Heat Pump Service

Heat Pump Service in Allendale

Providing Heat Pump Service in Allendale Since 1953

Are you looking for an effective and green way to heat and cool your home in Allendale? If so, a heat pump may be exactly what the HVAC contractor ordered. Quickly surging in popularity, thanks to the new compressor technology that makes them efficient in even the coldest areas, these dual-purpose systems are unmatched when it comes to carbon emissions. They’re also easy to retrofit into a home with an existing air conditioning system. If you want to learn more about how this new-age HVAC technology benefits people in the Allendale area, AHC is here to help.

Call 616.895.4949 now to request an estimate for heat pump repair or replacement. Financing is available, with approved credit!

What is a Heat Pump?

A heat pump is an HVAC system that works similarly to a refrigerator or an air conditioner. These machines extract heat from a source—such as the air outside or geothermal energy beneath the ground—before circulating it where it is needed. Because most of the heat is transferred rather than generated, these systems are able to climatize your home much more efficiently than a typical AC unit , boiler, or furnace. Known for their ability to alternate between heating and cooling, heat pumps offer two distinct modes of operation.

Cooling: When the weather in Allendale heats up, your heat pump works almost identically to a standard air conditioner. Using a refrigerant, it extracts the heat from inside your home. This excess warmth is then transferred to your outdoor unit for discharge.
Heating: When outdoor temperatures dip, the heat pump reverses its typical flow. On cold days, the outdoor unit pulls warmed air in and pulls the heat from it. This heat, through the science of refrigerant heat transfer, is then added to your system’s air stream and circulated—raising your interior temperature between 20-30 degrees.

Allendale and the surrounding areas are great spots for ducted and ductless heat pump installation. In many cases, homeowners actually find value in making the switch. These systems work efficiently even as temperatures approach freezing, though there can be issues when the thermostat dips more than 20 degrees below freezing. But as the technology continues to improve, this issue will likely fade.

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Our Heat Pump Services

Heat Pump Repair

Heat pumps may be one of the most efficient and popular types of HVAC systems, but they still break down. Their year-round use often leads to small component failures. Fortunately, if your system goes out, our heat pump repair experts are here for you. Call 616.895.4949 to schedule heat pump service in the Allendale area.

Heat Pump Installation

Are you looking to extend your home's HVAC footprint? Is there an attic or basement that struggles to reach temperature? Have your climbing energy bills been driving you crazy? Then, you might want to consider installing a heat pump in Allendale. Able to heat and cool, these systems are great add-ons for existing systems. Commercial properties often make use of them as well.

Heat Pump Conversion

If you want to convert to a heat pump, Allendale Heating Company Inc. is ready to help. We’ve been swapping out inefficient systems for heat pumps in Allendale area for years and know how to get it done right. We also provide free heat pump installation quotes to interested customers. To learn more about heat pump conversion in Allendale, reach out to us by phone or form.

Heat Pump Replacement

When it's time for a heat pump replacement, the benefits are clear: newer models are far more efficient, leading to decreased operational costs. Advances in technology now make heat pumps a formidable choice even in cooler climates, ensuring year-round comfort. To explore these innovative solutions and enjoy the cost-saving advantages, please call 616.895.4949. Whether you live in Allendale or Grand Rapids, we'll make things easy.

Heat Pump Maintenance

Taking good care of your heat pump is the best way to keep it running at its best. And doing so means scheduling regular heat pump tune-ups with our team of HVAC professionals. Not only will you be notified of any potential issues, but you’ll also end the appointment with a cleaner, more efficient HVAC system. To learn more about how heat pump maintenance in Allendale benefits you, reach out to one of our friendly customer support reps.

Heat Pump Work Is Best Left to an HVAC Professional

Extreme weather demands quick solutions, and our heat pump services in Allendale are often available same-day. While waiting for service, keep your environment more comfortable with fans or heaters and stay hydrated. Our Ottawa County HVAC technician will be there as soon as they can.

