024 was 15 cents. So, for example, for a 1000-watt machine running 15 times per month, we can estimate the following:

Monthly use = 15 kWh x 0.15c = $2.25

Annual use = $2.25 x 12 = $27

As you can see, the cost of running frequent loads is relatively low. Other appliances probably use a lot more power, even though they use less energy. For example, the average microwave is only about 1200 watts. However, you’re likely to use it multiple times a day, resulting in a higher kWh cost overall. 

Factors influencing washing machine power consumption

The total cost of running your washing machine depends on a combination of factors, not just wattage alone. Here are a few examples:

• Load size: Larger machines with a higher load capacity use more energy
• Wash cycle selection: Longer cycles and programs that utilize additional features (like pre-soak, steam cleaning, or combined washer/dryer use) typically consume much more energy
• Water temperature: Water heating consumes energy, so hot water cycles use more power than cold water loads
• Machine type: Front-loading machines typically use less energy than top-loading models as they use less water
• Energy efficiency rating: ENERGY STAR appliances use less electricity than non-certified models
• Age: As with other household appliances, washing machines will naturally lose efficiency as they age

Considering all these variables will help you better estimate your washing machine’s energy usage and overall efficiency.

Tips to cut your laundry’s energy costs

Here’s a list of practical ways you can save money on your laundry cycles while still ensuring plenty of clean clothes for your family:

• Use short or cold water cycles whenever possible
• Wait until you have a large load rather than running for just a few items
• Never exceed the full load capacity of your machine
• Maintain your machine regularly as per the manufacturer’s instructions
• Upgrade to one of ENERGY STAR’s recommended energy-efficient models
• If your electricity plan has varying energy prices, wait until off-peak hours to run your machine

Implementing these tips will help you increase efficiency without sacrificing cleanliness or convenience.

Save on electricity plans with BKVE

Looking for more ways to improve efficiency and save on energy costs at home? It might be time to switch to a better utility plan.

At BKVE, we believe in fair, gimmick-free electricity prices. Our straightforward plans have already helped many Texans save hundreds of dollars annually. 

Take control of your energy costs today—explore our Bluebonnet plan or compare rates to find your family’s perfect option.

The post How Much Electricity Does a Washing Machine Use?  appeared first on BKV Energy.

In this quick guide, we’ll break down everything you need to know about tumble dryer energy consumption, answering common questions like:

• What’s the average dryer wattage?
• How much electricity does a dryer use per month?
• How much does it cost to run a dryer?

We’ll also provide some helpful comparisons to other appliances and offer practical tips to help you save on energy costs related to washer and dryer use. 

Does a dryer use a lot of electricity?

The short answer is that it can. Using a dryer will certainly increase household energy usage. However, there’s no straightforward answer to the question, “How much power does a dryer use?” because the exact amount (and the impact on your monthly electric bill) will vary depending on your dryer’s wattage, type, and model. 

On average, most clothes dryers consume between 1,800 and 5,000 watts per drying cycle, making them among the most energy-intensive appliances in your home. This power consumption is akin to using an electric oven or running your air conditioner on high power. 

It’s also worth noting that there are two main types of dryers: electric clothes dryers vs. gas dryers. Your electricity costs will vary based on your choice. A gas dryer typically uses less electricity because it utilizes natural gas for heating and only uses mains power for the motor and controls. However, electric dryer costs are lower with regard to purchase and installation. 

Understanding dryer wattage

Before we can definitively answer questions like “How much energy does a dryer use?” we must first understand a little more about how clothes dryer wattage is measured and calculated. 

As with other appliances like your washing machine, refrigerator, water heater, and oven, clothes dryer use is measured per kilowatt hour (kWh). Factors like load size, drying time, and your dryer’s power rating all affect the overall energy efficiency of your laundry cycles. 

So, how many watts does a dryer use? Here’s a simple calculation to help you work that out:

1. Check your gas or electric dryer wattage, which should be listed on the appliance and in the user manual.
2. Multiply the wattage by the number of hours it’s used per day.
3. Divide by 1,000 to convert dryer watts to kilowatt-hours (kWh).

For example, a 3,000-watt dryer used for one hour per day would use 3,000 watts. So, the calculation would be 3000 × 1 hour ÷ 1,000 = 3 kWh.

How much electricity does a dryer use per month?

