Category: Heating and A/C

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.

Devices to Monitor Electricity Usage in Your Home

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Devices to Monitor Electricity Usage in Your Home

In today’s energy-conscious world, understanding and managing your electricity usage is more important than ever. Managing your energy usage can help keep your bills from getting higher each month. Devices to monitor electricity usage in home settings offer a powerful way to keep track of your consumption, reduce waste, and ultimately save on utility bills. Let’s explore some of the best devices available and how they can benefit your household or business.

Smart Plugs

Smart plugs are a simple yet effective way to monitor and control the electricity usage of individual appliances. By plugging an appliance into a smart plug, you can track its power consumption via a smartphone app. Many smart plugs also offer scheduling features, allowing you to turn off devices automatically when not in use. This is particularly useful for high-consumption devices like heaters, air conditioners, and entertainment systems. You can really gain valuable insight into how you use energy by utilizing smart plugs to identify different appliances.

Whole-House Energy Monitors

Whole-house energy monitors, such as the Sense Energy Monitor or the Emporia Vue, provide comprehensive insights into your home’s electricity usage. These devices are installed in your electrical panel and can track the consumption of every device in your home. They offer real-time data, historical usage reports, and even the ability to set energy-saving goals. Used in conjunction with smart plugs, whole-home energy monitoring systems help you keep an eye on your energy usage.

Visit, Energy Monitoring Solutions for Homeowners: Choosing the Right System, for a more in depth look at home energy monitoring solutions.

Smart Thermostats

Smart thermostats, like the Nest Learning Thermostat or the Ecobee SmartThermostat, do more than just control your heating and cooling. They monitor your HVAC system’s energy usage and provide reports on how much energy you’re saving by using energy-efficient settings. Some models of smart thermostats also learn your schedule and preferences to optimize your energy consumption automatically. These thermostats can do more than just scheduling, they can tell you how many hours and what time your HVAC system runs each day.

Energy Monitoring Power Strips

Energy monitoring power strips are another excellent device to monitor electricity usage in home environments. These strips not only protect your electronics from power surges but also track the energy consumption of multiple devices plugged into them. Some models offer smart features like individual outlet control and detailed usage reports. These can be similar to smart plugs but do not require any electrical work to install.

Benefits of Monitoring Electricity Usage

  1. Cost Savings: By identifying and reducing the usage of high-energy-consuming devices, you can significantly lower your electricity bills.
  2. Energy Efficiency: Monitoring helps you make informed decisions about when and how to use your appliances, promoting energy-efficient habits.
  3. Environmental Impact: Reducing energy consumption contributes to lower greenhouse gas emissions, helping to protect the environment.
  4. Enhanced Awareness: Understanding your electricity usage patterns can lead to more mindful consumption and the adoption of energy-saving technologies.

Conclusion

Incorporating devices to monitor electricity usage in home settings is a smart move for anyone looking to save money, increase energy efficiency, and reduce their environmental footprint. Whether you start with a simple smart plug or invest in a whole-house energy monitor, the insights you gain can lead to meaningful changes in your energy consumption habits.

By taking control of your electricity usage, you can create a more sustainable and cost-effective home environment.

How Baseboard Heaters Work

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How Baseboard Heaters Work

Baseboard heaters are a popular method for providing heat in residential and commercial spaces. They operate using either electric or hydronic (water-based) systems. Here’s a detailed explanation of how each type works:

Electric Baseboard Heaters

Electric baseboard heaters consist of metal heating elements encased within a protective metal housing. When electricity flows through these elements, they heat up and transfer warmth to the surrounding air through both convection and radiation.

  1. Thermostat Control: An electric thermostat regulates the temperature by turning the heater on and off. When the room temperature drops below the set point, the thermostat activates the heater.
  2. Heat Generation: The electric current flows through the resistive heating elements, causing them to become hot.
  3. Heat Distribution: The heated air rises naturally through convection, spreading warmth throughout the room. The metal housing also radiates heat directly into the room.
  4. Safety Features: Modern electric baseboard heaters come with built-in safety features such as overheat protection and thermal cutoffs to prevent overheating.

Hydronic Baseboard Heaters

Hydronic baseboard heaters use a liquid, usually water or a water-antifreeze mixture, as the heat transfer medium. These systems can be part of a home’s central heating system or operate independently.

