Rethinking Our Hot Water Habits

The traditional water heater has long been the unsung workhorse of the home, quietly working to provide the hot water your family needs. But that work requires energy. Water heating is the second largest user of energy in a home, often accounting for about 18% of a household’s utility bill. As we challenge ourselves to be more energy-conscious (and lower our utility bills), we look for alternatives that can deliver the same level of performance (or better), but with greater efficiency and a smaller carbon footprint.

The heat pump water heater is a great example of efficiency and sustainability. Unlike conventional units that generate heat directly using electricity or gas, a heat pump water heater moves heat from one place to another using a compressor and a refrigerant. It uses the existing heat in the air around the water heater to help heat the water.

Heat pump water heaters are two- to three-times more efficient than traditional electric water heaters and can save you hundreds of dollars a year on your electric bill. They are frequently ENERGY STAR^® certified for their outstanding efficiency. Products with the ENERGY STAR^® label meet strict efficiency criteria established by the U.S. Environmental Protection Agency (EPA).

Bradford White’s dedication to energy efficiency innovation, education, and promotion has made the company a five-time ENERGY STAR^® Partner of the Year (2020, 2021, 2022, 2023 & 2024). Learn more about Bradford White’s ENERGY STAR^® certified water heaters here.

On the Brink of a Heat Pump Revolution

The U.S. Department of Energy (DOE) suggests that the heat pump water heater can reduce water heating energy costs by as much as 50%, making it one of the most energy-efficient options currently on the market. This is a significant saving for any household, but the environmental impact goes far beyond the monthly utility bill. The heat pump water heater has no greenhouse gas emissions. Plus, by requiring less electricity to heat water, a heat pump unit can significantly reduce your carbon footprint.

And the good news doesn’t stop there. As a byproduct of its operation, the heat pump water heater also extracts humidity from the air to provide drier indoor conditions. The moderated dehumidification offers an extra layer of comfort, especially in hot and muggy climates, without the energy-hungry demands of a traditional dehumidifier.

Understanding the Inner Workings

A heat pump water heater’s operation may seem mysterious, but it’s actually pretty easy to understand. It heats water the same way a refrigerator cools food, just in reverse. It’s a clever application of a simple principle – the conservation of energy. The heat pump relocates heat rather than creating it, making it much more efficient. Here’s a brief breakdown of how it works:

The Water Circuit

Water enters the heater where it’s initially preheated by ambient air drawn into the system. This warm air then circulates through the refrigerant, which increases its temperature. The now-heated refrigerant is compressed, producing even higher temperatures, which are passed through the water tank’s heat exchanger which transfers the heat to the water.

The Electrical Element Safety Net

In instances where the ambient air temperature can’t provide enough heat (such as in cold environments or during high-demand periods), a backup electric element kicks in to ensure you always have enough hot water. But unlike an electric water heater that runs whenever water is heated, the electric backup on a heat pump water heater is only used when absolutely needed, maximizing the overall efficiency of the system.

Assessing the Suitability for Your Home Setup

While the benefits of a heat pump water heater are clear, it’s important to consider if this system is the right fit for your home by weighing factors such as climate, the location of your water heater, and available space.

Climate Considerations

Heat pump water heaters work most efficiently in warmer climates, as they rely on extracting heat from the air. That’s why they’re particularly popular in places with mild winters and longer cooling seasons. However, recent advancements in technology have expanded the operational range of these systems, making them more viable in colder climates.

Space and Location

The unit’s location within your home is crucial. Heat pump water heaters need a bit more space than traditional tank models because they draw heat from the air around them. They perform best in a well-ventilated space with enough cubic feet of air space— typically about 1,000 cubic feet of air surrounding the water heater.

Your plumbing professional can help you determine whether a heat pump water heater is right for you. Need to find a plumbing professional near you? Search here to find a Bradford White contractor in your area.

The Economics of Change

The initial cost of a heat pump water heater can be higher than a traditional electric water heater, but over time the heat pump water heater can lower your electric bill which could save up to hundreds of dollars a year. In this way, the heat pump water heater can effectively pay for itself over time.

ENERGY STAR^®-certified heat pump water heaters may be eligible for rebates and tax incentives which can help lower your up-front cost. Look for local utility rebates or federal tax credits in your area that you can use now to save money on your heat pump water heater purchase.

Furthermore, the ecological benefits, particularly in terms of overall emissions reduction, can be part of a larger strategy to help protect our environment.