The amount of electricity a dryer uses depends on how often you dry clothes. Couples or individuals might only run one or two loads per week, while larger families could dry multiple loads. Seasonal changes also play a role; for instance, you might use your dryer less during the hot summer months when outdoor drying is more feasible. 

So, on average, how many kWh does a dryer use per month? And how many watts is a dryer likely to consume depending on the number of loads? The table below offers a quick breakdown of estimates to help you better understand your dryer’s energy consumption.

How much it costs to run your dryer 

As you can see from the table above, there’s no black-and-white answer to dryer electricity use, because the total number of kilowatt hours varies significantly between machines. However, now that you’ve got a better idea of your dryer’s energy consumption, it’s relatively straightforward to convert that into a dollar value. 

To calculate an estimate, simply multiply the total kWh by the kWh rate shown on your electric bill (the average price per kWh in Texas is 15 cents). This calculation will give you a realistic guideline. However, there are several additional factors that may contribute to the total cost.

Factors influencing dryer energy consumption

Here’s a comprehensive list of the primary factors that affect dryer efficiency:

• Dryer type: Electric models typically use more energy than gas models.
• Energy efficiency rating: Investing in an ENERGY STAR-rated dryer could save you hundreds of dollars over its lifespan.
• Dryer age: As with other household appliances, tumble driers naturally lose efficiency as they age. 
• Load Size: Overloading your dryer can lead to longer drying times, which equates directly to increased energy use.
• Drying Cycle: High-heat/hot air settings consume more energy than lower-heat or energy-saving cycles.
• Ventilation: A clogged vent or lint trap will reduce efficiency, causing your dryer to work harder.

Additionally, if your electricity plan pricing varies by time of use, you may want to delay running your dryer until off-peak hours. 

Tips to cut your costs

Looking for ways to lower your electricity bill? Even if you need to dry full loads frequently, there are several ways you can reduce your dryer’s energy consumption. Here are a few top tips:

• Choose air drying over electric drying when possible. 
• Get into the habit of cleaning your dryer’s lint trap regularly to improve airflow.
• Opt for lower heat settings and shorter cycles for small loads.
• Wait until you have a full load rather than running your dryer with just a few items. 
• Invest in a tumbler with moisture sensors that stop the drying cycle automatically when your clothes are dry.

Making these small adjustments to your drying habits should help extend the life of your clothes, reduce wear and tear on your dryer, and enjoy savings on your monthly bill.

Save on electricity plans with BKVE

Your dryer’s energy consumption can significantly affect your electricity bill, but it’s not the only factor. At BKVE, we understand that managing energy costs starts with having the right plan tailored to your household’s needs. Our simple, transparent electricity plans are designed to help Texans save more—whether you’re optimizing your home’s energy use or looking for affordable rates that reduce overall costs.

For instance, our Bluebonnet plan has helped many Texans save up to $800 annually. With savings like these, you’ll have more room in your budget to enjoy the comforts of home without worrying about your electricity bill.

So, why wait? Enter your zip code today to compare rates, find your plan, and start saving with BKVE.

The post How Much Electricity Does a Dryer Use?  appeared first on BKV Energy.

In this quick guide, you’ll learn everything you need to know about dryer lint trap cleaning, including:

• Why cleaning a dryer lint trap matters
• How often you should clean the trap and compartment
• How to clean a lint trap effectively
• The tools you’ll need
• Tips for keeping your electric dryer in top shape

Why cleaning lint out of the dryer matters

Cleaning your lint trap is crucial for safety, efficiency, and cost savings. According to the National Fire Protection Association (NFPA), dryers cause around 15,600 house fires annually, with clogged lint traps being a leading cause. Regularly cleaning lint from the dryer can help prevent this risk.

However, it’s not just about fire hazard safety. Knowing how to clean the lint trap on a dryer can also result in several additional benefits, including:

• Improved efficiency: A clogged lint trap will restrict airflow, causing the machine to work harder.
• Lower energy costs: With improved efficiency comes reduced electricity usage, resulting in lower utility bills. 
• Faster drying cycle: Removing all the lint ensures hot air can circulate freely, helping your clothes dry quicker.
• Reduced risk of mold: Lint build-up traps moisture, creating a breeding ground for mold and mildew.
• Cleaner laundry: If you don’t remove lint and regularly clean the trap, your freshly washed clothes will likely come out with fuzz on them. 
• Prolonged lifespan: With less strain on the motor and other components, you’ll get more use out of your machine before having to invest in a new dryer.