  1. Boiler Heating: A boiler heats the water, which is then circulated through a network of pipes.
  2. Radiator Fins: The hot water flows through pipes located within the baseboard unit, which are surrounded by metal fins.
  3. Heat Emission: The metal fins absorb heat from the water and emit it into the room through both convection and radiation.
  4. Thermostat Control: Similar to electric heaters, hydronic baseboard heaters are controlled by a thermostat that regulates the flow of hot water to maintain the desired room temperature.

Advantages of Baseboard Heaters

  1. Zone Heating: Baseboard heaters allow for individual room temperature control, which can be more energy-efficient.
  2. Silent Operation: Both electric and hydronic baseboard heaters operate quietly, making them ideal for bedrooms and living spaces.
  3. Ease of Installation: Electric baseboard heaters, in particular, are relatively easy to install and require no ductwork.

Disadvantages of Baseboard Heaters

  1. Initial Cost: Hydronic systems can be more expensive to install due to the need for a boiler and piping.
  2. Maintenance: Hydronic systems may require regular maintenance to prevent leaks and ensure efficient operation.
  3. Space Requirements: Baseboard heaters take up wall space, which can limit furniture placement.

Conclusion

Baseboard heaters provide an effective and quiet heating solution, suitable for various settings. Understanding the differences between electric and hydronic systems can help homeowners choose the best option for their needs. Proper installation and regular maintenance ensure these heaters operate efficiently and safely.

For more tips on energy efficiency and different heating options, check out our articles on Energy Efficient Home, Baseboard Heaters, How to Save Energy, and Space Heaters.

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. 

Ductless Heating and Cooling Systems

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Ductless heating and cooling systems are an alternative to traditional central heating and air conditioning systems. What are they? Are ductless heating and cooling systems better than the traditional central heating and air conditioning systems? Can ductless air conditioning systems save you money on your power bill? Keep reading to find out.

What are Ductless Heating and Cooling Systems?

What is a ductless air conditioning unit? Ductless air conditioning units, also known as ductless mini split systems, are smaller self-contained air conditioning units that are meant to keep a space climate controlled. I say climate controlled because there are also ductless heat pump models as well. I will also refer to these systems as ductless heat pump, ductless air conditioners and ductless mini split systems, remember that they are all the same thing. Ductless mini split systems contain an evaporator that is mounted inside that also house the fan that blows the cool air or warm air into the space that it is keeping warm or cool. There are coolant lines attached to the evaporator that run outside to the condenser.

The units typically come with a remote control so that you can choose the setting that you want from the ground. They have built in thermostats that allow you to choose the temperature that is right for you. Ductless air conditioners also allow you to choose the fan speed. So, if you are hot and you want to feel more air rushing past you, you can do that. You can also use the unit as nothing more than a fan. If, for instance, it is already cool in the house but you just want a breeze you can use the fan setting.

Additional Features of Ductless Heating and Cooling Systems

Another feature that ductless mini split systems offer is a dehumidifier setting. This is good if you live in a humid climate. It is also good to prevent the growth of mold. Also, often times just by removing the moisture from the air you will feel cooler.

With all of these features, are ductless air conditioners better than the traditional central HVAC unit? That depends. Ductless A/C units are zone heating and cooling units. This means that if you like your bedroom to be 65 degrees while you sleep at night but you do not want to pay to keep your entire house at 65 degrees then a ductless solution could be right for you. One of the biggest advantages of the ductless heat pump system is that you do not have to run duct-work. This means that if you are remodeling and you have a tiny crawl space and you are looking to add some sort of air conditioning to replace your window units a ductless heat pump could be a better option than a traditional central system.

Saving Money with Ductless Heating and Cooling

Can a ductless mini split system save you money? This is the ultimate question and if used properly the answer is yes. Ductless air conditioners are efficient and being able to control one room at a time means that you do not have to have one central unit that is sized to heat and cool your entire house. You can have individual units that run only when you need them too. One thing to remember about most A/C systems is that they basically know one speed and that is on.

