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From 126 kWh to 40 kWh: My Real-World 3.5-Ton Heat Pump Upgrade ROI

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Heat pump upgrade

Living in High Point, North Carolina, means you are constantly at the mercy of the weather. One week you are dealing with a February cold snap that freezes the pipes, and the next you are bracing for the humid, 90-degree “soup” of a Southern summer.

As a family of four living in a 1,600-square-foot home, our utility bill has always been one of our largest monthly expenses. For years, I watched our daily energy consumption with a mix of frustration and curiosity. I knew our old unit was struggling, but it wasn’t until I started tracking the data meticulously that I realized just how much money was literally vanishing into thin air.

After the lastest cold snap, I realized that it was time to finally upgrade our HVAC system. I recently made the jump and replaced my aging HVAC system with a 3.5-ton American Standard heat pump. The results haven’t just been a “slight improvement”—they have completely rewritten our household budget. If you are sitting on the fence about an HVAC upgrade, here is the exact data, the costs, and the payback period from my own home.

The “Before” Stats: A 10 SEER Fossil

To understand the savings, you have to understand where we started. Our old unit was a Tempstar (ICP) NHP036AKA1. It was a 3-ton system that had been laboring since 2003. With a SEER rating of 10.0 and an HSPF rating of 6.8, it was essentially a dinosaur in the world of modern energy standards.

In early February, as the temperatures dipped, our energy consumption was staggering. We were averaging 126 kWh per day. For a 1,600-square-foot house, that is a massive amount of power. The old compressor was running almost non-stop, and you could practically hear the meter spinning outside. Not only was the compressor running non-stop, but the house never reached the desired temperature. For reference, we keep the thermostat set on 68 in the winter. I have woken up many mornings this winter and the house was 65 degrees with the unit running as hard as it could. There were even a few mornings where it was 58 degrees in the house!

If you aren’t sure how much power your current system is pulling, I can’t recommend residential energy monitoring devices enough. It was the only way I could prove to myself that the HVAC was the primary culprit behind our massive bills.

The Upgrade: 3.5-Ton American Standard 15.2 SEER2

We upgraded from that 3-ton Tempstar to a 3.5-ton American Standard Heat Pump (15.2 SEER2).

Why the extra half-ton? For a 1,600-sq-ft home with a family of four, that extra capacity ensures the system doesn’t have to work at its absolute limit during those 95-degree North Carolina afternoons. Plus, the duct sealing ensured that the conditioned air actually reached our living spaces instead of leaking into the crawlspace or attic.

The “After” Stats: The 68% Drop

The installation was completed in late February. By early March, the data coming out of my energy monitors was nothing short of miraculous.

Our average daily usage dropped from 126 kWh/day down to approximately 40.5 kWh/day.

While this number includes our new heat pump water heater as well, the bulk of that 85 kWh daily reduction comes directly from the efficiency of the American Standard HVAC system and the improved ductwork.

Let’s look at the monthly math:

  • Old Usage: 126 kWh x 30 days = 3,780 kWh/month
  • New Usage: 40.5 kWh x 30 days = 1,215 kWh/month
  • Total Monthly Savings: 2,565 kWh

At an average North Carolina utility rate of roughly $0.13 per kWh, that translates to a staggering $333.45 in savings per month.

If you want to see how these numbers might look on your specific utility bill, check out my guide on calculating your electric bill. Seeing the math in black and white is what finally gave me the confidence to pull the trigger on this project.

The ROI:

This is the part that usually stops homeowners in their tracks. The total cost for this high-end HVAC and duct sealing upgrade was $12,942.28. Under normal circumstances, a $13k bill takes a long time to pay back.

When you look at the Payback Period with that $333/month savings, the investment becomes a no-brainer:

  • $12,942.28 / $333.45 (Monthly Savings) = 38.8 months

In just a little more than three years, this system will have completely paid for itself in energy savings alone. That means money stays in my pocket instead of going to my electric utility company.

Beyond the Numbers: Comfort and Control

While the payback is the headline, the lifestyle change for a family of four is just as important. The new American Standard unit is significantly quieter than the old Tempstar. We no longer have to turn up the TV when the heat kicks on.

More importantly, the temperature in the house is consistent. We no longer have those “hot spots” in the back bedrooms, thanks in large part to the duct sealing. To maximize these gains, we also integrated a new thermostat system. If you are looking for more ways to shave dollars off your bill, I highly suggest looking into the benefits of smart thermostats for homeowners.

Conclusion: Don’t Wait for the Breakdown

If your current HVAC is a 10 SEER unit from the early 2000s, you aren’t just “getting by”—you are paying a massive hidden tax to your utility company every single month.

Upgrading to the 3.5-ton American Standard 15.2 SEER2 system was one of the best financial moves I’ve made for our home. Between the $2,000 federal tax credits and the specific utility programs available here in North Carolina, the “true cost” of these systems is lower than you think.

Stop guessing about your energy usage. Get a monitor, track your daily kWh, and see if an upgrade makes sense for your budget. For me, the data didn’t lie: a 68% reduction in energy usage is a win that any homeowner should take.

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Is a Hybrid Water Heater Worth It? Real-World ROI for a Family of Four

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Heat pump water heaters

When you get a quote for a home appliance and it comes back at $3,500, it is enough to make anyone stop dead in their tracks. That was exactly my reaction when I started looking into replacing my old standard electric water heater.

If you are a homeowner doing the same research right now, you already know the sticker shock. A traditional tank type water heater might cost you a fraction of that price upfront. But as someone who closely monitors electrical consumption, I knew my old water heater was a silent energy hog. It was almost 20 years old and I noticed recently that it had developed a slight leak. I also want to mention that my standard water heater was working just fine. But, managing back-to-back showers, multiple loads of laundry, and the daily dishwashing for a family of four meant that heating water was one of the largest single line items on my monthly utility bill.

So, I took the plunge. About a month ago, I installed an Ariston 50-gallon heat pump water heater (also known as a hybrid water heater). After tracking the data for the last 30 days, I finally have the answer to the ultimate question: Is a hybrid water heater actually worth the high upfront cost?

Here is a breakdown of my real-world data, the daily energy savings, and the exact time it will take for this unit to pay for itself.

The Hard Data: From 30 kWh to 6 kWh a Day

Before I installed the new Ariston unit, I was using between 20 and 30 kilowatt-hours (kWh) per day strictly to heat water. That is a massive amount of electricity.

To give you an idea of how I know this, I rely heavily on home energy monitors. If you want to see exactly how much power your individual appliances are pulling, you can check out my guide on the devices to monitor electricity usage in your home. Having that baseline data was crucial for measuring the true impact of this upgrade.