What you’ll need to clean the lint trap

Here’s a list of the basic essentials you’ll need for cleaning dryer lint traps:

• A soft-bristle brush or dryer vent brush
• A vacuum cleaner with a hose attachment
• A microfiber cloth or soft rag
• A bucket or sink
• Dish soap
• White vinegar
• A flashlight

Optional extras for deep cleaning dryer lint traps include a screwdriver and a shop vac for accessing hard-to-reach areas.

How to clean lint out of your dryer 

With your supplies and equipment gathered, you’re ready to get going. Here are some simple step-by-step instructions for how to clean the inside of your dryer lint trap to keep your machine clean and functional:

1. Turn off the dryer: For safety, always ensure your dryer is completely off before removing the lint screen or attempting dryer vent cleaning.
2. Open the lint trap compartment: The lint trap slot is typically located inside the door or on top of the dryer, depending on whether you have a front top-loading model.
3. Pull out the lint screen: Carefully remove the screen and transfer it to the sink. Consider using a towel to minimize the spread of dust and debris.
4. Conduct a basic clean: Assess how much lint buildup you’re dealing with and gently remove the bulk of it using your hands or a soft brush. 
5. Soak the screen: Fill your sink with hot water, a few drops of soap, and about half a cup of white vinegar. Soak for about half an hour to remove stubborn, stuck-on lint.
6. Wash the screen: Rinse the screen under warm water and scrub with dish soap to remove residue from dryer sheets or fabric softener. Then, leave it out to air dry.
7. Inspect the compartment: Check for excess lint or other debris using a flashlight and clean all the residue thoroughly using a vacuum hose or microfiber cloth.
8. Reinsert the dryer screen: Place the clean lint filter back into the compartment, taking extra care to ensure it’s securely closed.
9. Clean the surrounding area: Run your vacuum cleaner hose around the dryer drum and underneath your machine to remove any debris that was displaced when you removed the full lint trap. 
10. Turn the dryer back on: Your dryer is now refreshed and ready for its next load!

Of course, while knowing how to clean out your dryer lint trap is helpful, having your washer, dryer, and other household appliances serviced regularly per the manufacturer’s instructions is still recommended. Only qualified professionals know how to clean lint out of dryer vents and conduct inspections and deep cleans of other components like the exhaust hose and outside vent pipe.  

How often to clean your dryer’s lint trap

With the basics of how to clean lint trap components clear, let’s consider how often you should be giving your machine a little extra TLC. To prevent too much lint building up, the following schedule is recommended:

• Every load: A basic wipe/clean of the lint trap
• Once a month: A deeper clean, including a soak and scrub of the trap and a vacuum of the screen compartment
• Once per year: Professional inspection and vent cleaning service

Sticking to this schedule can reduce energy consumption and help avoid costly repair bills.

Signs it’s time to clean your dryer lint trap

Of course, some households use their electric dryer more frequently than others. So, while the schedule above is a good guideline, there’s no one-size-fits-all approach. Wondering if it’s time to clean your dryer’s lint trap? Here are a few tell-tale signs to watch out for:

• Clothes are taking longer to dry than usual
• The dryer feels hotter than normal during a cycle
• You have to use a roller or duct tape to remove lint from freshly dried clothes
• You notice usual smells like burning or musty odors
• There is visible lint sticking out of the lint trap slot

If regularly cleaning the dryer lint trap doesn’t help and these signs persist, call a professional for a thorough inspection.

Tips to keep your lint trap in top shape

In addition to learning how to clean a dryer lint trap, here are some practical tips to keep your dryer running efficiently:

• Empty the lint screen after every use to prevent buildup
• Wash the lint screen monthly with dish soap to remove any residue
• Use a vacuum or shop vac to deep clean the compartment monthly
• Inspect and clean the dryer vent every 6-12 months
• Avoid overloading the dryer, as this can push lint into hard-to-reach areas
• Replace damaged lint screens promptly to ensure proper airflow

These proactive steps ensure your dryer runs safely and efficiently for years to come.

Save on electricity plans with BKVE

Knowing how to clean your dryer lint trap represents a significant step toward improving household appliance efficiency. But saving energy doesn’t stop there. Choosing the best electricity plan can amplify your savings.

At BKVE, we’re committed to helping homeowners lower their energy costs. Explore tailored plans designed for your household’s usage patterns, so you can use your appliances worry-free.
Take control of your energy usage today. Explore our popular Bluebonnet plan or compare rates to find the perfect plan for your home.