There are some systems out there that are more advanced that do not use as much power when it is not needed but the majority know one speed. This means that when they are on they are using x amount of power as long as they are on. They will use x amount of power for x number of hours to keep your entire home comfortable. But if you have a room such as an office or guest bedroom that is rarely used, why heat and cool it? You can use smaller units that use less power when they are running. So if employed correctly you will use less power and save money.

If you are interested in ductless heating and cooling then check out the links below.







Water Stoves

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So you like the idea of heating with wood because you have endless supply of it or you just don’t want to pay the power company or the gas company any more than you have to. You know that your home heating system can be the number one consumer of electricity during the winter months and that you are tired of seeing your electric meter spin so fast you think it is coming of its bearings. You want to lower your power bill and have the most energy efficient home but still be comfortable. If this is you continue reading. A water stove can do all of these things for you, and if you are not afraid to do a little work you can lower your power bill and slow down that pesky electric meter.

Water stoves are a wonderful alternative to heating with a fireplace or using a wood stove. They can provide heat more evenly than any space heater or baseboard heater and they can do it all while burning practically anything. Are they the perfect heating source? Maybe, maybe not depending on your perspective. What can they do for you?

Water stoves can be installed alongside existing central heating and air systems. They use a heating coil that can be placed in the air handler and you and your guests are none the wiser. The heat coming from the water stove is dispersed just like your central heating and air is. It is controlled by a thermostat just like your normal heat is.





Another thing that water stoves can do is supply all of your hot water. They can totally replace your conventional hot water system or be used in conjunction with it with your conventional system being used as a backup. Many users have reported that they have seemingly endless hot water. This means that gone are the days when company comes over and you let them all take showers first because you know that there will be no hot water left and you end up taking a cold shower. No more! And let’s remember that the water is being heated by wood. Remember also that your water heater is typically number two on the electricity consumption list behind your heat.

A water stove is installed away from your house so that you do not have to smell the smoke created by it. Here lies the biggest con. The biggest con is that the water stove is away from the house. This means that if it is raining or if it is snowing you will need to go out in the weather to load wood into the water stove to keep it running. However, there are models that can use oil and gas as a backup and if you get one of these models you will not need to go out in the weather.

Also to be noted is the fact that you can use solar water heater panels to heat the water. This means that as long as you have good direct sun that you will not even need to build a fire! Many users of water stoves say that this is the way to go if you get a water stove. Many people do not even build fires everyday in the summertime because the heat from the solar water heater panels do all of the work for them! So, is a water stove right for you? Let me tell you the story of a friend of mine.

A friend of mine grew up heating with a wood stove. He grew up in a very small house and always knew that he wanted a bigger one. He also know what it was like to wake up cold because the fire in the wood stove had burned out overnight. But, he still wanted to heat with wood because he lives on a property with an abundance of free wood. Cutting, splitting and stacking wood has been a part of his life since he was a small boy. So, he builds his house on the same property as his family. His house was close to 5,000 square feet! That’s right 5,000! So, after the first couple of months of the winter I asked him how his water stove was working out and what he was using it for. He said that it was working great and that he was heating his entire house and heating his water with it. So the next question was, how much is your power bill? He told me that it was about $40. I could not believe it even though I know how all of the systems work and what causes your power bill to be high or low. But to me, that is the proof that I needed to know that one day I will install a water stove.

If you are thinking about getting a water stove, rest assured that they can lower your power bill. Make sure that you have it installed by a licensed professional.









Wood Stoves: Advantages, Drawbacks, and Essential Tips For Home Heating

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Wood stoves were once a very popular way to heat your home. One of the advantages that a wood stove offers over a fireplace is that it uses less wood. This means that if you are buying wood that you will be buying less. Or, if you are cutting and splitting your own wood you will be cutting and splitting less and saving yourself time as well. Wood stoves can be an excellent alternative to electric and gas furnaces if you are willing to do the work. Here I will list some advantages and disadvantages of wood stoves.

Advantages of Wood Stoves

  1. Efficient Fuel Usage: Wood stoves use less wood compared to fireplaces. Their design allows better regulation of oxygen flow using dampers, resulting in efficient combustion. This translates to lower costs if you purchase wood and less effort if you cut and split it yourself.
  2. Heat Retention: Wood stoves, often made of cast iron, retain heat effectively. Unlike fireplaces, where much heat escapes through the chimney, wood stoves keep warmth inside the house.
  3. Heat Distribution: Some wood stoves come with fans that disperse heat throughout the room, ensuring even warmth.
  4. Cooking Capability: Wood stoves can double as cooking surfaces. In emergencies or power outages, you can prepare meals on them.

