How much does a Heat Pump cost to install and run (2024)

April 21, 2023

How much does a Heat Pump cost to install and run

How much does a Heat Pump cost?

The costs of heat pump systems can vary significantly between system size, manufacturer and type, with the less effective air source pumps also costing less than the ground source variety.

Installation costs may be higher depending on your property’s specifications, such as, for example, if the installation requires the digging of a deep borehole for vertical tubing.

If you wish to make the best use of the heat pump and install under floor heating, this will cost around £2,000-£3,000, depending on the property.

There are also running costs that must be considered, since theheat pumpsrequire electricity in order to operate. This can be calculated using the system’s total efficiency and your property’s energy needs. Therefore, if you have a system efficiency of 3, in order to generate 9,000kWh of heat, you will require 3,000 units (kWh) of electricity a year, which will cost £450 (assuming an electricity unit cost of 15p/kWh).

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The Current Domestic RHI Scheme

The new tariffs for the domestic RHI scheme as of 1 July 2019 are set out in the table below, alongside the annual heat demand limits.

Tariff

Biomass boilers and stoves

Air source heat pump

Ground source heat pump

Solar thermal

Tariff January-March 2017 (p/kWh)

4.21

7.51

19.33

19.74

Tariff from 1st July 2018

6.74

10.49

20.46

20.66

New tariff from 1 July 2020 (p/kWh)

6.88

10.71

20.89

21.09

Heat demand limit (kWh)

25,000

20,000

30,000

Doesn’t apply

Important changes put in place in 2017:

  • Annual heat demand limits on which the householder can receive support (see table above). Properties with higher heat demands are still eligible for the scheme.
  • Electricity metering required for new air source heat pump (ASHP) and ground source heat pump (GSHP) installations (to monitor heat pump performance), although ‘deemed heat requirement’ remains the basis for RHI payments.
  • Metering and monitoring service package (MMSP) payments to be given in two parts: 50% of the total payment with the first tariff payment, and the remaining 50% paid over the remaining payment lifetime.
  • Ground source heat pumps with shared ground loops will not be eligible for the domestic RHI scheme but will be eligible for the non-domestic scheme.

*IMPORTANT CHANGE TO DOMESTIC RENEWABLE HEAT INCENTIVE

  • The Domestic Renewable Heat Incentive has been extended until March 2022. Up until the last budget the RHI had only been guaranteed for new entrants up to March 2021.

When did the domestic RHI changes come in?

The changes described above (other than tariff increases) came into force when the scheme formally changed and applied to applications made on or after that date – estimated as 1 April 2017. New applications from 14 December for biomass boilers and stoves, ASHPs and GSHPs were upgraded to the improved tariff rate automatically when it came into force. Therefore, anyone who installed on or after 14 Dec 2017 still enjoyed the uplift.

How did the non-domestic RHI change?

There were quite a few changes to the non-domestic RHI scheme:

  • A tariff guarantee process was introduced for larger projects, with the amount of heat covered limited to 250GWh per year. This relates to large biomass boilers (above 1MW in capacity), large biogas plant (above 600kWth), GSHPs (above 100kW, including shared ground loop systems) and all capacities of biomethane, biomass-CHP and deep geothermal plant
  • Biomethane and biogas tariff levels were increased (see table)

Tariff

Small biogas

Medium biogas

Large biogas

Biomethane injection

Tariff January-March 2017 (p/kWh)

3.32

2.60

0.98

Tier 1: 3.89 Tier 2: 2.29 Tier 3: 1.76

Percentage Increase (%)

33

34

33

38 37 43

New tariff from 1 April 2017 (p/kWh)

4.43

3.47

1.30

Tier 1: 5.35 Tier 2: 3.14 Tier 3: 2.42

  • Biomass tariff bands are reduced from three (small, medium, large) to one, which were tiered according to heat use. The tier threshold is equivalent to a 35% load factor (see table).

Small biomass

Medium biomass

Large biomass

Current tariff

Tier 1 (p/kWh)

3.10

5.24

2.05 Not currently tiered.

Current tariff

Tier 2 (p/kWh)

0.82

2.27

2.05 Not currently tiered.

Current tariff

Tier threshold

15%

15%

2.05 Not currently tiered.

Reformed tariff

Tier 1 (p/kWh)

2.91

2.91

2.91

Reformed tariff

Tier 2 (p/kWh)

2.05

2.05

2.05

Reformed tariff

Tier threshold

35%

35%

35%

  • Ground source heat pumps with shared ground loops serving domestic properties were eligible for the non-domestic scheme on the basis of deemed heat use and subject to electricity metering.
  • New biogas and biomethane plants only eligible if at least 50% of biogas and biomethane comes from waste or residual feedstocks.
  • The drying of digestate at biogas and biomethane plants is no longer eligible for support.

