Heat pumps are an efficient and renewable way to heat your home and depending on where you live can be cheaper than electricity or natural gas for heating. To learn more about this relatively new way to warm up your property, then look no further than this article below.

Energy Efficiency

Home heat pumps are more than three times as efficient as traditional heating and cooling systems, making them an excellent energy efficiency option for many homes. Rather than generating heat by burning gas or oil, pumps transfer heat from the outside air, water or ground.

Choosing the correct model for your home can help reduce energy usage and costs, as well as decrease carbon emissions. In addition, there are several ways to increase the efficiency of a home pump system that don’t require much education or money, but they will require a professional’s services.

When choosing a new pump for your home, look for one that is highly rated in terms of its SEER and HSPF ratings which are measures that represent how much energy the unit is able to provide to your home during the heating or cooling season, as compared with the amount of energy that it uses.

A high-efficiency model is likely to be more expensive than a standard one but can be worth the cost in the long run. For instance, a higher efficiency model may dehumidify indoor air more effectively, which can reduce electricity consumption for air conditioning and lower your electric bill and, in some cases, there are tax credits or local rebates available for more efficient models; so you should check with your power company for more details on this and other incentives.

Depending on your location, you may also be able to take advantage of a renewable energy source such as solar or wind to supply your electricity which can help make your home more energy-efficient and cut your utility bills even further. In addition, switching to a renewable energy source will reduce your carbon emissions and improve your air quality.

Environmental Impact

They can be an effective solution to help reduce home heating greenhouse gas emissions, especially when paired with renewable power sources, and may also improve indoor air quality and are less polluting than combustion-based heating systems. Most home heat pumps in regular homes don’t use fossil fuels (natural gas, oil or coal) to heat their homes. This is unlike regular homes, which can emit carbon dioxide and other greenhouse gasses.

Electricity is a clean-burning alternative to these traditional fuels and can be used to run pumps, as well as appliances, lights and cooling equipment. If we can replace all of our electricity with clean energy from renewable sources, we could significantly reduce our total emissions and make a major contribution to climate change mitigation efforts.

As more homeowners and businesses choose to switch to a pump, they will have the opportunity to save energy, money, reduce their carbon footprint and, as a result, the demand for these technologies will continue to grow. Governments around the world are working to encourage their adoption, from utility grid updates in the United States to homeowner pump grants in the U.K. to a pledge in Germany that every new heating system must run on 65% renewable energy by 2025.

Maintenance

Heat pumps work hard to keep your home comfortable throughout the year and do so by heating and cooling your indoor air and removing moisture to help control humidity levels. To do this effectively, they require regular maintenance and the most important task is to make sure that the heat pump is clean and in proper working condition which requires a thorough inspection of all the components that make up your system.

These include the ducts, filters, coils, drain line and pan, blower and outdoor condensing unit which the technician will check for dirt, blockages and wear and tear, but also clean them to prevent problems with your system’s performance and efficiency.

They will also look at the belts, electrical wiring and loose or damaged connections as these can cause the system to malfunction or damage the compressor, so they will rewire and tighten them to ensure the system is running as it should.

Another aspect that the technician will look at is your metering device (https://hvacrschool.com/understand-heat-pumps/) which, when clogged, will reduce your heat pump’s efficiency and cooling capacity and the technician will have to double check and make sure that it is in proper working condition so that the refrigerant has the correct charge.

The technician you choose will also inspect the unit’s reversing valve and defrost assembly and if these are in poor working condition, the technician will recommend that they be replaced or repaired. This is why you want to go with someone you trust, as you don’t want to buy something you don’t need.