The post How to Clean a Dryer Lint Trap: 10 Easy Steps appeared first on BKV Energy.

In most cases, you wouldn’t intentionally keep your downstairs cold and upstairs hot. So, why does this happen? In this quick guide to temperature moderation, we’ll explore the hot upstairs, and cold downstairs phenomenon, uncover its primary causes and share solutions to help restore comfort throughout your home. 

What to do if your house is hot upstairs and cold downstairs

If your home is hot upstairs and cold downstairs, there are plenty of practical solutions you can try. Here’s a list of potential fixes to help you properly heat your home:

• Check and seal air leaks: Use caulking or weather stripping to close gaps around windows, your house, and your garage door to prevent inside air from escaping or outdoor air from intruding. 

• Add or upgrade insulation: Improving the insulation in your attic and walls will reduce the amount of hot air that gets trapped upstairs. 
• Install or use ceiling fans: Ceiling fans push warm air down in winter and circulate cool air in warmer months. An attic fan may be especially useful during hot Texas summers.
• Adjust HVAC vents: Partially closing downstairs vents and fully opening second-floor vents will direct more cool air upstairs.
• Avoid using heated appliances near vents: Devices like hair dryers generate hot air that can affect nearby thermostats.
• Use blackout curtains or blinds upstairs: Blocking direct sunlight from entering will reduce excess heat upstairs during the hottest parts of the day.
• Install a zoning system: Zoning divides your existing HVAC system into separate areas controlled by multiple thermostats, making it easier to cool individual rooms effectively.
• Check and clean air ducts: Duct cleaning doesn’t just help solve your hot upstairs, cold downstairs issue. It also removes mold, dust, and other allergens that could be affecting your indoor air quality. 
• Upgrade to a smart or programmable thermostat: These devices optimize energy usage by adjusting temperatures based on your household schedule to provide more heat where you need it and less heat where you don’t. 
• Close unused room doors upstairs:  Keeping unused rooms closed reduces energy usage and keeps more air of the right temperature in the right places. 
• Install attic fans or ventilation: The more heat you can remove from your attic and second-floor spaces, the less likely it is your home will remain hot upstairs and cold downstairs.
• Schedule an HVAC system inspection: Qualified technicians can check the heat exchanger and exhaust fan, change air filters, and repair leaky ducts to ensure optimum performance and lower energy usage.
• Replace old windows with energy-efficient models: Old and single-pane windows often provide insufficient insulation. The most energy-efficient windows have three panes.
• Ensure proper airflow in return vents: Check your return vents for dust and debris, and ensure they’re not obstructed by furniture that could prevent treated air from circulating correctly.  
• Use portable fans or AC units upstairs: Adding portable cooling devices to upstairs rooms provides immediate relief while you work out how to tweak your existing system for more effective heating and cooling going forward.
• Relocate your thermostat: Moving your thermostat to a central location allows for more accurate temperature readings across the entire house.

Of course, you may not need to employ all of these solutions. However, many are cost-effective ways to regulate your home’s temperature, especially if you have an outdated HVAC system that you’re not quite ready to replace. 

Why is your upstairs hotter than downstairs?

In some respects, it’s only natural that your upstairs is hotter than downstairs because heat rises. When it gets hot, air molecules move faster, causing it to expand and become more buoyant. Conversely, just as hot air rises, cold air sinks because unheated molecules are closer together. 

However, there are several not-so-natural reasons your home could fall victim to the all-too-common cold downstairs, hot upstairs scenario. Here’s a comprehensive list of the most likely culprits:

• Poor insulation: Without proper insulation, treated (air-conditioned) air leaks out through cracks, making it harder to maintain a consistent temperature.
• Unbalanced HVAC system: A heating and cooling system that isn’t correctly calibrated will deliver unequal air flow between floors, creating a temperature imbalance. 
• Closed or blocked vents: When upstairs air vents are closed or blocked, airflow is restricted, causing hot, stagnant air to build up. Meanwhile, the downstairs vents may overcompensate, making your upstairs hot, and downstairs cold problem even more noticeable. 
• Dirty filters: A single dirty air filter in your HVAC system could restrict airflow enough to cause inconsistent temperature control.
• Improper fan setting: If your system’s fan is set to “auto” instead of “on,” it may not circulate cool air consistently.
• Inefficient windows: In summer, poorly insulated second-floor windows let in hot air and allow treated cool air to escape, making your house hot upstairs—particularly during the daytime.
• Air leaks in walls, windows, or doors: Poorly sealed walls and gaps around doors and windows let treated air escape and untreated air seep in from the outside. This increases the strain on your air conditioning system, contributing to uneven heating and cooling.
• Poor air circulation: If a two-story house has no ceiling fans in the upstairs rooms, warm air can become trapped. 
• Thermostat location issues: If your thermostat is located on the ground floor, it may shut off your air conditioner system prematurely, leaving the second floor hotter than the first.
• Faulty ductwork or leaks: A kink in a flexible duct will reduce efficiency. Meanwhile, leaky ductwork may allow cold air to escape before it reaches the upstairs, leading to uneven cooling.
• Improper zoning in your current HVAC system: If your setup operates on a single-zone system, it won’t account for the different cooling needs of multiple floors. 
• Heat gain through upstairs windows: Direct sunlight beaming through upstairs windows can add to the hot upstairs, and cold downstairs effect because more heat will be absorbed and retained throughout the day.
• Obstructed return air vents: Blocked soffit vents and obstructed return ducts disrupt the cycle of removing warm air and distributing cool air, resulting in trapped heat that raises upstairs and attic temperatures. 
• Incorrect HVAC system size: Without the right size air conditioner units for the square footage of your home, your system will lack the cooling capacity to properly regulate temperatures.

Whether your home has central heating and cooling or a ductless system, any of these problems will make your property less energy-efficient, resulting in higher utility bills.

Save on electricity plans with BKVE

If your home is hot upstairs and cold downstairs, you’ll likely experience spikes in your energy bills until you resolve the problem. So, swift action is essential. 

However, keeping your home comfortable shouldn’t mean overpaying for electricity. If you’ve already taken corrective action and are still noticing high utility costs, it may be time to explore more energy-efficient electricity plans. At BKVE, we offer straightforward homeowner electricity plans tailored to your needs and designed to help you save money while keeping your HVAC system running smoothly. Check out our gimmick-free Bluebonnet plan, and enter your zip code to compare plans and find the best deal for your household.

The post Why is My Upstairs So Hot and Downstairs Cold?  appeared first on BKV Energy.

So, exactly how much electricity does an oven use? While there’s no one-size-fits-all answer, we can give you a solid idea. In this handy guide, we’ll explore electric oven wattage, power consumption, and energy efficiency, along with practical tips to help you reduce energy usage and save money on your electricity plan.

How many watts does an oven use?

Oven wattage and energy consumption vary significantly depending on the type and size of your cooker. As a general rule, the higher the wattage of the oven, the more electricity you will use:

• Microwave ovens: 600-1700 watts
• Toaster ovens: 1,000 to 1,500 watts
• Convection ovens: Up to 5,000 watts

However, the exact wattage drawn will also depend on what you’re using your electric range for. For example, baking or broiling at high temperatures or making dishes with a long cooking time use more energy than simply reheating leftovers. Here are a few electricity consumption FAQs to better understand how much power your oven may use. 

• How much electricity does an oven use per hour? On average, wattage ranges between 2,000 and 5,000, with a standard oven drawing around 3,000 watts. 
• How does oven size impact power use? Bigger ovens typically use more electricity due to their larger heating elements and longer cook times. 
• Does the oven use a lot of electricity to roast a turkey, chicken, or ham? Larger cuts of meat require extended electric oven use of 2 to 3 hours at a high heat, so roasting usually consumes between 3 to 7 kWh (kilowatt hours).
• How much power does an oven use to bake a cake? Baking a cake in a conventional oven typically takes 25 to 30 minutes at 350°F and uses about 1.5 to 2 kWh of electricity.
• Why is a convection oven’s wattage lower than a standard oven? Convection ovens cook food faster by constantly circulating warm air. The reduced cooking time equates to less energy usage overall. 
• Does an oven use more or less power than a propane or natural gas range? Energy efficiency depends on utility costs in your area. You can read more about the pros and cons of using an electric vs gas oven in our previous blog.

Now that we have a baseline for electric oven power consumption, let’s consider the impact on your electricity costs. Let’s say you use a standard oven or range with a maximum power consumption of 4000 watts and an average wattage of 3000. If you run your oven for one hour at the average electricity rate of 15 cents per kilowatt-hour, the cost would be $0.45 (3 kW × $0.15).

Average oven power consumption per year

While $0.45 per hour may not seem like much, monthly and yearly costs can quickly add up—especially when you consider the practicalities of cooking more food, especially during the holiday season. 