Understanding the Heat Pump Water Heater

At its core, a heat pump water heater operates on the same principle as a refrigerator, just in reverse. Rather than expending energy to generate heat, it moves existing heat from the air around the water heater to the water in the tank. This transfer of heat is what makes the heat pump water heater so energy-efficient – it uses up to 60% less electricity to heat the water than traditional electric water heaters. That’s two-to three-times more efficient!

While the name “heat pump” might suggest a complex system, in reality, heat pump water heaters are simple to operate. They consist of three main parts: a compressor, an evaporator, and a condenser – components that work together to transfer heat and heat the water in the tank. This process leverages ambient air temperatures to reduce your home’s carbon footprint and energy bills. This system is extremely efficient in warmer climates where the air is naturally warm, but works effectively in colder climates too.

Most heat pump water heaters meet ENERGY STAR^® criteria for energy efficiency. Products with the ENERGY STAR^® label meet strict efficiency criteria established by the U.S. Environmental Protection Agency (EPA).

Bradford White’s dedication to energy efficiency innovation, education, and promotion has made the company a five-time ENERGY STAR^® Partner of the Year (2020, 2021, 2022, 2023 & 2024). Learn more about Bradford White’s ENERGY STAR^® certified water heaters here.

Why the Transition to Heat Pump Water Heaters?

You’ll enjoy some big benefits by switching to a heat pump water heater:

1. Lower your energy costs. First, because your water heater is the second largest user of energy in your home, the heat pump water heater can dramatically reduce your home’s electrical demand and lower your monthly electric bill.
2. Protect our environment. Both electric and heat pump water heaters have virtually zero direct greenhouse gas emissions. By consuming less electricity, heat pump water heaters can help lower greenhouse gas emissions to further protect our environment.
3. Help keep your home cool. Your heat pump water heater can dehumidify and cool the space in which they operate, acting as an ambient temperature control during warmer months.

While the upfront costs of a heat pump water heater can be higher than traditional electric water heaters, you’ll enjoy significant savings on your energy bills-perhaps hundreds of dollars a year. Over time, the heat pump water heater can effectively pay for itself (and maybe more!) with the savings it provides.

Even better, rebates and incentives may be available to help lower your upfront cost. Look for local utility rebates or federal tax credits that can offset the initial purchase price of a heat pump water heater.

Choosing the Right Heat Pump Water Heater for You

Before making the switch, it’s important to consider your home’s specific needs. The location within your home where the heat pump water heater will be installed matters, as it needs access to a large volume of air to work effectively. Additionally, the size of the tank should be selected based on the size of your household and typical water usage.

You’ll also want to be mindful of maintenance. HPWHs may require more upkeep than their traditional counterparts, as dust and debris in the air can clog the system over time.

However, regular cleaning and maintenance can ensure the system continues to operate efficiently for years.

A licensed plumber or HVAC professional can help you consider all of these key factors. Need to find a plumbing professional near you? Search here to find a Bradford White professional in your area.

Some heat pump water heaters offer additional features to give you more control and flexibility. For example, Bradford White’s AeroTherm^® Series heat pump water heater has five different operational modes so you can get the right combination of performance and efficiency for your needs.

Installing Your Heat Pump Water Heater

Your heat pump water heater should be professionally installed, since these units may require changes to your home’s electrical and plumbing systems. Installation costs can vary, but are worth the investment to ensure your water heater operates at peak performance and efficiency for years to come.

Once installed, simply enjoy the hot water your heat pump water heater provides. Heat pump water heaters have a lifespan of about 10-15 years. Overall, the transition can be seamless, and the benefits are tangible, contributing to both a more sustainable home and a healthier bottom line for your household expenses.

Rethinking Our Hot Water Habits

The traditional water heater has long been the unsung workhorse of the home, quietly working to provide the hot water your family needs. But that work requires energy. Water heating is the second largest user of energy in a home, often accounting for about 18% of a household’s utility bill. As we challenge ourselves to be more energy-conscious (and lower our utility bills), we look for alternatives that can deliver the same level of performance (or better), but with greater efficiency and a smaller carbon footprint.

The heat pump water heater is a great example of efficiency and sustainability. Unlike conventional units that generate heat directly using electricity or gas, a heat pump water heater moves heat from one place to another using a compressor and a refrigerant. It uses the existing heat in the air around the water heater to help heat the water.