Disadvantages of Wood Stoves

  1. Safety Concerns: Any indoor fire poses risks. Wood stoves can be hot to the touch, and improper use may lead to burns or smoke inhalation. Chimneys and flues must also be cleaned regularly to prevent creosote buildup, which could lead to chimney fires.
  2. Installation Challenges: Installing a wood stove requires creating a vent hole in your house’s side. Proper installation by a skilled person is crucial to avoid hazards.
  3. Wood Collection: Owning a wood stove means sourcing dry firewood. Dry wood burns hotter and longer, so maintaining a good supply is essential. Green or wet wood burns inefficiently, produces more smoke, and can lead to creosote buildup.
  4. Temperature Regulation: It can be tricky to maintain a consistent temperature with a wood stove. You’ll need to adjust the wood supply based on weather conditions.
  5. Indoor Dryness: Wood stoves tend to reduce indoor humidity. Some people place a pot of water on the stove to add moisture, but caution is necessary due to boiling water and steam risks.

Alternatives

If you love the idea of heating with wood but want a system with greater efficiency and convenience, consider exploring water stoves, which use a boiler system to distribute heat throughout your home. They combine the charm of wood heating with modern heating technology, and I’ll cover them in more detail in an upcoming post.

For those considering a wood stove, choose a model that suits your space and needs. Look for EPA-certified stoves for better efficiency and lower emissions, and always follow safety guidelines.

Conclusion

Wood stoves offer a compelling mix of efficiency, cost savings, and sustainability, making them a great option for heating your home if you’re willing to put in the effort required for proper use and maintenance. While they come with some challenges, such as safety precautions and sourcing dry firewood, their advantages—like efficient fuel usage, heat retention, and even the ability to cook during emergencies—make them a versatile and reliable heating solution.

If you’re considering a wood stove, take time to evaluate your space, heating needs, and lifestyle to ensure it’s the right fit. With proper care, a wood stove can provide years of warmth and comfort while reducing your reliance on traditional energy sources. Whether as a primary heat source or a backup during power outages, a wood stove is an investment in both your home and your self-reliance.

Stay safe, stay warm, and enjoy the cozy benefits of wood heating!




Heating with a Fireplace

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A cozy living room with a lit wood-burning fireplace surrounded by a rustic brick mantel. The room features warm, ambient lighting, a comfortable armchair with a blanket draped over it, and a small coffee table holding a cup of hot chocolate and an open book. A window shows a snowy winter scene outside, emphasizing the contrast between the warmth inside and the cold outdoors. The overall mood is inviting and serene, perfect for a winter evening.

Why Wood-Burning Fireplaces Are Not a Feasible Heating Option

There is nothing quite like sitting next to a warm crackling fire in the fireplace, drinking hot chocolate, and reading a book or watching a relaxing television show while the cold wind outside beats against the house. But is a wood-burning fireplace a feasible and cost-effective way to heat your home during those long winter months? The short answer is no! Here’s why.

The Challenges of Heating with a Wood-Burning Fireplace

While sitting beside a wood-burning fireplace can be one of the most enjoyable winter experiences, using it as your primary heat source can lead to inefficiency and discomfort.

  1. Heat Loss Through the Chimney:
    • Fireplaces rely on chimneys to evacuate smoke and provide airflow. Unfortunately, this also means much of the heat escapes up the chimney instead of staying in your home.
  2. Cold Air Infiltration:
    • To sustain the fire, air is drawn from inside your home, pulling cold air through cracks around windows and doors. This cools other rooms in your house, making it difficult to maintain a consistent temperature.
  3. Thermostat Misreadings:
    • If your thermostat is near the fireplace, it may detect the localized heat and cause your central heating system to shut off, leaving the rest of your home cold.
  4. Uneven Heating:
    • The room with the fireplace may stay warm, but other areas will remain chilly, especially during cold nights.