So, how much energy does an oven use over an entire year? To calculate the annual energy consumption of your oven, you’ll need a rough idea of total usage as well as the wattage. The average home cook uses a toaster or microwave oven for smaller kitchen tasks, meaning full oven use is typically around 150-300 hours annually. 

The table below focuses on average oven wattage usage and annual kWh. For stovetops, energy use varies by burner size and cooking time, as we’ll explain further in the next section. 

To calculate total yearly costs, simply multiply the applicable number of kWh by your electricity rate, which should be clearly stated on your electric bill. 

Electric oven vs stove wattage

While ovens consume significant power for baking and roasting, electric stoves (cooktops) use less energy for tasks like boiling, frying, and simmering. Here’s a quick overview of electric stove wattage:

• Small electric burners: 1,200 watts
• Medium burners: 1,500–2,000 watts
• Large burners: 2,500–3,000 watts

The actual energy consumption depends on the burner size and cooking time. For example, boiling water for 10 minutes on a large burner will use approximately 0.5 kWh (2,500 watts × 0.2 hours). 

By choosing the stovetop for tasks like boiling or frying, you can reduce energy use compared to firing up the oven for small jobs. While stovetops generally consume less energy per session, frequent use throughout the day can still add up on your electric bill.

What to look for in an energy-efficient electric oven

If you want to save energy and reduce your utility bill by using less electricity, it’s essential to choose an energy-efficient oven. Here are some factors to consider when shopping.

• ENERGY STAR ratings: Energy Star-rated appliances meet stringent energy efficiency standards. ENERGY STAR ovens are about 18% more efficient than regular models as they use less heating power without sacrificing performance. 
• Convection ovens: Cooking faster and at a lower temperature results in lower energy consumption compared to traditional ovens.
• Induction cooktops: An induction cooktop uses an electromagnetic field to heat pots and pans directly rather than relying on electricity to power the heating element on the surface of your stove. 
• Self-cleaning options: While they may use high heat for cleaning, self-cleaning ovens also have extra insulation to prevent heat loss, making them more efficient overall.
• Oven door insulation: Insulation plays a crucial role in how much energy your oven will draw to maintain the desired temperature.
• Smart ovens: Advanced temperature controls and the ability to monitor energy usage help you optimize energy efficiency for various cooking methods.

Older ovens are generally less energy efficient than newer models and are more susceptible to malfunctions that could cause them to consume even more energy. So, timely replacement is key to making maximum long-term savings. 

Tips for reducing your oven’s electricity usage

Even if your oven is efficient on electricity, you can make a few minor adjustments to reduce your energy consumption even further. Here are some easy ways to ensure your household is saving the most energy:

• Maximize your oven’s capacity by cooking more than one dish at a time. 
• Keep the oven door closed. Each time you open the door, you lose heat, meaning your oven has to work harder to maintain the required temperature. 
• Preheat your oven only when necessary, and consider lowering the temperature by 25°F, as many recipes cook well at slightly lower heat.
• Use a microwave or toaster oven rather than the full range for smaller tasks and simple jobs like reheating.
• Plan to use the most power during off-peak periods to reduce the impact of cooking on your energy bills. 
• Open doors and windows to improve ventilation and reduce the workload on your range hood.
• Use the stovetop instead of the oven for tasks like boiling, frying, or simmering—it consumes less energy for shorter cook times.

By making these simple adjustments, it becomes much easier to save energy and keep your household’s electricity costs in check.

Save on electricity plans with BKVE

While learning how to save energy is always advantageous, choosing a trustworthy and reliable utility provider is essential for homeowners looking to maximize savings. 

At BKV Energy, we pride ourselves on helping Texans save money by making monthly energy bills more manageable. We specialize in delivering straightforward energy plans with simple fixed rates—no gimmicks, no minimum usage requirements, and no monthly base charges guaranteed! 

Try our Bluebonnet plan for 30 days risk-free to see how much you could save! 

The post How Much Electricity Does an Oven Use? appeared first on BKV Energy.

Calculate your holiday decor energy costs

Want to know how your holiday decorations will impact your electric bill? Enter in how many of each type of decoration, how many hours per day you keep them on, how many days you have them on, and your average price per kWh from your electricity plan to generate an estimate.