What didn't change:

  • Tariffs relating to non-domestic ASHP, GSHP, biomass-CHP, biogas, solar thermal and deep geothermal stayed the same.
  • The scheme conditions relating to solid biomass CHP, deep geothermal plant, and solar thermal systems (up to 200kW capacity).
  • Wood fuel drying remained an eligible heat use but was under review.
  • The option to assign rights to RHI payments to third parties was not extended to non-domestic installations.

read more here

*IMPORTANT CHANGE TO NON-DOMESTIC RENEWABLE HEAT INCENTIVE

  1. Six-month extension introduced for eligible applications to the NDRHI scheme to help businesses genuinely affected by Coronavirus. The extension allows for the postponement of the scheme’s planned closure in March 2021.
  2. Only projects already under development will be allowed to submit a full application by 30th September 2021. Applicants must provide evidence that they have already invested capital.
  3. The extension does not cover projects that already benefit from an extended deadline due to the recent extension to tariff guarantees, including solid biomass combined heat and power (CHP) plants, geothermal and biothermal facilities, biomass plants of more than or equal to 1MWth, biogas plants of at least 600kWth, as well as ground source and water source heat pumps equal or larger than 100kWth.
  4. Eligible applicants and projects can submit an extension application to secure a prolonged period for the project. The application must be supported by evidence requirements and submitted no later than 31st March 2021.

Renewable Heat Premium Payment

----------THIS IS NOW CLOSED AS OF MAY 2015------------

The Renewable Heat Premium Payment (RHPP) is a Department for Energy and Climate Change (DECC) initiative which aims to support those thinking of installing a renewable energy technology on their property. The RHPP is designed to provide support for homeowners until the domestic Renewable Heat Incentive (phase two) comes into effect in 2014.

The RHPP is a one-off payment (in voucher form) toward the cost of installing a renewable heat source. The current phase (phase 2) of the RHPP runs until March 2014.

Grants: value

Availablity is as follows:

  • Forair source (air to water only) heat pumps, you will receive a voucher of£1300
  • Ground source heat pumps systemsare eligible for a payment of£2300

Grants: requirements

In order to be eligible for RHPPs for heat pumps, your property must satisfy the following criteria:

  • it must be owned by you, or if you are a tenant you must purchase the heat pump system yourself
  • it must have 250mm loft insulation and, where feasible, cavity wall insulation
  • if the property is a new build, then you must retain ownership of the property either as the occupier or as the Private Landlord. Please note applications from installers, builder/developers or householders in relation to “off-plan” developments, arenot eligiblefor support under this scheme. Similarly, installations where the renewable heating system was installed prior to the first occupation of the property are also ineligible for the scheme
  • its heating system must not currently be mains gas-powered (i.e. you must currently use oil, solid fuel, liquid gas or electricity)
  • You must not have received any payment under RHPP phase 1.
  • The heat pump itself must be installed by a Microgeneration Certification Scheme-accredited installer

NB. The Premium Payment is not available for air-to-air heat pumps.

If you have any further questions, please email these to[emailprotected]

For clarification on any matters relating to this scheme please clickhere.

Finance options for Heat Pumps

There are a number of companies offeringfinanceforheat pump systemsin the United Kingdom. Finance, in the form of loans and leasing agreements, is available for domestic, commercial and industrial installations, in both the private and public sectors. Finance for renewable energy technologies allows customers to avoid large upfront costs and make payments out of the income earned from Feed-in tariffs, as well as energy bill savings. Finance may be offered on a range of bases, each offering varying levels of financial risk and reward, as well as varying interest rates. Typically, the finance company will provide the renewable energy technology and the cost of installation in return for payments spread over a period of time. Depending on the type of agreement, the client may either come to own the technology at the end of the period, it may be sold by the company with the proceeds being split between client and company, or the company could retain it. The arrangements offered by finance companies will vary, however, and each company will offer different advice. It is therefore advisable to obtain quotes and agreement terms from a range of companies, based on clients’ energy needs and financial situation. Caution should also be taken when calculating one’s ability to make repayments, as the returns offered by some renewable technologies depend in large part on the weather.

The Green Deal for Heat Pumps

--This Scheme has now been CLOSED by Government --

The Green Dealis a financial mechanism set up by the government to assist in covering the sizable initial outlay needed for many renewable energy systems and other green technologies. The initiative provides upfront cash at a percentage of the product and install cost, this amount is then recouped through a payment arrangement over a period of time. The repayment amount is worked out based on the savings you will be making on your energy bills through your new system. By this method you can have your technology installed and appreciate its specific benefits and not be paying any more than usual and quite often less than you were on your energy bills. The Green Dealwas launched in January 2013 and applies to both domestic and non-domestic sectors. It replaces current policies such as the Carbon Emissions Reduction Target (CERT) and the Community Energy Saving Programme (CESP). Most types of Heat Pump system are applicable for approval, but the system and site will need to be individually assessed before the green deal can be granted. For further information we provide a full write up of the governments Green Deal Initiative. If you are interested in this scheme, you can contact us, and we will arrange for a Green Deal assessor to contact, you to discuss your requirements. Read more onThe Green DealHere.