Considerations for Using a Fireplace

If you enjoy the ambiance of a fireplace, consider the following tips to retain heat:

  • Seal Air Gaps: Minimize drafts by sealing windows and doors.
  • Install Glass Doors: Consult a professional to install heat-resistant glass doors for better efficiency.
  • Crack a Window: Open a window slightly in the room with the fireplace to control airflow and reduce drafts in other areas.
  • Focus on Insulation: Ensure your home is well-insulated, especially in the attic, to keep heat from escaping.

Related Reading

Conclusion

Heating an entire home with a wood-burning fireplace is not practical or efficient. While it can provide cozy moments, it’s best used occasionally alongside other heating methods to save energy and maintain comfort. Always prioritize safety when using your fireplace, and remember: a well-insulated home makes all the difference.


Amish Heaters: A Comprehensive Guide to Energy Efficiency

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Amish heater

Introduction

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.

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.

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.

How Much Does It Cost to Run a Space Heater?

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An infographic-style image depicting an electric space heater in a cozy room with labeled features such as '1200-2000 watts,' 'Cost: $0.15 - $0.26 per hour,' and safety tips like 'Keep flammable objects away,' 'Use a sturdy outlet,' and 'Automatic shut-off.' The room is warm and inviting, showing a person using the heater responsibly while sitting in a small, tidy space. Include icons for energy efficiency and safety, with a clean and modern design.

How Much Does It Cost to Run a Space Heater?

Electric space heaters are a popular option for heating small spaces like bedrooms, bathrooms, or even additions to homes. They are also used as a backup heating source during emergencies, such as when central HVAC systems or furnaces fail. However, many people wonder, “How much does it cost to run a space heater?” and “Are they an efficient choice for heating?” This guide will break down the costs, energy usage, and safety precautions associated with electric space heaters to help you decide if they’re the right option for your needs.

The Cost of Running a Space Heater

The operating cost of a space heater depends on its wattage and how long you use it. Most electric space heaters use between 1,200 and 2,000 watts of power. Here’s a breakdown:

  • 1200-watt heater: Consumes 1.2 kWh (kilowatt-hours) per hour, costing approximately $0.15/hour at an average electricity rate of $0.13 per kWh.
  • 2000-watt heater: Consumes 2.0 kWh per hour, costing approximately $0.26/hour.

If you run a 1,200-watt heater for 8 hours a day, your monthly cost would be:

  • $0.15/hour × 8 hours/day × 30 days = $36 per month.

For households using multiple heaters in several rooms, these costs can add up quickly. For example, running five heaters for 8 hours daily could cost $180 or more per month.

How Many Watts Do Space Heaters Use?

Understanding wattage is crucial to estimate costs and ensure your home’s electrical system can handle the load. Most space heaters range from 750 watts (low setting) to 2,000 watts (high setting). You can find this information on the product label or user manual. Multiply the wattage by the number of hours used and your electricity rate to calculate the total cost.

Benefits of Electric Space Heaters

  1. Affordable Initial Cost: Electric space heaters are budget-friendly, with prices starting as low as $15. This makes them a great option for emergencies or temporary heating needs.
  2. Portability: These heaters are lightweight and easy to move, making them ideal for heating specific rooms or taking on trips to cabins.
  3. Effective Heating: Modern space heaters provide efficient warmth, often equipped with built-in fans to circulate air evenly.

Drawbacks of Electric Space Heaters

  1. High Operating Costs: As highlighted above, running space heaters for extended periods can be expensive, especially if you’re using multiple units.
  2. Safety Concerns: Space heaters are a common cause of house fires. Even newer models with tip-over and overheat protection require careful use.

Space Heater Safety Tips

To minimize risks, follow these safety precautions:

  • Keep Combustibles Away: Maintain a safe distance between the heater and flammable materials like paper, clothes, or curtains.
  • Inspect Outlets: Plug heaters into sturdy, well-maintained outlets to avoid overheating. Avoid using extension cords or power strips.
  • Automatic Shut-Off: Choose models with safety features like tip-over and overheat shut-offs.
  • Supervise Use: Never leave children unattended around space heaters and turn them off when leaving the room or going to bed.
  • Thermostat: Look for units with thermostats. These types of units will turn off once the space gets to the desired temperature instead of constantly running.