Christmas light wattage: LED vs traditional

How many watts do Christmas lights use? There’s no black-and-white answer to that because the total wattage depends on the scale of your decorative display, how many hours a day you leave lighting switched on, and the type of light bulb your holiday decorations use. 

Choosing the right bulb can make a surprisingly big difference in any Christmas light’s electricity usage. Here’s a quick comparison of the primary options for your holiday lighting: incandescent lights vs. LEDS. 

• How much electricity do incandescent Christmas lights use? Traditional incandescent bulbs are less efficient because they use more energy and produce excess heat. One strand of 100 incandescent mini lights uses between 40 and 90 watts, depending on the size of the bulbs. The extra heat generated also increases fire risk, especially if you use them for decorating indoors.

• How much electricity do LED Christmas lights use? LED lights consume about 70-80% less energy than incandescent bulbs. For example, typical 100-LED light strands only use 5-7 watts. LEDs are not only more energy-efficient but also cooler and longer-lasting, making them an investment that keeps both your electricity bill and replacement costs down.

As you can see, LED lights are better for both the environment and your wallet, making them a  win-win for holiday cheer that’s sustainable and budget-friendly. Plus, LEDs are available in a wide variety of styles and colors, and their ability to burn brightly in both blue and warm tones makes them perfectly suited for use during the Christmas season. 

Indoor vs. outdoor Christmas lighting costs

Of course, the amount of energy your Christmas lights use will depend on how many lighted trees, garlands, and yard ornaments you install, along with the number of light strings you hang. Most families have one or two trees indoors, plus front door decorations and some doorway, rooftop, or pathway lighting. Often, this means the majority of festive lighting ends up as outdoor Christmas decorations. Here are answers to some common FAQs to help you plan. 

Do Christmas tree lights use a lot of electricity?

They can if you use incandescent lights, yes. Let’s say you use 100 lights for every foot of your tree. Based on the average Christmas tree height of 7-7.5 feet, that’s an extra 700-750 lights you’ll need to power.

Do outdoor Christmas lights use a lot of electricity?

Surprisingly, no. Even though you’ll likely have more lights outside than indoors, comparing outdoor Christmas decorations often results in lower electrical usage because most modern outdoor lighting sets use LEDs rather than filament bulbs. 

Do rooftop and pathway Christmas lights use a lot of electricity?

LED options are more efficient and less likely to increase your holiday electric bill. However, if you invest in solar options, your energy usage could be free! But, what if the Texas winter weather isn’t sunny? No problem! Solar cells are activated by light, not heat. So, as long as there’s daylight, you can collect enough energy to power your holiday lights after dark. 

Do lawn decorations use a lot of electricity?

If you’re installing reindeer, snowmen, Santas, and other festive decorations, the total cost of running Christmas lights can jump up considerably. On average, these types of lights use about 120 watts of power each. So, just installing one pair of holiday animals could ramp up your energy usage by 140 watts.

Do Christmas lights use a lot of electricity if they’re set on a timer?

Programming your lights to come on at dusk and switch off when your family turns in is an efficient way to avoid wasting energy on lights that nobody is around to look at. Timers typically use no more electricity than a standard digital clock, so using one shouldn’t affect your electricity bill in a noticeable way. 

How to calculate your Christmas lights’ power usage

Looking to determine the cost of installing festive decorations in and around your house more precisely? You can use the following formula to calculate your total Christmas light power usage and the effect on your bill. 

• Step 1: Identify how many total watts you’ll use: Count your light strands and add the wattage of each together. 
• Step 2: Estimate daily usage: Multiply the total watts by the number of hours you plan to keep your lights on daily. 
• Step 3: Convert to kilowatt hours(kWh): Divide the total by 1,000 to convert total wattage to a kilowatt-hour total (this is the measurement used on your electric bill).
• Step 4: Calculate the cost: Multiply the total kWh per hour figure by the electricity rate on your most recent utility bill. 

By following this calculation, you can more accurately estimate your electricity costs for the holiday season, making it easier to enjoy the festive glow without worrying about a spike on your next bill.

Cost-saving tips for holiday lighting

If you’re actively looking for ways to reduce your electric bill this winter season, this list of top tips will help:

• Use LED rather than incandescent light models. 
• Choose energy-efficient Christmas lights with ENERGY STAR labels to optimize energy savings.
• Decorate selectively, focusing on key areas like the front door, roof, and lawn to create focal points with fewer light strings.
• Use tinsel, metallic ornaments, and other reflective decor to maximize brightness with fewer lights.
• Use solar-powered outdoor lighting where possible to reduce using grid power. 
• Calculate when to turn off Christmas lights and set a timer to eliminate wasted hours of electricity use. 
• Switch off some of your indoor lights when your outdoor lights are on.