Fast forward to today: With the new heat pump water heater installed, my daily usage for hot water has plummeted to about 6 kWh per day. Let me repeat that, I went from almost 30 kWh all the way down to 6 kWh!

Let’s look at what that means for my wallet:

  • Daily Savings: I am saving roughly 19 to 24 kWh every single day.
  • Monthly Savings: That translates to about 570 kWh saved per month.
  • Financial Impact: At an average electricity rate of $0.13 per kWh, that puts about $74 back in my pocket every month.

Over the course of a year, I am looking at nearly $900 in pure energy savings. If you want to run these numbers for your own home’s specific utility rates, I have put together a detailed walkthrough on calculating your actual electric bill.

How Does a Hybrid Water Heater Save So Much Power?

Going from 25 kWh down to 6 kWh seems like magic, but it all comes down to a metric called the Coefficient of Performance (COP).

A traditional electric resistance water heater has a COP of 1.0. This means it operates at 100% efficiency—for every one unit of electrical energy you put into it, it generates one unit of heat energy. It literally creates heat using electrical elements inside the tank.

A heat pump water heater, on the other hand, doesn’t create heat. It moves heat. It works exactly like your kitchen refrigerator, but in reverse. It pulls ambient heat out of the surrounding air in your garage or basement, compresses it to make it hotter, and dumps that heat into the water tank.

Because moving heat requires significantly less electricity than creating it from scratch, hybrid units typically have a COP between 3.0 and 4.0. This makes them 300% to 400% more efficient than a standard electric tank. Furthermore, living here in North Carolina provides an excellent climate for this technology; our ambient air temperatures give the heat pump plenty of warm air to draw from for the majority of the year, maximizing its efficiency.

Living with the Ariston 50-Gallon: Modes and Quirks

I went with the Ariston 50-gallon model. Like most modern hybrid units, it comes with a digital dashboard and several different operating modes:

  • Hybrid / Auto Mode: This uses the heat pump as the primary heating source but automatically kicks on standard electrical resistance elements if you demand a lot of hot water very quickly.
  • High Demand Mode: This prioritizes fast recovery by using both the heat pump and the electric elements simultaneously.
  • Heat Pump Only Mode: This locks out the electrical elements entirely, relying 100% on the ambient air compressor to heat the water.

To achieve my incredibly low 6 kWh/day energy usage, I run my unit strictly in Heat Pump Only mode. It is the absolute most efficient way to operate the appliance.

However, there is a trade-off you need to be aware of: the recovery time is noticeably slower. When the heat pump is doing all the work by itself, it takes longer to reheat a tank of cold water than a traditional electrical element would. For a household of four, you have to be slightly mindful of your usage schedule. If two people take long showers, someone runs the dishwasher, and a load of hot laundry goes in all at the exact same time, you are going to drain the tank faster than the heat pump can refill it.

This is not to say that the heat pump water heater is slower. If you use the unit in hybrid, or high demand mode, it will actually recover more quickly than a standard water because it uses the internal element and heat pump at the same time.

The “Hot Water Hack”: Stretching a 50-Gallon Tank

A 50-gallon tank can occasionally feel a little tight for a family of four, especially when you are intentionally running it in the slower-recovering Heat Pump Only mode. But there is a very simple “hack” to fix this.

You can raise the set temperature of the tank higher than you normally would. For example, instead of keeping the tank at the standard 120°F, you can bump the thermostat up to 135°F or 140°F.

Here is why this works: When the water inside the tank is hotter, you don’t need as much of it to achieve a comfortable temperature at the showerhead. The mixing valve at your faucet will blend less of the 140°F hot water with more of your home’s cold water to reach that perfect 105°F shower temperature.

By using less hot water from the tank per shower, you effectively make your 50-gallon tank perform like a 65-gallon tank. It ensures the hot water lasts through our entire evening routine without ever forcing me to switch the unit out of its high-efficiency mode.

(Safety Note: Before you raise your tank temperature above 120°F, I highly recommend installing a thermostatic mixing valve at the water heater output to prevent scalding water from reaching your home’s faucets, especially if you have young children).

The Payback Period: When Does the $3,500 Pay Off?

Let’s get back to the finances. I spent $3,500 to have this unit completely installed. If it is saving me $900 a year, we can calculate the Return on Investment (ROI).

  • Gross Payback Period: $3,500 divided by $900 in yearly savings equals 3.8 years.

Having an appliance pay for itself in under four years is an incredible return on investment. But it actually gets better because of federal tax incentives.

Under the current Energy Efficient Home Improvement Credit (Section 25C), homeowners can claim a 30% tax credit on the project cost of a heat pump water heater, capped at $2,000 per year.

  • Net Cost: 30% of my $3,500 cost is $1,050. That brings my true out-of-pocket net cost down to $2,450.
  • Net Payback Period: $2,450 divided by my $900 annual savings means this water heater will completely pay for itself in just 2.7 years.

After roughly two years and eight months, that $74 monthly savings is pure profit staying in my bank account. If you want more tips on how to invest those utility savings or choose the right energy tech, explore my deeper dives into energy monitoring solutions for homeowners.

Conclusion: Is the Upgrade Worth It?

Without a doubt, yes. Upgrading to a hybrid water heater is one of the highest-yield home improvements you can make.

Yes, the initial $3,500 price tag is intimidating. And yes, running it in its most efficient mode requires you to be slightly more aware of your family’s hot water schedule or utilize the temperature hack to stretch your tank’s capacity.

But seeing my daily electrical consumption drop from nearly 30 kWh down to 6 kWh is staggering. It immediately wiped out a massive portion of my utility bill, and it will pay for itself in less than three years. If your traditional electric water heater is getting old, do not wait for it to leak. Plan the upgrade now, take advantage of the tax credits, and start keeping your hard-earned money where it belongs.

Looking for more ways to save, check out our guides below:

Beat the Heat: Utility-Backed Tips to Stay Cool and Lower Your Energy Bills

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At LearnMetering.com, we know summer heat can be relentless. As meter professionals, we see firsthand how increased temperatures lead to higher energy usage, especially from cooling systems like air conditioners and fans. Whether you’re trying to stay cool at home or at work, we’ve put together some practical ways to stay comfortable and keep your electricity bills manageable.

Why High Heat Means High Usage

When temperatures spike, your air conditioner works overtime. This can significantly increase your kWh usage, which you’ll see on your next meter read. If you’re on a Time-of-Use (TOU) rate, running your A/C during peak hours can be even more costly.

👉 Learn more about how TOU rates work.

