How to Choose the Right Luftvärmepump( air heat pump ) for Your Home: What You Need to Know

When it comes to choosing a heat pump for your home, there are several factors you need to take into account. The primary considerations are whether you have a gas supply, what type of fuel you have and how much heating you need. There are different types of heat pumps available: there’s the standard hybrid-electric heat pump that uses electricity as the primary source of power and the reverse-cycle heat pump that uses natural gas (and, in some cases, LPG) as the primary source of power. Additionally, we live in an increasingly eco-friendly world now than ever before. If that is something that concerns you or if you simply want to save money on your energy bills while reducing both your carbon footprint and your natural gas consumption by installing a heat pump as an alternative heating system, then this blog post is for you!

How Does a Heat Pump Work?

In this scenario, the Luftvärmepump( air heat pump )is used to cool your house in the summer. There are two systems that are involved: the refrigerant circuit and the air circuit. The refrigerant circuit is responsible for taking heat out of the house and transferring it outside to a condenser. The condenser then cools the refrigerant and releases hot, pressurized gas outside. The gas then travels through a compressor and back into the indoor system, where it takes more heat out of the air in your house. Now, let’s look at the situation when it’s winter: The indoor air is cooler than the outdoor air. The heat pump uses this difference in temperature to move heat from the outdoor air and transfer it into your house.

Hybrid-Electric Heat Pumps

A hybrid-electric heat pump uses electricity as the primary source of power, but it also has a gas-powered back-up heating system. That means that if you have a power outage or if your power bill gets too high, the hybrid-electric heat pump will automatically switch to gas. These heat pumps are primarily used in places where it’s common to experience long power outages or brownouts. Places like the Northeast or the South where winter storms often hit hard are perfect for hybrid-electric heat pumps. Hybrid-electric heat pumps work the same way as reverse-cycle heat pumps, but the primary source of power is electricity instead of gas. So, if there’s a power outage, you are out of luck and there’s no back-up heating system to help keep you warm.

Reverse-Cycle Heat Pumps

A reverse-cycle heat pump uses natural gas (and, in some cases, LPG) as the primary source of power, and it uses refrigerant to transfer heat from the outdoor air into your home. In the winter, the system works in the opposite direction, using the indoor air to cool your home. Reverse-cycle heat pumps are useful in moderate climates where you need to heat your house for about six months out of the year. You can also use a reverse-cycle heat pump to dehumidify your house, which can come in handy in humid climates where you need to remove excess moisture from the air.

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