Does A Heat Pump
Reduce Power Bills?

Heat pumps can be efficient, but running costs depend on sizing, use, maintenance and your home.

Efficient heating starts with the right system

Heat pumps are popular because they can provide efficient heating and cooling, but the real running cost depends on the unit, the room size, how it is used, and how well it is maintained.

An undersized, dirty or poorly positioned unit may work harder than it should, while a well-selected and serviced system can heat more comfortably and efficiently.

What affects heat pump running costs

  • Correct unit size for the room or home
  • Clean filters and regular servicing
  • Good airflow around indoor and outdoor units
  • Insulation, window quality and heat loss
  • Temperature settings and how long the system runs

Why servicing matters

Dust, blocked filters and dirty coils can reduce airflow and efficiency. That means the unit may need to work harder to deliver the same comfort.

Regular servicing helps maintain performance, reduce strain and identify small issues before they become expensive faults.

Choosing the right heat pump setup

For one room, a high-wall or floor console may be enough. For multiple areas, a multi-room or ducted system may be a better fit.

Holmes Services can help choose, install and maintain a system that suits your home rather than guessing from a catalogue.

Related Holmes Services

If this sounds like what is happening in your home, the next step is usually to look at the service that solves the underlying issue.

View Heat Pump Services

Frequently Asked Questions

Are heat pumps cheaper to run than portable heaters?

Often they can be, especially when correctly sized and used properly, but running costs depend on your home and usage.

Does servicing reduce power bills?

Servicing helps keep the unit operating efficiently. It may reduce wasted energy if filters, coils or airflow were restricting performance.

What temperature should I set my heat pump to?

A moderate, consistent setting is usually more efficient than constantly pushing the system to extremes.

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