Top Tips to Stay Cool and Save Energy

1. Use a Programmable Thermostat

Set your thermostat to 78°F when you’re home and a few degrees higher when you’re away. Smart thermostats help maintain comfort while managing energy use.

🔗 Recommended:

2. Use Fans to Circulate Air

Ceiling and floor fans don’t cool the air—they move it. But the wind-chill effect can make it feel several degrees cooler.

🔗 Recommended:

🧠 Pro Tip: Turn off fans when you leave the room—they only cool people, not spaces.

3. Keep Blinds and Curtains Closed

About 30% of unwanted heat comes from your windows. Block it with blackout curtains or thermal shades during the hottest part of the day.

🔗 Recommended:

4. Switch to LED Bulbs

Traditional incandescent bulbs release 90% of their energy as heat. Swapping them for LEDs can slightly reduce your indoor temperature—and your bill.

🔗 Recommended:

5. Avoid Heat-Producing Appliances

Ovens, stovetops, and even clothes dryers add unnecessary heat to your space. Try grilling outdoors, using the microwave, or running appliances in the evening.

6. Monitor Your Usage

Use a smart plug or home energy monitor to keep tabs on how much power your appliances use—especially that window A/C unit.

👉 Check out our post on How Smart Plugs Help You Save

🔗 Recommended:

Heat Safety Tips

💧 Stay hydrated
🧴 Wear sunscreen when outdoors
☀️ Schedule outdoor work in the morning or late evening
👷 For our linemen and field personnel—take regular breaks in the shade and wear moisture-wicking gear

Did You Know?

Your electric meter can tell you a lot about your usage trends during hot weather. Learn the difference between AMR and AMI meters and how they help us keep your power flowing, even during heatwaves.

👉 Read: AMR vs. AMI Deep Dive

Final Thoughts

We’re here to keep the power reliable—and your bills manageable. By following these tips, you can beat the heat without beating up your budget.

Got questions about your meter or usage during peak season? Reach out to our customer support team or explore more energy-saving tips right here at LearnMetering.com.

Looking for more ways to save, check out our guides below:

The Benefits of Smart Thermostats for Homeowners: Saving Money with Smart Technology

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The Benefits of Smart Thermostats for Homeowners: Saving Money with Smart Technology

As energy costs continue to rise, homeowners are increasingly seeking ways to reduce their utility bills and improve energy efficiency. One of the most effective solutions is the adoption of smart thermostats. These devices offer a range of benefits that can lead to significant cost savings and a more comfortable home environment. In this article, we’ll explore how smart thermostats can help homeowners save money and why they are a valuable addition to any home.

What is a Smart Thermostat?

A smart thermostat is a Wi-Fi-enabled device that allows homeowners to control their heating and cooling systems remotely via a smartphone, tablet, or computer. Unlike traditional thermostats, smart thermostats can learn your schedule, preferences, and routines, optimizing the heating and cooling of your home for maximum efficiency and comfort.

Key Benefits of Smart Thermostats

1. Energy Savings

The primary benefit of smart thermostats is their ability to save energy. By learning your habits and adjusting the temperature accordingly, these devices ensure that your HVAC system operates only when necessary. For instance, a smart thermostat can lower the temperature when you’re away from home and start heating or cooling before you return, ensuring comfort without wasting energy.

According to the U.S. Department of Energy, homeowners can save up to 10% annually on heating and cooling by simply adjusting their thermostats by 7-10 degrees Fahrenheit for 8 hours a day. Smart thermostats make this process seamless, automatically making these adjustments based on your daily routines.

2. Cost Savings

Energy savings directly translate into cost savings. By reducing the amount of energy your HVAC system uses, you lower your utility bills. Many smart thermostat manufacturers claim that their devices can save homeowners between 10-15% on their heating and cooling costs. Over time, these savings can add up significantly, making the initial investment in a smart thermostat well worth it.

3. Remote Access and Control

One of the standout features of smart thermostats is the ability to control them remotely. Whether you’re at work, on vacation, or simply in another room, you can adjust your home’s temperature with ease using a smartphone app. This remote access ensures that you never waste energy heating or cooling an empty house.

4. Learning Capabilities

Smart thermostats are equipped with learning algorithms that adapt to your schedule and preferences. They can detect when you typically leave and return home, and adjust the temperature settings accordingly. Over time, the thermostat becomes more efficient at managing your home’s climate, further enhancing energy and cost savings.

5. Integration with Other Smart Devices

Many smart thermostats can integrate with other smart home devices, such as smart plugs, lights, and security systems. This integration allows for more comprehensive home automation and energy management. For example, you can set up routines where your thermostat adjusts the temperature based on whether your smart security system detects that you’re home or away.

6. Energy Usage Reports

Smart thermostats often come with energy usage reports that provide insights into your heating and cooling patterns. These reports can help you understand how and when you use energy, enabling you to make informed decisions about further optimizing your energy use. Some smart thermostats even offer tips and suggestions on how to save more energy based on your usage patterns. Having this data can help when you are trying to calculate your utility bills.

How to Maximize Savings with a Smart Thermostat

To fully benefit from a smart thermostat, consider the following tips:

  • Set Realistic Temperature Goals: Aim for modest temperature adjustments that you can maintain consistently. Even small changes can lead to significant savings over time.
  • Utilize Scheduling Features: Take advantage of the scheduling capabilities of your smart thermostat to ensure your HVAC system runs only when needed.
  • Monitor and Adjust: Regularly review your energy usage reports and adjust your settings as necessary to maximize efficiency.
  • Integrate with Other Devices: If possible, integrate your smart thermostat with other smart home devices for enhanced control and automation.

Conclusion

Smart thermostats are a powerful tool for homeowners looking to save money and reduce their energy consumption. By leveraging advanced technology and learning algorithms, these devices optimize your home’s climate control, ensuring comfort while minimizing energy waste. The initial investment in a smart thermostat can pay off quickly through lower utility bills and improved energy efficiency. As energy costs continue to rise, smart thermostats represent a smart choice for any homeowner committed to saving money and living more sustainably.

By adopting smart thermostats, homeowners can enjoy significant cost savings, enhanced comfort, and a more energy-efficient home. Explore the range of options available and consider making the switch to smart technology today.

Looking for more ways to save, check out our guides below:

Smart Plugs: A Smart Solution for Energy Efficiency

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Smart Plugs: A Smart Solution for Energy Efficiency

In today’s world of advancing technology and smart homes, managing and monitoring energy consumption has become more accessible and efficient. Smart plugs are one of the simplest yet most effective devices to monitor electricity usage in your home. This article will explore what smart plugs are, their applications, and how they can help lower your energy bills and integrate into an overall energy monitoring system.

What Are Smart Plugs?