Heat pump water heaters are two- to three-times more efficient than traditional electric water heaters and can save you hundreds of dollars a year on your electric bill. They are frequently ENERGY STAR^® certified for their outstanding efficiency. Products with the ENERGY STAR^® label meet strict efficiency criteria established by the U.S. Environmental Protection Agency (EPA).

Bradford White’s dedication to energy efficiency innovation, education, and promotion has made the company a five-time ENERGY STAR^® Partner of the Year (2020, 2021, 2022, 2023 & 2024). Learn more about Bradford White’s ENERGY STAR^® certified water heaters here.

On the Brink of a Heat Pump Revolution

The U.S. Department of Energy (DOE) suggests that the heat pump water heater can reduce water heating energy costs by as much as 50%, making it one of the most energy-efficient options currently on the market. This is a significant saving for any household, but the environmental impact goes far beyond the monthly utility bill. The heat pump water heater has no greenhouse gas emissions. Plus, by requiring less electricity to heat water, a heat pump unit can significantly reduce your carbon footprint.

And the good news doesn’t stop there. As a byproduct of its operation, the heat pump water heater also extracts humidity from the air to provide drier indoor conditions. The moderated dehumidification offers an extra layer of comfort, especially in hot and muggy climates, without the energy-hungry demands of a traditional dehumidifier.

Understanding the Inner Workings

A heat pump water heater’s operation may seem mysterious, but it’s actually pretty easy to understand. It heats water the same way a refrigerator cools food, just in reverse. It’s a clever application of a simple principle – the conservation of energy. The heat pump relocates heat rather than creating it, making it much more efficient. Here’s a brief breakdown of how it works:

The Water Circuit

Water enters the heater where it’s initially preheated by ambient air drawn into the system. This warm air then circulates through the refrigerant, which increases its temperature. The now-heated refrigerant is compressed, producing even higher temperatures, which are passed through the water tank’s heat exchanger which transfers the heat to the water.

The Electrical Element Safety Net

In instances where the ambient air temperature can’t provide enough heat (such as in cold environments or during high-demand periods), a backup electric element kicks in to ensure you always have enough hot water. But unlike an electric water heater that runs whenever water is heated, the electric backup on a heat pump water heater is only used when absolutely needed, maximizing the overall efficiency of the system.

Assessing the Suitability for Your Home Setup

While the benefits of a heat pump water heater are clear, it’s important to consider if this system is the right fit for your home by weighing factors such as climate, the location of your water heater, and available space.

Climate Considerations

Heat pump water heaters work most efficiently in warmer climates, as they rely on extracting heat from the air. That’s why they’re particularly popular in places with mild winters and longer cooling seasons. However, recent advancements in technology have expanded the operational range of these systems, making them more viable in colder climates.

Space and Location

The unit’s location within your home is crucial. Heat pump water heaters need a bit more space than traditional tank models because they draw heat from the air around them. They perform best in a well-ventilated space with enough cubic feet of air space— typically about 1,000 cubic feet of air surrounding the water heater.

Your plumbing professional can help you determine whether a heat pump water heater is right for you. Need to find a plumbing professional near you? Search here to find a Bradford White contractor in your area.

The Economics of Change

The initial cost of a heat pump water heater can be higher than a traditional electric water heater, but over time the heat pump water heater can lower your electric bill which could save up to hundreds of dollars a year. In this way, the heat pump water heater can effectively pay for itself over time.

ENERGY STAR^®-certified heat pump water heaters may be eligible for rebates and tax incentives which can help lower your up-front cost. Look for local utility rebates or federal tax credits in your area that you can use now to save money on your heat pump water heater purchase.

Furthermore, the ecological benefits, particularly in terms of overall emissions reduction, can be part of a larger strategy to help protect our environment.

Understanding the Heat Pump Water Heater

At its core, a heat pump water heater operates on the same principle as a refrigerator, just in reverse. Rather than expending energy to generate heat, it moves existing heat from the air around the water heater to the water in the tank. This transfer of heat is what makes the heat pump water heater so energy-efficient – it uses up to 60% less electricity to heat the water than traditional electric water heaters. That’s two-to three-times more efficient!

While the name “heat pump” might suggest a complex system, in reality, heat pump water heaters are simple to operate. They consist of three main parts: a compressor, an evaporator, and a condenser – components that work together to transfer heat and heat the water in the tank. This process leverages ambient air temperatures to reduce your home’s carbon footprint and energy bills. This system is extremely efficient in warmer climates where the air is naturally warm, but works effectively in colder climates too.