For some reason, a lot of home owners try to install and repair their own heat pumps. Repairing or replacing a heat pump on your own is not advisable due to the intricate electrical and mechanical components involved. The fact that they both heat and cool makes these systems even more complex than a central furnace or air conditioner. DIY attempts can result in injuries, system damage, and invalidated warranties. Always opt for professional service to guarantee the longevity and efficiency of your system.

Please leave the work to a licensed contractor. Paying for a professional to repair something you broke is often more expensive in the long-run.

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The Advantages of Heat Pumps

Now that you understand how these systems work, you might not be sure what makes them a superior choice to furnaces. For those living in areas where freezing temperatures are uncommon, the benefits of swapping from central HVAC to a heat pump are numerous and include:

Increased Convenience: Heat pumps are simpler than AC units and require less maintenance to operate. Switching between heating and cooling modes is also as simple as hitting a switch.
Improved Air Quality: Because they don’t rely on combustion, heat pumps are cleaner to run and operate. They also generate less dust than standard systems.
Increased Efficiency: Since they use less energy, a heat pump-based HVAC system can help lower your AC and heating bills. Typical HVAC savings hover somewhere around 40 percent.

For those in regions where cold weather is a less common occurrence, the benefits of transitioning from a central HVAC system to a heat pump cannot be overstated. This change provides increased convenience, better air quality, and impressive energy savings. To get a free quote on heat pump conversion in Allendale, reach out to us at 616.895.4949.

What to Consider When Choosing a Heat Pump Service Provider

When looking for reliable heat pump service near you, it’s important to hire a professional. Your investment with this HVAC company can range anywhere from two to five digits. And, the best way to protect it is to be picky about who gets the job. Look for these key attributes:

Expertise and Track Record: How established is the company in the HVAC industry? Do they have seasoned technicians? Our firm has been committed to keeping Grand Haven warm in the winter and cool in the summer since our inception in 1953.

Reputable Standing: What is the feedback from customers on Facebook, BBB, and Google? How does the company address issues? Avoid providers with poor ratings, especially in areas like heat pump repair in Allendale.
Clear Warranties: Is your satisfaction guaranteed? What warranties are offered for their heat pump repair and replacement services? At Allendale Heating Company Inc., we guarantee our work and strive to exceed client expectations.
Proper Certification: Is the service provider fully licensed and certified? Opting for an uncertified technician might seem cost-effective initially, but it can lead to problems that insurance may not cover, especially if they lack understanding of heat pump systems and air flow dynamics. We meet all state requirements!

Our Allendale heating and cooling company meets all these standards, which is why so many people in Michigan depend on us for their HVAC needs.

Call Allendale Heating Company Inc. for Heat Pump Service in Greater Allendale

Unfortunately, HVAC equipment issues come with home ownership and become more likely as your system ages. So, it’s not really a question of if your heat pump in Allendale will need to be replaced, but when. Thankfully, as a resident of the Grand Haven area you are never more than a phone call away from AHC’s team of heat pump repair and installation experts. To schedule heat pump service in Allendale reach out to us at 616.895.4949. We’ll do everything we can to guarantee your total satisfaction.

Frequently Asked Heat Pump Questions

How Much Will Heat Pump Service Cost Me?

The cost of heat pump service or repair can vary greatly depending on the issue and your system's condition. We need to perform an on-site assessment to provide an accurate estimate. Many heat pump issues have similar symptoms, making it challenging to diagnose the exact problem without a thorough inspection. Typically, however, you can expect the cost to fall somewhere between $160 and $650 dollars.

Should I Repair or Replace My Heat Pump?

The decision to repair or replace your heat pump depends on its age, efficiency, and the cost of the repair. Significant repairs can be expensive, so if your system is older and facing frequent breakdowns, replacement might be more cost-effective. It will also likely lead to lower energy bills, helping you recoup some of the initial investment. If your heat pump is relatively new and repairable, then fixing it could be the better option. Our technician will present a number of options to ensure there's one that suits your needs and budget.

What Should I Do if My Heat Pump Stops Working?