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How much does a Heat Pump cost to install and run (2024)

FAQs

How much does a Heat Pump cost to install and run? ›

Using existing ductwork will eliminate the need to install an expensive new duct system, which can cost thousands. The price to purchase a ducted heat pump and have it installed runs on average $5,600, but this cost can go well over $10,000 depending on the brand, energy efficiency, labor warranty, and other features.

How much is a heat pump fully installed? ›

Fitting an air source heat pump usually costs between £7,000 and £15,000, while a ground source heat pump installation typically costs £17,000 to £35,000.

How much does heat pump cost to run? ›

A large heat pump (10kW+) might cost as much as $800-900 per year to keep you warm while a small heat pump (2kW) can cost below $200. If you install a gas heater, you'll have to pay a gas connection charge (often around $40 per month) all year round, for a heating appliance you use for less than a whole year.

What is the major disadvantage of a heat pump system? ›

Higher installation cost: Because heat pumps are more complex, they cost more to purchase and install than a comparable air conditioner.

At what temperature is a heat pump useless? ›

Heat pumps do not operate as efficiently when temperatures drop to between 25 and 40 degrees Fahrenheit for most systems. A heat pump works best when the temperature is above 40. Once outdoor temperatures drop to 40 degrees, heat pumps start losing efficiency, and they consume more energy to do their jobs.

How much is a heat pump for a 2000 sq ft house? ›

A 2,000-square-foot house needs a 3- to 4-ton heat pump, which will cost between $6,500 and $8,500 to install.

Do heat pumps use a lot of electricity? ›

On average, air source heat pumps use between 1,000 and 7,500 watts of electricity in cold weather. Actual energy usage depends heavily on what size heat pump you're using. It costs an average of $207 to use a heat pump for cooling for a month and $1,035 to run for a year.

Is it cheaper to heat or cool with a heat pump? ›

Heat pumps use less energy in cooling mode – by about five times, in fact. This is because heat pumps draw hot air from outside when in heating mode, and since this mode is usually only used in cold weather, there isn't a ready supply of heat for it to absorb.

Are heat pumps worth it or just? ›

In fact, premium heat pumps can heat a room at 600% efficiency, while gas heaters are around 50% to 95%. Because they use less energy to run, they're also better for your wallet. Although they may be more expensive to install, they can provide significant savings in the long run.

Are heat pumps worth the expense? ›

Because of the genius way they work, heat pumps are 2-3 times more efficient than traditional heating systems. According to our recent analysis, the average homeowner in the United States can save $667 per year by switching to a heat pump.

Who should not get a heat pump? ›

Heat pumps might struggle in drafty, poorly insulated homes. You might need to upgrade your electrical service to support whole-house electric heating. And it's possible that you'll want to keep (or add) a backup heating system just in case the weather gets so unusually cold that your heat pump can't keep up.

What is the life expectancy of a heat pump system? ›

Heat pumps normally last an average of 15 years, though some can wear out after a decade. Some of the newer units being manufactured today can last a bit longer. The factor most important in determining the lifespan of your heat pump is maintenance.

What is the most common problem with heat pumps? ›

Anything that blocks airflow can impact the performance of your heat pump. A dirty air filter is typically the most common culprit, though other offenders may include debris smothering the exterior unit or dirty coils in need of professional cleaning.

Can a heat pump keep up with 100 degree weather? ›

Do Heat Pumps Work in Hot Weather? Many people think of heat pumps as simply a household heating solution. But heat pumps work to cool homes, too, and are capable of working in hot weather, just like an air conditioner.

Should I turn off my heat pump in extreme cold? ›

The answer to the question whether or not to shut off your heat pump when it's cold outside is a resounding no. Let the system do what it's supposed to do, and it will provide heat to your home through supplemental sources.

Do heat pumps work below freezing? ›

At temperatures below -20°F, cold climate heat pumps still provide dependable heat, and many models are 100% efficient at sub-freezing temperatures. Since they consume less electricity in moderate weather, heat pumps cost much less to operate than legacy systems like combustion furnaces and boilers.

How much does a heat pump cost for 1500 square feet? ›

Generally speaking, installing a heat pump in a 1,500-square-foot residence will cost between $3,500 and $6,000, while installation in a 3,000-square-foot home is usually between $4,500 and $9,000 in total.

Is a heat pump worth the extra money? ›

So, is a heat pump worth it? In a word, yes. heat pumps are an excellent option for all types of buildings, and when properly designed and installed, a heat pump system can quickly provide a return on investment.

Is a heat pump worth the extra cost? ›

With the exception of their higher upfront cost, heat pumps are better in almost every way. They can typically replace both an air conditioner and a furnace, which means two major appliances for the price of one. Heat pumps also provide more comfortable heating and cooling than basic air conditioners and furnaces.

Does installing heat pumps increase home value? ›

Not only can a heat pump increase the value of your home, but it's also an investment that can make your home more energy-efficient. Heat pumps serve a dual purpose, replacing both heating and cooling systems.

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