Most heat pump water heaters meet ENERGY STAR^® criteria for energy efficiency. Products with the ENERGY STAR^® label meet strict efficiency criteria established by the U.S. Environmental Protection Agency (EPA).

Bradford White’s dedication to energy efficiency innovation, education, and promotion has made the company a five-time ENERGY STAR^® Partner of the Year (2020, 2021, 2022, 2023 & 2024). Learn more about Bradford White’s ENERGY STAR^® certified water heaters here.

Why the Transition to Heat Pump Water Heaters?

You’ll enjoy some big benefits by switching to a heat pump water heater:

1. Lower your energy costs. First, because your water heater is the second largest user of energy in your home, the heat pump water heater can dramatically reduce your home’s electrical demand and lower your monthly electric bill.
2. Protect our environment. Both electric and heat pump water heaters have virtually zero direct greenhouse gas emissions. By consuming less electricity, heat pump water heaters can help lower greenhouse gas emissions to further protect our environment.
3. Help keep your home cool. Your heat pump water heater can dehumidify and cool the space in which they operate, acting as an ambient temperature control during warmer months.

While the upfront costs of a heat pump water heater can be higher than traditional electric water heaters, you’ll enjoy significant savings on your energy bills-perhaps hundreds of dollars a year. Over time, the heat pump water heater can effectively pay for itself (and maybe more!) with the savings it provides.

Even better, rebates and incentives may be available to help lower your upfront cost. Look for local utility rebates or federal tax credits that can offset the initial purchase price of a heat pump water heater.

Choosing the Right Heat Pump Water Heater for You

Before making the switch, it’s important to consider your home’s specific needs. The location within your home where the heat pump water heater will be installed matters, as it needs access to a large volume of air to work effectively. Additionally, the size of the tank should be selected based on the size of your household and typical water usage.

You’ll also want to be mindful of maintenance. HPWHs may require more upkeep than their traditional counterparts, as dust and debris in the air can clog the system over time.

However, regular cleaning and maintenance can ensure the system continues to operate efficiently for years.

A licensed plumber or HVAC professional can help you consider all of these key factors. Need to find a plumbing professional near you? Search here to find a Bradford White professional in your area.

Some heat pump water heaters offer additional features to give you more control and flexibility. For example, Bradford White’s AeroTherm^® Series heat pump water heater has five different operational modes so you can get the right combination of performance and efficiency for your needs. The AeroTherm^® also offers Bradford White Connect^™, which turns your heat pump water heater into a smart, connected appliance that can be easily controlled via mobile app.

Installing Your Heat Pump Water Heater

Your heat pump water heater should be professionally installed, since these units may require changes to your home’s electrical and plumbing systems. Installation costs can vary, but are worth the investment to ensure your water heater operates at peak performance and efficiency for years to come.

Once installed, simply enjoy the hot water your heat pump water heater provides. Heat pump water heaters have a lifespan of about 10-15 years. Overall, the transition can be seamless, and the benefits are tangible, contributing to both a more sustainable home and a healthier bottom line for your household expenses.

Overview of Tax Credits and Rebates

The federal government offers a variety of tax credits for homeowners who make energy-efficient upgrades to their homes, including the installation of heat pump water heaters. These devices use electricity to move heat from one place to another instead of generating heat directly, making them two to three times more energy-efficient than conventional electric water heaters.

Furthermore, various states, localities, and utility companies extend rebates and incentives to promote the adoption of these environmentally friendly water heaters. Together, these financial incentives not only lower the initial investment cost but also contribute to long-term savings on energy bills. You can search here for available rebates and tax credits in your area.

Eligibility Criteria

To tap into these savings, it’s crucial to understand the eligibility criteria for both tax credits and rebates. Generally, for the federal tax credit:

• The heat pump water heater must be installed in a primary or secondary residence located in the U.S.
• It must meet specific energy efficiency criteria set by the Department of Energy. Learn more about the Heat Pump Water Heaters Tax Credit here.

For rebates, criteria can vary widely depending on the offering entity. Common qualifications include:

• Purchasing and installing equipment within a certain timeframe.
• Buying a model that meets certain ENERGY STAR^® or energy efficiency qualifications. Learn more about ENERGY STAR^® certifications for heat pump water heaters here.
• Residency within a specific location or utility service area.