If your heat pump stops working, check for any tripped circuit breakers or incorrect thermostat settings first. A lot of the time, these simple issues are to blame. Also, ensure there's nothing blocking or obscuring the external unit. A dirty grill can choke the efficiency of the unit. If these quick checks don’t resolve the issue, contact us for professional heat pump repair in Allendale.

How Can I Reduce My Heating and Cooling Costs?

Reducing heating and cooling costs can be achieved by ensuring your heat pump system is running efficiently. Consider these tips:

Upgrading Your Heat Pump: Newer, more energy-efficient models can lower operating costs significantly over time. They also perform better at low temperatures.
Regular Maintenance: Keeping your heat pump well-maintained ensures it operates at peak efficiency, which can save on energy costs.
Proper Insulation: Ensure your home is well insulated to maintain the desired temperature with less energy use. It also helps level out extreme hot and cold spots.
Smart Thermostat: Using a smart thermostat can optimize heating and cooling schedules to save energy without sacrificing comfort. It also ensures that forgetfulness won't leave you out in the cold (or heat).

What Brands of Heat Pumps Do You Service?

We service a wide range of heat pump brands, ensuring that we can assist with your specific unit's needs. Whether you have a popular brand or a less common one, our team is equipped to handle maintenance, repairs, and replacements efficiently. Manufacturers we are best acquainted with include Rheem, Lennox, Bryant, Goodman, Carrier, Rheem, Trane, and Ruud.

Should I Set My Thermostat to Auto or On for My Heat Pump?

When compared to your standard HVAC system, heat pumps offer a wider variety of modes. First, we recommend avoiding 'Auto' in most cases. This allows your heat pump to switch between heating and cooling, and the system can make mistakes. It could result in wasting energy on heating on a cool summer night. To avoid this, use "Cool" during summer and "Heat" during winter. For systems that can be set to 'On,' avoid using that setting as well. It instructs the system to run regardless of what the weather's like outside.

Air-Source, Ground-Source, and Absorption Heat Pumps

As we discussed in the previous section, air-source heat pumps use a fan in an outdoor unit to bring air over refrigerant-filled coils. Two sets of these coils transfer heat indoors, where the heat is blown away from the coils by another fan and distributed through a home. Some air-source heat pump systems consist of a single "packaged" unit containing both sets of coils in one box. This box is then installed on the roof of a building with the ductwork extending through the wall. Larger systems for commercial buildings often are installed in this way. Home heat pumps are usually "split" systems with an outdoor and indoor component installed through the wall. Depending on the type of system, there may be one or more indoor components to distribute heat.

Ground-source heat pumps absorb heat from the ground or an underground body of water and transfer it indoors, or vice versa. The most common type of ground-source heat pump transfers heat directly from the ground by absorbing it through buried pipes filled with water or a refrigerant. Ground-source heat pumps that pump liquid through pipes can be either closed-loop or open-loop systems. In a closed-loop system, the same refrigerant or water circulates through the pipes repeatedly. In an open-loop system, water is pumped out of the water source, such as a well or a man-made lake, and when the heat has been extracted from the water, that water returns to the well or surface lake. More water is then pumped from the well to extract more heat.

Absorption heat pumps are air-source heat pumps that are powered by natural gas, solar power, propane, or geothermally heated water rather than by electricity. Absorption pumps can be used for large-scale applications, but are now available for large homes as well. The main difference between a standard air-source heat pump and an absorption pump is that rather than compressing a refrigerant, an absorption pump absorbs ammonia into water, and then a low-power pump pressurizes it. The heat source then boils the ammonia out of the water, and the process starts over. Manufacturers rate absorption heat pumps differently from standard heat pumps, using a measurement called a coefficient of performance (COP). Consumers should look for a COP above 1.2 for heating and above 0.7 for cooling. (We'll discuss ratings for standard heat pumps a little later.) Air-source, ground-source, and absorption heat pumps are the most common kinds of heat pumps, but they won't work in every situation. Read on to learn about special kinds of heat pumps.