The holiday season should be about celebrating, not stressing over expenses. By applying these tips, you can light up your home worry-free! 

Save on electricity plans with BKVE

Are Christmas lights energy-efficient in your household? With the holidays almost upon us, now is the perfect time to reflect on your energy expenses and consider ways you could save. 

BKVE provides affordable homeowner electricity plan options to help you manage energy costs year-round. So, whether you’re planning to light up the season with an enviable festive display or simply looking to keep daily costs manageable, we have plans to meet your needs!

Enter your zip code today to explore your options and find the right plan for your home. 

The post How Much Electricity Do Christmas Lights Use? appeared first on BKV Energy.

Your carbon footprint is the total amount of greenhouse gases emitted into the atmosphere as a direct or indirect result of your activities. Primarily composed of carbon dioxide, methane, and nitrous oxide, greenhouse gas emissions stem from various sources, including transportation, excess energy use, and the consumption of goods and services. 

The excessive release of gas emissions traps heat in the Earth’s atmosphere, leading to global warming and associated consequences like rising sea levels, extreme weather events, and poor air quality. Learning how to reduce your personal carbon footprint at home and beyond is therefore essential for those looking to play a more active role in creating a cleaner, greener society for future generations to enjoy.

Where did the term “carbon footprint” originate from?

The term “carbon footprint” has its roots in the 1990s and draws from the broader concept of an “ecological footprint.” This earlier concept, introduced in 1992 by researchers William Rees and Mathis Wackernagel, aimed to capture the human impact on the Earth by calculating the amount of land needed to provide the resources a person or population consumes and to absorb their waste. Essentially, it was a way to visualize how much of Earth’s capacity is required to support our lifestyle.

The “carbon footprint” emerged as a specific part of this idea, zeroing in on greenhouse gases—especially carbon dioxide—that our activities release into the atmosphere. The concept of a personal carbon footprint took off in the early 2000s, thanks to a marketing campaign by British Petroleum (BP). BP introduced an online carbon calculator to encourage people to consider their own emissions. This popularized the term and shifted the focus to individual responsibility, making the carbon footprint concept a familiar part of the conversation on climate change.

What greenhouse gases contribute to your carbon footprint?

Your carbon footprint is not only a measure of carbon dioxide, but also greenhouse gases such as methane, nitrous oxide, and fluorinated gases.

Methane is primarily emitted from agriculture, livestock, and fossil fuel extraction. Methane’s Global Warming Potential (GWP) is 25 times greater than that of carbon dioxide when measured over a timeframe of 100 years. That means your choices regarding the food you eat, especially related to the consumption of animal products, are directly related to the methane portion of your carbon footprint.

Nitrous oxide has a GWP even worse than methane. Over 100 years, nitrous oxide’s GWP is 300 times greater than carbon dioxide. This greenhouse gas is a common emission from agricultural fertilizers and industrial applications.

Fluorinated gases such as chlorofluorocarbons (CFCs), hydrofluorocarbons (HFCs), and sulfur hexafluoride (SF6) are the worst of the bunch. They can have GWP that is up to 1,000 times greater than carbon dioxide. These synthetic gases are commonly used for refrigeration and air conditioning purposes. CFCs in particular are so harmful to the ozone layer that have been banned and their use phased out.

How large is Texas’ carbon footprint?

According to the Energy Information Association, Texas’s carbon footprint in 2021 was over 663 million metric tons. That accounted for more than 13.5% of carbon emissions from the United States. Of all 50 states, Texas has the largest carbon footprint.

For comparison, California’s carbon emissions landed at 324 million metric tons.

When you account for population, the carbon footprint per individual Texan is higher than the individual Californian. Why is Texas’ carbon footprint so high? Let’s take a closer look at the contribution by sector.

Texas is renowned for its flourishing oil and gas sector, reflected in the massive carbon footprint specifically from the industrial sector.

Texas Carbon Emissions by Sector

Affordable energy plans from BKVE

If you’re looking for more energy tips and want to reduce your carbon footprint, BKVE Energy is a great choice. We offer electricity plans that are 29% and 100% renewable. Enter your zip code to get started.

The post What is Your Carbon Footprint? appeared first on BKV Energy.