Can a Heat Pump Efficiently Keep Your Home Healthy This Winter?

Heat Pump

It’s more crucial than ever to protect your family and keep them safe in the face of a pandemic. Although a warm and dry home won’t cure a virus it can make a significant difference in your overall health during the winter months. A heat pump can help you and your family stay healthy this winter by combining the public health advice to wash your hands and cough into your elbow.

Hot air

Your health is at risk from the cold. Colder temperatures are more conducive to the spread of viruses. The second is that cold weather can make your immune system weaker, making it more susceptible to bugs. You can’t control the temperature outside but heat pumps can be used to warm your home.

Heat pumps to heat the house quickly and easily. They can be kept running all day. The house won’t heat up or cool down – it will be set to 21-22 degrees so that the temperature is constant.

Heat pump improves the air quality

As you spend less time indoors and open windows and doors more often during the colder months, your air quality can become compromised. The heat pumps can enhance the air quality of your home by bringing fresh air in from the outside.

A dry house is a healthy one

Dampness can encourage mold, mildew, and condensation which can cause havoc on our health.

Below 15-16 degrees, dampness can take hold. Unfortunately, not many homes are designed with this reality in view.

Heat pumps keep the house at a temperature high enough to fight dampness. However, their filtration systems remove moisture from the home. This ensures that your windows, walls, and ceilings remain dry.

What is a heat pump and how does it work?

Heat pumps have been used for many decades to deliver heat, cooling. It is possible that heat pump technology is used every day by you: air conditioners and refrigerators use the same technology and principles. This section explains the basics of heat pumps and introduces various system types.

Basic Concepts of Heat Pump

A heat pump can be described as an electrically powered device that heats water from low temperatures and then delivers the heat to higher temperatures.

This is how you can understand the process. A bicycle ride up a hill requires no effort. The bike and rider will naturally move from one place to another. Going up a hill is more difficult because the bike moves against the flow of the traffic.

Similar to heat flowing from higher temperatures to lower temperatures, heat also flows from those places to which it is more intense to heat that is less warm (e.g. in winter heat escapes from the building to the outside). To counter heat flow, a heat pump uses more electrical energy. The pump converts energy from a colder area to one that is warmer.

How does a heat-pump heat or cool your house? The temperature of the source will be reduced as energy is taken from the source. The heat energy extracted from a source such as the home will be used to cool the space. This is how heat pumps work in cooling mode. It is similar to air conditioners or refrigerators. The temperature of a Sink increase when energy is added. The home can be used as a sink and thermal energy will be added to heat it. The heat pump can heat or cool your home year-round. It is completely reversible.

A Guide to Heat Pump Efficiency

Space heating is provided by boilers and furnaces that heat the air using natural gas or heating oils. Although efficiency has improved over time, it is still below 100%. This means that not all of the energy available from combustion is used to heat air.

Portable heat pump work on a different principle. The heat pump uses the electricity it receives to transfer energy between two places. This makes the heat pump more efficient, with typical efficiency well above 80%.

It is vital that you note that the efficiency and temperature of the heat pumps will depend on their temperatures. Similar to how a steeper hill takes more effort to climb on a bicycle, heat pumps that have greater temperature differences between their source and sink will work harder and produce lower efficiency. It is crucial to determine the correct size heat pump for seasonal efficiency.

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