How to Claim

Claiming these incentives doesn’t have to be a complex process:

1. Documentation is Key: Keep all receipts and manufacturer’s certificates for the heat pump water heater, as they typically contain information about energy efficiency.
2. IRS Form 5695: For federal tax credits, fill out IRS Form 5695 and submit it with your tax return. This form is specifically designed for residential energy credits. Learn more about this form here.
3. Utility and State Rebates: Check with your local utility company or state energy office for applicable rebates. They often have a separate application form and may require a copy of your sales receipt and installation certificate.
4. Deadlines Matter: Be aware of deadlines for both tax credit and rebate applications, as missing these can disqualify you from receiving the incentive.

Future of Heat Pump Water Heaters

The move toward sustainable home water heating solutions is gaining momentum, and heat pump water heaters are at the forefront of this shift. With growing environmental concerns and technological advancements, the market for these appliances is expected to expand. This growth signifies not only increased savings and benefits for homeowners but also a substantial contribution to reducing the overall energy consumption and greenhouse gas emissions of residential sectors.

Conclusion

Investing in a heat pump water heater is a smart choice for any homeowner looking to combine energy efficiency with significant savings. The availability of federal tax credits and various rebates further sweetens the deal, making now an opportune time to consider making the switch. By understanding and acting on this information, you can take a significant step toward a more sustainable and cost-effective future.

Overview of Tax Credits and Rebates

The federal government offers a variety of tax credits for homeowners who make energy-efficient upgrades to their homes, including the installation of heat pump water heaters. These devices use electricity to move heat from one place to another instead of generating heat directly, making them two to three times more energy-efficient than conventional electric water heaters.

Furthermore, various states, localities, and utility companies extend rebates and incentives to promote the adoption of these environmentally friendly water heaters. Together, these financial incentives not only lower the initial investment cost but also contribute to long-term savings on energy bills. You can search here for available rebates and tax credits in your area.

Eligibility Criteria

To tap into these savings, it’s crucial to understand the eligibility criteria for both tax credits and rebates. Generally, for the federal tax credit:

• The heat pump water heater must be installed in a primary or secondary residence located in the U.S.
• It must meet specific energy efficiency criteria set by the Department of Energy. Learn more about the Heat Pump Water Heaters Tax Credit here.

For rebates, criteria can vary widely depending on the offering entity. Common qualifications include:

• Purchasing and installing equipment within a certain timeframe.
• Buying a model that meets certain ENERGY STAR^® or energy efficiency qualifications. Learn more about ENERGY STAR^® certifications for heat pump water heaters here.
• Residency within a specific location or utility service area.

How to Claim

Claiming these incentives doesn’t have to be a complex process:

1. Documentation is Key: Keep all receipts and manufacturer’s certificates for the heat pump water heater, as they typically contain information about energy efficiency.
2. IRS Form 5695: For federal tax credits, fill out IRS Form 5695 and submit it with your tax return. This form is specifically designed for residential energy credits. Learn more about this form here.
3. Utility and State Rebates: Check with your local utility company or state energy office for applicable rebates. They often have a separate application form and may require a copy of your sales receipt and installation certificate.
4. Deadlines Matter: Be aware of deadlines for both tax credit and rebate applications, as missing these can disqualify you from receiving the incentive.

Future of Heat Pump Water Heaters

The move toward sustainable home water heating solutions is gaining momentum, and heat pump water heaters are at the forefront of this shift. With growing environmental concerns and technological advancements, the market for these appliances is expected to expand. This growth signifies not only increased savings and benefits for homeowners but also a substantial contribution to reducing the overall energy consumption and greenhouse gas emissions of residential sectors.

Conclusion

Investing in a heat pump water heater is a smart choice for any homeowner looking to combine energy efficiency with significant savings. The availability of federal tax credits and various rebates further sweetens the deal, making now an opportune time to consider making the switch. By understanding and acting on this information, you can take a significant step toward a more sustainable and cost-effective future.

Introduction to Heat Pump Water Heaters

A heat pump water heater employs essentially the same technology that keeps your refrigerator cool, but in reverse. Instead of expelling the warm air to keep the insides cool, it draws warmth from the surrounding air to heat water, storing it in a tank for domestic use. This ingenious repurposing of heat makes heat pump water heaters one of the most efficient methods to heat water today.

How Heat Pump Water Heaters Work

Unlike traditional water heaters that generate heat directly to warm water, heat pump water heaters move heat from one place to another using electricity. They work much like an air conditioner, but in reverse. The system consists of a fan that pulls in ambient air, an evaporator coil that absorbs heat into refrigerant, a compressor that amplifies the heat, and a heat exchanger that transfers this heat into the water tank.