Alternatives to Space Heaters

If you’re looking for a more permanent and energy-efficient solution, consider other heating options:

These options may have a higher upfront cost but often save money in the long run compared to the ongoing expense of space heaters.

Final Thoughts

Electric space heaters can be an effective short-term solution for heating small areas, but their high operating costs and safety risks make them less ideal for long-term use. Always consider energy usage, follow safety guidelines, and explore alternative heating solutions if you need a more sustainable option.

For more energy-saving tips and detailed guides, visit LearnMetering.com.





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Baseboard Heaters

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Electric baseboard heaters can provide an excellent way to keep you warm during those freezing cold months when you are longing for spring. They also offer many advantages to homeowners as well as investment property owners. However, be advised that along with the advantages that electric baseboard heaters provide there are also some disadvantages that you should be aware of as well. First, we’ll try to answer what are electric baseboard heaters and how do they work? Then we’ll see if we can answer the question, how much electricity does a baseboard heater use.

Electric baseboard heaters are one type of electric resistance heater that is installed on the wall along the floor. They have metal fins inside that heat the air as the air moves past the metal fins. As the cool air falls and goes through the metal fins, the cool air is heated and rises and this is how the room is heated. Electric baseboard heaters are normally installed beneath window both to take advantage of any falling cool air from the window and because windows are located on outside walls where heat may be lost due to low or no insulation.

Electric baseboard heaters can be cheap to install because they do not require any ducts to be used like in a central HVAC system. This keeps costs to a minimum when building an edition that would be difficult to heat or when remodeling an investment property. Electric baseboard heaters can also be a good option if you live in a climate that does not see very many cold days. They can be a good option versus installing a heat pump.

Electric baseboard heaters allow you to heat different areas of your home or office independently of one another. This can be advantageous for those who live in families or work in offices where one person is cold all of the time and the other person is always freezing. This can also be advantageous if you live in a large home and only want or need to heat your bedroom at night and do not want to pay to heat the entire home. For example, you could set your main thermostat on 65 degrees and in your bedroom have a baseboard heater set to 70 degrees. This way you can be warm in your bedroom at night.








For all of the advantages that electric baseboard heaters provide there are also disadvantages as well. The main disadvantage being electricity usage. Many people ask how much electricity electric baseboard heaters use. Do baseboard heaters use a lot of electricity? Typically electric baseboard heaters consume about 250 watts per foot. This means that if you have a 6 foot electric baseboard heater installed in your bedroom that it would consume about 1500 watts (250 watts per foot x 6 feet). Many people will tell you that baseboard heaters are efficient. And in regard to the amount of electricity that is turned into heat they would be correct. Because they are resistance type heaters they convert nearly 100% of the electricity into heat. However, do not be fooled. Heat pumps are more effective at keeping your power bill low than electric baseboard heaters are.

How much electricity does a baseboard heater use? Let’s do an example of how much a small home with only electric baseboard heaters could cost. For the example let’s say that the house if 1,000 square feet with 3 rooms and one bathroom. Each room has one 6 foot baseboard heater, the bathroom has a 2 foot heater and the living has two 6 foot heaters. So we have 5, 6 foot heaters and one 2 foot heater for a total of 32 feet of baseboard heaters. Remember from before that the average watts per foot is 250 watts. So 32 x 250 = 8,000 watts. So for every hour that the baseboard heater is on you will use 8,000 watts of power. Now let’s say that they run for 8 hours per day for 30 days. 8 hours x 8,000 watts x 30 days = 1,920,000 watthours. If we divide that by 1,000 we get the kilowatt hours which is what you are billed on and that equals 1,920 kilowatt hours. Now if we multiply that times say $0.10 we get $192.00 just to run your baseboard heaters to heat your home.

So, the biggest disadvantage is the usage of the electric baseboard heaters. Do they put off good heat? Yes. Are the cheap and easy to install? Yes. Are they expensive to run? Yes. There is one alternative and it is the electric hydronic baseboard heater. They use a liquid inside that is heated and radiates the heat in the room longer than the metal fins do. This means that they may run less often than regular electric baseboard heaters. But be aware that they also use the same wattage when they are running.

If you want to know more about baseboard heaters, check out How Baseboard Heaters Work.




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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!

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