Smart plugs are devices that plug into standard electrical outlets and allow you to control and monitor the power usage of any device or appliance connected to them. Equipped with Wi-Fi or Bluetooth capabilities, smart plugs can be controlled remotely through a smartphone app or integrated with smart home systems like Amazon Alexa, Google Assistant, or Apple HomeKit.

Where and How Can Smart Plugs Be Used?

Smart plugs are versatile and can be used in various settings:

  1. Home Appliances: Use them to control lamps, coffee makers, fans, or any other household appliance.
  2. Office Equipment: Manage office devices such as computers, printers, and copiers to reduce energy consumption.
  3. Entertainment Systems: Control TVs, sound systems, and gaming consoles, ensuring they are turned off when not in use.
  4. Outdoor Devices: Some smart plugs are designed for outdoor use, ideal for controlling holiday lights, water fountains, or garden equipment.

How Smart Plugs Can Lower Your Energy Bill

  1. Automated Schedules: Smart plugs allow you to set schedules for your appliances. For example, you can program your coffee maker to turn on just before you wake up or ensure your lamps turn off automatically at bedtime.
  2. Energy Monitoring: Many smart plugs come with energy monitoring features that track the power consumption of connected devices. This data can help you identify energy-hogging appliances and adjust usage habits accordingly.
  3. Remote Control: Forgot to turn off the light before leaving home? With smart plugs, you can turn off appliances remotely using your smartphone, reducing unnecessary power usage.
  4. Power Usage Alerts: Receive alerts if a device is left on for an extended period or if energy consumption spikes, enabling proactive management.

Integrating Smart Plugs into an Overall Energy Monitoring System

Smart plugs can play a significant role in a comprehensive energy monitoring system. Here’s how they can be integrated:

  1. Centralized Control: By connecting all your smart plugs to a central hub or smart home system, you can monitor and control all connected devices from a single interface.
  2. Energy Usage Reports: Consolidate data from all smart plugs to generate detailed energy usage reports. This holistic view can help you identify patterns and make informed decisions about energy consumption.
  3. Integration with Smart Meters: When integrated with smart meters, smart plugs can provide even more granular data, helping you understand energy usage in real-time and adjust accordingly.
  4. Smart Home Ecosystem: Combine smart plugs with other smart devices like smart thermostats to help beat the heat, lighting systems, and security cameras for a fully automated and energy-efficient home.

Conclusion

Smart plugs are a simple yet powerful tool in the quest for energy efficiency. By offering control, monitoring, and automation capabilities, they help reduce energy consumption, lower energy bills, and integrate seamlessly into an overall energy monitoring system. Whether for home or office use, smart plugs are a worthwhile investment for anyone looking to optimize their energy usage and contribute to a smarter, greener future.

Looking for more ways to save, check out our guides below:

Energy Monitoring Solutions for Homeowners: Choosing the Right System

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Introduction

As homeowners, we’re all concerned about our energy consumption and its impact on both our wallets and the environment. The good news is that modern technology provides us with tools to monitor and manage our energy usage effectively. In this article, we’ll explore the best smart home energy monitors available in 2024, helping you make informed decisions to reduce your energy bills, minimize your environmental footprint and help you create a more energy efficient home.

Energy Monitoring Solutions for Homeowners: Choosing the Right System

Why Use a Smart Home Energy Monitor?

  1. Real-Time Insights: The electricity bill you receive doesn’t break down power usage per appliance. A reliable home energy monitoring system provides an x-ray view of how each device in your household consumes energy. Armed with this information, you can make informed decisions to reduce the usage of power-hungry devices.
  2. Cost Savings: By identifying energy-hungry appliances, you can take steps to optimize their usage or replace them with more energy-efficient alternatives. A smart home energy monitor pays for itself by helping you save on utility bills.
  3. Prevent Costly Repairs: Some energy monitors can alert you when critical systems (like sump pumps) stop running. This early warning can prevent expensive repairs down the line.

Top Smart Home Energy Monitors

1. Sense Energy Monitor

  • Top Pick: The Sense Energy Monitor is one of the smartest devices on the market.
  • Features:
    • Installed in your home energy panel via two clamp-on sensors.
    • Listens to and records the unique energy signals passing through the panel.
    • Machine learning system instantly identifies which appliances are drawing energy.
    • Real-time data and insights via the Sense app.
    • Set goals and budgets for energy usage.
    • Receive updates on progress toward your goals1.

2. Emporia Vue Energy Monitor

3. Wiser Energy Smart Home Monitor

  • Smart Home Integrations: Seamlessly integrates with your smart home ecosystem.
  • Features:

4. Efergy Energy Monitoring

  • Budget Pick: DIY installation.
  • Features:

5. Eyedro Home Energy Monitors

Conclusion

Investing in a smart home energy monitor is a wise choice for homeowners. These devices empower you with real-time data, allowing you to optimize energy usage, save money, and contribute to a greener planet. Whether you’re a tech enthusiast or simply want to reduce your energy bills, consider installing one of these top-rated energy monitors in your home. You can also install these home energy monitors in conjunction with smart plugs to get an even more granular view of your energy usage.

Remember, every kilowatt-hour saved counts toward a more sustainable future! 🌿🏡💡

For Even More Savings

Disclaimer: The information provided in this article is based on research and available data as of 2024. Prices and features may vary. Always consult product specifications and user reviews before making a purchase decision.

The Impact of Weather on Energy Consumption

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The weather is one of the major drivers in variations of energy consumption. Temperature swings, humidity changes, and extreme weather events can all impact energy consumption. If you have an energy efficient home, or are trying to make your home more efficient, you need to understand the impact of weather on energy consumption. Here we will discover different variables and their impact.

The Impact of Weather on Energy Consumption
  1. Temperature:
    • Heating and Cooling: Temperature variations significantly impact energy consumption. During colder months, heating systems (such as electric heaters, heat pumps, or natural gas furnaces) are used extensively to maintain indoor comfort. Conversely, in hot weather, air conditioning units used to keep homes and business cool are the primary energy consumers.
    • Seasonal Trends: Seasonal changes directly influence energy demand. For instance, winter heating requirements drive up electricity and fuel consumption, while summer cooling needs lead to increased electricity usage for air conditioning. There can also be consumption changes when customers are on vacation.
    • Peak Demand: Extreme temperatures (both hot and cold) contribute to peak energy demand. During heatwaves or cold snaps, energy grids experience higher loads due to increased cooling or heating demands.
  2. Humidity and Precipitation:
    • Humidity Impact: High humidity levels can affect human comfort. Air conditioners work harder in humid conditions to remove excess moisture from indoor air, leading to increased energy consumption.
    • Rainfall and Snow: Precipitation affects energy infrastructure. Heavy rain or snow can cause power outages due to fallen trees, damaged transmission lines, or flooding. Snow accumulation on solar panels reduces their efficiency.
  3. Wind Speed:
    • Wind Energy: Wind speed directly influences wind turbine performance. Higher wind speeds lead to more efficient energy generation from wind farms. Conversely, low wind speeds result in reduced output.
    • Storms and Turbulence: Severe storms with strong winds can damage power lines, disrupt transmission, and cause widespread blackouts.
  4. Solar Radiation:
  5. Extreme Weather Events:

Understanding these weather-related dynamics is essential for energy planners, grid operators, and policymakers. By factoring in climate variations, we can develop resilient energy systems that adapt to changing conditions while minimizing environmental impact. 