By pulling the heat from the air into the water, less energy is required to get the water up to the desired temperature. This energy savings means lower energy costs for you!

Benefits of Heat Pump Water Heaters

The efficiency of heat pump water heaters can translate into significant savings on your electricity bill. They use up to 60% less electricity than standard electric water heaters, making them an attractive option for energy-conscious consumers. Furthermore, because they move heat rather than generate it, they have a lesser environmental impact, and advanced models can provide consistent hot water on demand.

Types of Heat Pump Water Heaters: Electric, Hybrid

There are primarily two types of heat pump water heaters available on the market:

• Electric Heat Pump Water Heaters: These are entirely reliant on electricity to move heat from the air to the water.
• Hybrid Water Heaters: These combine the technology of heat pumps with traditional electric resistance heat methods to ensure efficiency even in colder climates or during times of high demand.

Learn more about the heat pump water heaters offered by Bradford White here.

Comparing Heat Pump Water Heaters with Traditional Water Heaters

When compared to their traditional counterparts, heat pump water heaters stand out in their efficiency and operational cost. While the initial purchase and installation cost may be higher, the operating cost of heat pump water heaters is significantly lower, offering long-term savings and a shorter payback period.

Cost and Energy Savings Analysis

The initial investment in a heat pump water heater might seem high, but a detailed cost and energy savings analysis reveals that the savings accrued over time can substantially offset the initial expense. The heat pump water heater essentially pays for itself in energy savings over time. Federal and state incentives can further reduce the upfront cost, making them an even more economical choice in the long run. You can search here for available rebates and tax credits in your area.

Installation and Maintenance Tips

Proper installation and maintenance are key to maximizing the efficiency of your heat pump water heater. It’s important to install your heat pump water heater in a space that consistently remains in the 40°F-90°F range and has the recommended 1,000 cubic feet of air surrounding it to function efficiently. Regular maintenance, such as cleaning the air filter and checking the system settings, can also prolong the life of your heater. Your plumbing professional can advise you on the installation and maintenance of your heat pump water heater. Need a plumber to help you? Search here to find a Bradford White professional in your area.

Environmental Impact of Heat Pump Water Heaters

The reduced operational energy requirements of heat pump water heaters translate into a lower carbon footprint, making them a friendlier choice for the environment. By leveraging the ambient air temperature and minimizing direct electrical heating, heat pump water heaters contribute to a reduction in overall greenhouse gas emissions.

Future Trends in Water Heating Technology

Innovation in water heating technology continues to accelerate, with heat pump water heaters at the forefront. New advances in connectivity, like the Bradford White Connect App, allow homeowners to control and optimize their water heater remotely for greater control and efficiency.

Learn more about the heat pump water heaters offered by Bradford White here.

Comparing Heat Pump Water Heaters with Traditional Water Heaters

When compared to their traditional counterparts, heat pump water heaters stand out in their efficiency and operational cost. While the initial purchase and installation cost may be higher, the operating cost of heat pump water heaters is significantly lower, offering long-term savings and a shorter payback period.

Cost and Energy Savings Analysis

The initial investment in a heat pump water heater might seem high, but a detailed cost and energy savings analysis reveals that the savings accrued over time can substantially offset the initial expense. The heat pump water heater essentially pays for itself in energy savings over time. Federal and state incentives can further reduce the upfront cost, making them an even more economical choice in the long run. You can search here for available rebates and tax credits in your area.

Installation and Maintenance Tips

Proper installation and maintenance are key to maximizing the efficiency of your heat pump water heater. It’s important to install your heat pump water heater in a space that consistently remains in the 40°F-90°F range and has the recommended 1,000 cubic feet of air surrounding it to function efficiently. Regular maintenance, such as cleaning the air filter and checking the system settings, can also prolong the life of your heater. Your plumbing professional can advise you on the installation and maintenance of your heat pump water heater. Need a plumber to help you? Search here to find a Bradford White professional in your area.

Environmental Impact of Heat Pump Water Heaters

The reduced operational energy requirements of heat pump water heaters translate into a lower carbon footprint, making them a friendlier choice for the environment. By leveraging the ambient air temperature and minimizing direct electrical heating, heat pump water heaters contribute to a reduction in overall greenhouse gas emissions.