Why Does it Seem Like my Power Bill Keeps Going Up?

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Your power bill can be one of the largest variable costs that your family pays each and every month. Because of that, it can be an emotional thing when the bill is higher than normal, or if it continues to climb higher and higher. What I want to show you today are a few simple and free steps that you can take to start troubleshooting you high power bill and get you on the path to lowering that energy bill.

power bill keeps going up

Step 1

The first step to figuring out why you power bill keeps going up is to look at your past billing statements. If your utility has an AMI system you might be able to download your load profile data. Not just the one from last month, but preferably the one from the same month last year. You need to look at the number of kilowatt hours (kWh), that you were billed for last year in the same month. If there is a large difference you may have a problem. If the difference is close then that just means that you are using about the same amount of energy this year that you did at this time last year. This is your average. If you do not have access to this information contact your customer service department and they should be able to provide it for you.

Step 2

If you have determined that you are using much more electricity this year than you were last year the first thing that you need to consider is your heating and cooling system. The heating and cooling system is by far the largest consumer of energy in the home. Sometimes you already know that you are having a problem but you just do not want to admit it to yourself. Maybe the house is just not getting warm enough or cool enough. Sometimes we like to compensate by adding space heaters or window units. While these things work great to keep us comfortable, they can really increase your power bill.

Step 3

Once you have decided that, or ruled out, your heating and air system are the culprit of you high bill, it is time to start troubleshooting. Knowing how to read your meter will be helpful as well as knowing how to do a watt load check. These will help you determine what is pulling all of the load in your home. To find out what is making your bill so high you will need a partner. This partner will either go stand in front of the meter or will turn things off at the breaker panel for you. Note, only turn things off in the panel if everything looks safe and you feel safe doing it. There are many old panels out there that are falling apart these days. Approach at your own risk. Also know that turning breakers on and off has been known to break them requiring replacement, so be careful.

When you turn off a breaker, if there is a load that is being fed by that breaker, it will turn off. When it does, the meter will slow down or stop. So, you want to continue turning off your breakers one at a time until you find the one that turns off a large load. This could be your culprit. Sometimes it is tough to track down. Many times you will think that there is nothing on yet the meter is still spinning. Turn the breakers off until you find it and then go around the house and find out what is off. That is what is using the energy.

Step 4

Once have everything tracked down you need to calculate your bill. Doing this will help you understand your energy usage and will help you save on your next bill! If you want a more automatic approach, you should consider investing in some technology, like smart plugs, or smart thermostats, to help you narrow things down.

Time of Use

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Time of use is a metering concept based around changing your usage behavior to not only lower your costs, but the costs of the utility as well. What is time of use? How can you take advantage and benefit from time of use? How does the utility benefit from time of use? These are three important questions that surround the time of use concept.

What is time of use?

Time of use is actually a very simple concept. Utilities use on peak periods and off peak periods. On peak periods are those periods during which the utility normally hits their peak. This is defined as a time period. For instance, the on peak period could be from 2pm – 5pm, Monday – Friday. In this example, the off peak periods would be everything outside 2pm – 5pm, Monday – Friday. Or, the periods of time in which the utility does not peak.

These time periods are typically have names with letters such as, period A or B. The electric meters are programmed with these time periods. Typically these meters have more than one register reading that is displayed. The readings that are displayed are for the different time periods.

In a time of use rate, on peak and off peak prices are different. On peak prices are more expensive than off peak prices. This is to encourage businesses and even some individuals to change their usage during these times. Which leads to the next point.








How can you take advantage and benefit from Time of Use?

To take advantage of time of use and reap all of the benefits you need to do a study of your usage. Some utilities will provide you with this service free of charge. They will install a load profile meter (often called a load survey meter). After a few months you can view the data. The data lets you know what times during the day you use the most power. Armed with this information you can make decisions about the available time of use rates offered by your utility.

It may be that you can come in an hour earlier to avoid hitting that peak. Or maybe completing some of your processes in the morning instead of the afternoon. The data lets you know.

Time of use offers a discount during off peak times. This is where the big advantage lies. New industries like crypto mining can benefit from TOU rates. Compare the prices of on peak versus off peak for the rates at your utility. You can save big. But beware, once your are on a time of use rate usage during the on peak time are higher.

How does the Utility benefit from Time of Use?

The utility benefits by being able to shift some load to off peak times. Looking at the utility’s consumption on a line graph shows when they peak. The normal line graph has peaks and valleys. They too are billed on the peak. Or if they generate their own power when the peaks are high they have to bump up their generation. Ideally, looking at a line graph, a utility wants their line to be straight. This means that the generation is constant. Moving some customers from on peak periods to off peak periods is one way of achieving this. The utility benefits from the lower cost of generation or price and passes that on to the customer.

In conclusion, time of use is a rate structure that is comprised of on peak and off peak time periods. It can be a great way for customers to lower their bill by shifting some of their normal routines. Utilities benefit by being able to shift some of their on peak load to off peak times thus reducing their overall demand costs as well.

Learn How Meters Calculate and Report Time of Use.









Totalizing Meter Readings

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Totalizing meter readings can be a very effective way to lower your demand and KWH costs. So, if you are a commercial or industrial customer and have multiple meters you may benefit from totalizing your meter readings. What is totalizing? How can you benefit from totalizing? What are the different methods of totalizing?

What is totalizing?

Totalizing, at its simplest form is nothing more than addition. You take the meter readings from all of the meters that you have and you add them together. This, in turn, gives you one meter reading. Furthermore, it is much easier many times for the customer as they only have to keep up with one bill. A more advanced definition of totalizing is that by combining your meter readings the peak demand can be effectively reduced.

To explain this we need an example. Look at the picture below. In it you see that there are three lines. In this example we have meter A, B and totalized meter C. Also note that the numbers on the bottom are hours of the day. Here we are assuming that the demand interval is hourly. Notice that meter A peaks at 3:00 PM. The peak demand for meter A is 24 KW. Notice that the peak demand for meter B is also 24 KW but it occurs at 9:00 AM. If you do not remember how demand works go over to my page on demand for a better understanding.

.totalizing chart




Now that you have seen where meters A and B peak, let’s look at the totalizing meter C. Meter C peaks at 12:00 PM with a peak of 19.5 KW. This is 4.5 KW less than both meter A and meter B. This is because the totalizer effectively averages out all of its inputs. With KWH totalizing simply adds all of the KWH readings of the meters.

How can you benefit from totalizing?

Well, using the example above I am sure that you can see that your demand is reduced. So, let’s put that into dollars. Assume that your per KW demand charge is $15.00. For each meter that you have, A and B you will pay $360 each (24 KW x 15). So, for both meters you pay $720 per month just in demand charges. In addition, if you totalize with meter C your demand charges would only be $292.50 (19.5 KW x 15). A savings of $427.50! This is huge! However, remember that this is just an example, it is exaggerated.

You also save with your KWH charges. The reason for this is that most rates are tiered. Meaning that the price changes as you use more KWH. Also, in most cases the price goes down. If meter A uses 10,000 KWH in a month and meter B uses 15,000 KWH in month then in total they use 25,000 KWH. However, if the price buckets are as follows:

  • $0.10 for the first 5,000 KWH
  • $0.08 for the next 10,000 KWH
  • $0.06 for all over 15,000 KWH

then if your meters are billed separately you will not be able to take advantage of the cheaper rate bucket. If you totalize however you will be able to take advantage and save on your KWH as well.

What are the different methods of totalizing?

There are two main methods of totalizing. Totalizing with software is the first. Using hardware, such as the meter is the second. To totalize with software the utility downloads readings from each of the meters that are to be totalized. The utility then uploads the readings to a totalizing program. This program looks at all of the readings adds them together and averages them out. Then it gives you the totalized readings.

Using hardware to totalize is a bit different. Wires are run from the meters that need to be totalized. Then to a central meter that totalizes the readings internally. The utility then reads this totalized meter to get the readings. Finally, the utility bills the customer with the totalized readings.

Final Thoughts

Although it sounds like totalizing is definitely worth it you need to be aware that your utility may charge a premium to totalize your readings. This can vary and also may not be worth it. Instead of paying facility charges for the meters that you already have, you may pay for those and the totalizer. In addition, totalizing meters are expensive.

It is best to talk with your utility to determine if you are a good candidate for totalizing.








Can Compact Fluorescent Lights Lower Your Power Bill?

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Save Money on Your Power Bill with Compact Fluorescent Light Bulbs

Save Money on Your Power Bill with Compact Fluorescent Light Bulbs

Are you wondering if those little curly compact fluorescent light bulbs (CFLs) can actually save you money on your power bill? Are you looking to have a more Energy Efficient Home? The answer is a resounding yes! When comparing CFLs to traditional incandescent light bulbs, there are a few key factors to consider: light color, wattage, and initial cost.

Understanding Light Color

Light color ultimately comes down to personal preference. Before CFLs became popular, many of us were accustomed to the soft white light of incandescent bulbs. Today, CFLs come in a variety of light colors, allowing you to choose the best illumination for your space.

  • Soft White/Warm Light: These CFLs mimic the warm, yellowish light of incandescent bulbs and are ideal for bedrooms and living areas.
  • Natural/Daylight: These bulbs emit a white to bluish light, resembling natural sunlight, and are great for home offices or kitchens.

To determine which light color suits you best, try purchasing a few different types and see which one you prefer in various rooms.

Wattage and Energy Savings

Wattage is another crucial consideration, both for illumination and cost savings. CFLs are designed to use less power while providing the same amount of light as their incandescent counterparts. For instance, a typical 60-watt incandescent bulb can be replaced by a 13-watt CFL, which provides the same amount of light.

Here’s a breakdown of how much energy you can save:

  • A 60-watt incandescent bulb uses 60 watts of electricity per hour.
  • A 13-watt CFL uses just 13 watts per hour, saving you 47 watts of electricity for every hour of use.

Initial Cost and Long-Term Savings

While CFLs may have a higher upfront cost compared to incandescent bulbs, the long-term savings on your power bill make them a worthwhile investment. Prices for CFLs have decreased significantly in recent years, making them more affordable than ever.

Calculating Your Savings

To better understand the potential savings, let’s take a typical home with 30 light bulbs, each using 60 watts, and 4 spotlights using 150 watts each. Here’s the math:

Incandescent bulbs:

  • 30 bulbs x 60 watts = 1,800 watts
  • 4 spotlights x 150 watts = 600 watts
  • Total = 2,400 watts per hour

CFLs:

  • 30 bulbs x 13 watts = 390 watts
  • 4 spotlights x 40 watts = 160 watts
  • Total = 550 watts per hour

Assuming electricity costs $0.12 per kilowatt-hour (kWh), running all incandescent lights for one hour costs $0.288. Running CFLs for the same time costs only $0.066. Over a month (24 hours/day for 30 days), this translates to:

  • Incandescent bulbs: 720 hours x $0.288 = $207.36
  • CFLs: 720 hours x $0.066 = $47.52

While it’s unlikely you’ll use all your lights continuously, this example highlights the potential savings. Over time, these savings add up, making CFLs a cost-effective choice.

Conclusion

Switching to CFLs is a smart move for reducing your energy consumption and lowering your power bill. Though you might not see a drastic change immediately, the cumulative savings over time will be significant.

For more detailed information on how to calculate your power bill, check out this guide.

If you’re ready to make the switch to energy-efficient lighting, consider Purchasing Some CFLs. Your support helps us continue providing valuable information.


Amish Heaters: A Comprehensive Guide to Energy Efficiency

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Amish heater

Introduction

Amish heaters use about 1,500 watts, costing roughly $0.15–$0.25 per hour depending on your electricity rate. Amish heaters have been compared to space heaters due to their similar functionality. They’ve gained attention for their claims of drastically reducing power bills. A television commercial even featured a customer whose gas bill dropped significantly after using an Amish heater, leading to a gas company inspection of his meter. This anecdote has sparked curiosity and raised questions about the efficiency and cost-effectiveness of Amish heaters.

Understanding Amish Heaters

Amish heaters are marketed as innovative products leveraging advanced technology. They claim to consume power equivalent to a coffee maker. While this is partially true – an Amish heater does use about 1500 watts when operational, similar to a coffee maker – it’s important to note that the heater will run for a longer duration to heat your home compared to the time your coffee maker takes to brew your morning cup of joe. Amish heaters are just one type of space heater.

Energy Consumption of Amish Heaters

As previously discussed, 1500 watts is equal to 1.5 kW, and over an hour, it amounts to 1.5 kWh. Considering an average cost of $0.10 per kWh, the heater costs about $0.15 per hour to operate. If you have read our guide on how much it costs to run a space heater, you will see that it is right in line.

Impact on Your Gas Bill

The impact of an Amish heater on your gas bill depends on various factors. If you plan to use Amish heaters to heat your entire home, thereby turning off your gas furnace, then yes, the Amish heater can potentially lower your gas bill. However, if you’re heating only one room while leaving your furnace on for the rest of the house, the decrease in your gas bill might not be substantial.

Impact on Your Power Bill

Most likely, your power bill will increase if you are trying to heat your entire home with an Amish heater. Given the current natural gas prices, it’s cheaper to heat with gas than electricity. Therefore, if you’re thinking of buying an Amish heater to save on overall heating costs, you might want to reconsider. Even if you have an electric furnace or a heat pump, it’s unlikely that an Amish heater will lower your power bills, as it’s essentially a space heater with an electric fireplace attached.

How to Save on Your Power Bill with an Amish Heater

You can save on your power bill with an Amish heater, but it requires careful usage. Monitor how long it runs each day, heat only the room you’re in, and keep the door closed. Using the thermostat on the unit to maintain a constant room temperature can also help optimize its efficiency.

If you’re interested in buying an Amish heater for its aesthetic appeal, we encourage you to find a model that best suits your style and heating needs. Remember, informed decisions lead to smart purchases!

For more information on energy efficiency and cost savings, check out our other articles on Electric Meter Reading and Understanding Your Utility Bill.

Looking for more ways to save, check out our guides below:

Top 5 tips to saving energy when on vacation

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So you are ready to go on a long vacation and you are worried about your electric bill being high when you get back and you want to know if there is anything you can do to keep you bill low when you get back. Well, there are a few things that you can do to ensure that your electric bill is not through the roof. Most of these tips even work well if you are only going out of town for the weekend as well.

1. Turn off the water heater.

That’s right. An electric water heater is one of the largest consumers of electricity in your home next to the A/C. For a normal family, a water heater can account for as much as 25% of the electricity that is consumed in your home. To put it another way, they can easily uses 300 kwh per month which can equal $30 or more. Let’s understand why we would want to turn off our water heaters while we are out of town. The water heater has a thermostat inside just like the A/C does. What that means is the water heater will be keeping the water at that temperature regardless of whether you are in your home or you are one vacation. One argument that I always hear from people is that they want to be able to take a shower as soon as they get home from vacation and they do not want to be waiting on the water to get hot. Well, let me put your mind at ease. Most water heaters have about a 30 minute recovery. This means that it takes the water heater about 30 minutes to be full of hot water again. So, walk in from you vacation, turn the water heater back on and then unload your car and get ready to take your shower. By this time the water should be nice and hot for you to take a shower. The next question is, “how do I turn it off?” The most convenient way is in the breaker box. Find the breaker labeled as water heater and turn it off. Alternatively, there should be a disconnect at the water heater. You can pull this disconnect and this will turn off the water heater as well. I would only use the second method if you are comfortable dealing with electricity because it could be dangerous.

I want to note that I would not turn the water heater off if you live in a climate that freezes and it is the winter time when you will be gone. This is only recommended during the times when temperatures are above freezing.

A new invention in the world of water heating is the heat pump water heater. Check out how I recently installed a heat pump water heater and slashed the cost to heat my water here, Is a Hybrid Water Heater Worth It? Real-World ROI for a Family of Four.

2. Turn off the A/C

The A/C is the largest consumer of electricity in the home and because of this, you do not want to overlook it when you leave for vacation. Now, if you are hardcore, depending on the time of year, you will just turn off the A/C when you leave for vacation and turn it back on when you come home. But, if it is in the middle of summer you may want to ensure that the house is not an oven when you get back. My recommendation is to turn the thermostat up to at the very least 80 degrees in the summer time when you leave, higher if you think you can stand it. If you are going on  vacation in the winter time you will want to turn the thermostat down to at least 60 degrees. This will ensure that your A/C or heat are not running constantly while you are gone trying to keep your couch comfortable. You can also use smart thermostats to automate this for you.

If you are interested in ways you might be able to save on heating an cooling, you might want to check out our guide on ductless mini-split systems. You may also want to check out my guide on how I upgraded my HVAC system and went From 126 kWh to 40 kWh: My Real-World 3.5-Ton Heat Pump Upgrade ROI.







3. Unplug, unplug, unplug!

In this day in age when you turn your lights off at night you can just about still see everything because of all the lights from your devices that are still on. The lights may be from computers, television, gaming systems, microwaves, etc. Whatever the lights are coming from, they are drawing electricity to be kept on. Unplugging things that are not necessary to be on while you are gone, such as your wireless router (if you have networked security cameras you may need to leave that on). All of these little things do not use very much on their own but collectively they do add to your bill. Remember that nothing is free!

If you are not around to unplug your devices, another option is smart plugs. Smart plugs give you the option to control when things turn off. Check out our guide on Smart Plugs.

4. Turn off lights

This sounds like a no-brainer but many people forget to turn their lights off when they leave. Often times they will get home from vacation only to discover that they light in their bedroom or bathroom had been left on. Do a once over before you walk out the door and make sure that the lights are off. If you are going to leave a light on for security reasons, look at getting a timer so that it does not run all the time. Or, put in an LED bulb in that particular light fixture.

5. Turn off the water

I know this does not appear to have anything to do with electricity but if something happens while you are gone, such as a busted water line or a leaking toilet, you will be in for a big water bill. If the water line breaks and it is a hot water line and you have forgotten to turn off the water heater, it will constantly run trying to heat the water. Check the weather because this is only recommended during warmer temperatures.

6. Bonus!

If you are hardcore like me and you do not care if you have to reset your clocks when you get back then this tip is for you. When I go out of town on vacation, as long as it is not a time where we are having freezing temperatures, I just go and turn off my main breaker. If your main breaker is off, your electric meter will not turn while you are gone. This is how my power bills during the summer when I have been on vacation have been as low as $40 when the base charge takes up $20 of that $40.

You can also find various energy monitoring devices and solutions guides here: Energy Monitoring Solutions for Homeowners: Choosing the Right System and Devices to Monitor Electricity Usage in Your Home.

As always, be sure to like us on Facebook to get all of the latest updates!








Solar Water Heaters

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Solar water heaters can be a very useful way to saving money on your power bill. A water heater alone can easily cost a family of two $20-$40 dollars per month. Now think if you have a larger family what that could cost you throughout the year. Solar water heaters are a great way to harness solar power to reduce your energy bills. By integrating solar water heaters with effective solar metering, you can track your energy consumption and savings more accurately.

Heating your water by the sun is not a new concept. If you have good weather, it may be a good option, and its not the only way to use Renewable Energy. Back in the 1970’s there was a big push to conserve energy by heating your water with the sun. It however did not last very long. There are a few different types of solar water heaters out there. They can be as simple as laying a garden hose in the sun to a full enclosed system that uses a heat exchanger to transfer the heat from a liquid that does not freeze to the water.

The system that you decide on depends upon your location. If you live in a warm climate where it never or very rarely has freezing temperatures then you can go wth one of the more simple systems where the sun directly heats the water. The basics of the system include the solar water panel, some pipe and an old water heater. This is my favorite system because you can utilize your old water heater as a backup in case it is cloudy and there is not sufficient sun to heat the water. The old water heater also acts as a storage tank for the hot water and keeps it hot and ready for whenever you need it.

If you live in a climate that sees freezing and below freezing temperatures, you will need to go with a system that uses an antifreeze type of liquid just like your car so the water in the system does not freeze. You would also be wise to utilize your old water heater as a backup for when there are clouds or if the panels are covered in snow. You can also use the old water heater as a hot water storage tank using this method as well.








One of the best thing about solar water heaters is that they do not need electricity to run! This not only will save you money on your power bill but it will also allow you to take hot showers when there is no power! Imagine that there is a storm that comes through while you are at work and the power is out. You will still be able to take a hot shower.

Another advantage to having a solar water heater is that once you have it installed you are one step closer to being off the grid. In my opinion, this should be one of your first things to consider before going off the grid. Before you go and install $30,000 worth of electric solar panels on your house, put a solar water heater up there and start saving right away. It is also more efficient to heat your water with the sun than it is to power your old electric water heater by the electric solar panels you are thinking about putting up. This is because there are always losses with electricity. There will be losses due to heat, wire and electronics. This means that you are better off to heat your water with the sun first. This also means that you can save some money on the electric solar panels because the load that they will need to carry will not be as great. Electric water heaters can typically pull anywhere between 1500 and 4500 watts. This is 1500 to 4500 watts that you will not need to buy solar panels for.








Top 5 tips for using window units

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Introduction

When summer approaches we all want to beat the heat and the way that some of us go about it is to use window air conditioning unit. These unit do their job and they do it well but there are a few things that we can do to help them cool our homes more efficiently. Using a window unit can be a cost-effective way to stay cool, but to maximize efficiency and savings, it’s crucial to use them correctly. Here are the top five tips to help you get the most out of your window unit and help create a more Energy Efficient Home.

1. Check the rating.

Window units are typically rated by the number of BTU’s they can produce. However, most of us, do not have a clue what a BTU is and so the manufacturer’s of window units will typically tell you how many square feet the unit will cool. To find your square footage measure how big your room is and multiply the length times the width. You will want to make sure that you get a unit as close to your square footage as possible.

Most of the time it is better to go over just a little if you will be cooling an area with a kitchen or if you have high ceilings. You want to make sure the rating is close because if it is too small it will run constantly and not cool very efficiently therefore making your power bill higher. If it is too large the room could feel a bit moist since part of the job of the window unit is to dry the air as well.

2. Use fans and Curtains.

That is right. Use fans to help mix the air in the room that you are using the window unit. This will help you be more comfortable instead of having one area that is hot and one that is cold. Another thing that the fans do as well is give the perception that it is cooler than it is. Moving air in the home can give us the perception that it is up to 3 degrees cooler than is. This means that we can set the thermostat to a higher temperature so that it does not run as much.

During the hottest parts of the day, close your curtains or blinds to block out sunlight. This helps keep the room cooler and reduces the load on your window unit. Reflective or blackout curtains are especially effective in maintaining a lower indoor temperature.

3. Use the thermostat.

This is very important but it also depends on the room that you are cooling. If you have one big window unit in the living room that you are using to cool the entire house then you want to find a temperature that is comfortable and set the thermostat and leave it. Now, if you are using a window unit in your bedroom you can set that thermostat higher when you are not in there so that it will not run all day to cool a room that you are not using.

Set your window unit to a comfortable but efficient temperature, typically around 78°F (25°C). Using a programmable thermostat can help maintain this setting consistently, saving energy when the room is not in use. Avoid setting the temperature too low, as this increases energy consumption.

4. Keep the filter clean.

Keeping the filter clean on your window unit can help save you energy when you are using it. When the filter is dirty the window unit has to work harder to move the air. This in turn means that it will take longer to cool the space that you are trying to cool. I know that when I am hot I do not like to wait any longer than I have to to be cool. This will also help your window unit last longer and operate more efficient. Because the filter will be clean and the motor will not have to work as hard, the window unit will last longer.

5. Seal the air gaps.

Ensure there are no gaps around your window unit to prevent cool air from escaping and warm air from entering. Use foam strips or caulking to seal any gaps. This simple step can reduce energy loss and increase the unit’s efficiency.
This sometimes seems like a no brainer but I cannot tell you how many times I have had someone complain about their power bill only to find out that they are using a window unit. When I go inside to inspect I see air gaps everywhere. The fan on the window unit not only blows cold air but it sucks air in as well. This air has to come from somewhere and it is going to take the path of least resistance and if that means that it is going to come from around the door where you can see outside then so be it. Go to the hardware store and buy some insulation and some weatherstripping to keep out the drafts. Even tape can help on old drafty windows. Another problem area to address many times is the attic access.

These may be stairs or just an access hole. Many times the seal around these holes is not very good and lots of hot air can come from your attic. If you are not sure where to start with weathersripping and insulation, look at your windows and doors and if you can see daylight (I am not talking about through your glass window panes for you wise guys out there) you can bet that cold air is escaping and hot air is coming in. You can also crawl up in your attic and see if there is insulation. If there is no insulation, start here. You will see a dramatic improvement.

6. *Bonus Tip* Choose the Right Location.

Place your window unit in a central location where air can flow freely. Avoid areas with direct sunlight, as this forces the unit to work harder. Installing it in a shaded or less sunny window can improve efficiency by up to 10%.

By following these tips, you can enhance the performance of your window unit, save on energy costs, and enjoy a cooler living space throughout the summer. Remember, efficiency is key to comfort and savings. You will be suprised how much better your window unit works after you follow these tips!

Be sure to visit our Facebook and like our page to be kept up to date with all of the tips as they become available.