Smarter heating for lower energy costs and sustainable living.
Why Choose Smart Living Energy?
Fully accredited
MCS and NAPIT accredited for workmanship and product quality.
System design included
Built around your needs, home, and energy rating.
Expert aftercare
We are always here to support you after installation.
What is an
Air Source Heat Pump?
An ASHP works like a fridge in reverse – it extracts heat from the air outside, even in cold conditions, and uses it to heat your home and hot water. It is one of the most efficient and sustainable ways to heat a property in the UK today.
Our systems are designed to suit your home and budget. We will explain everything clearly, with no confusion.
Why Choose an
Air Source Heat Pump?
Smart By Design
We make the process straightforward – from your initial enquiry to installation and aftercare. Our heat pump solutions are designed to suit your property and your needs.
Financially Smart
With an ASHP you have greater protection from rising oil and gas prices, so your energy bills stay stable even when global markets change.
Smart & Clean
Reduce your carbon footprint while heating your home more efficiently. We respect your home with an installation designed to last.
Installing Air Source Heat Pumps
in Existing Homes
Costs for an Air Source Heat Pump typically start at £12,000 to install. You could qualify for a £7,500 grant through the Boiler Upgrade Scheme in England & Wales or the Energy Saving Trust in Scotland (subject to eligibility).
Key Benefits:
- Long system lifespan – typically 15 to 20 years
- Low maintenance with modern, quiet operation
- Reduced reliance on fossil fuels
Vaillant
-
Air Source Heat Pump 10kw and controls
-
Buffer and Water Cylinder
-
Radiators with TRVs
Samsung
-
Air Source Heat Pump 10kw and controls
-
Buffer and Water Cylinder
-
Radiators with TRVs
Combine Systems for Greater Savings
While an ASHP could reduce your energy costs, pairing it with additional smart technologies increases efficiency and savings.
A Clear and Simple Process
Please contact us
You will speak to a friendly member of our team for a simple 10 – 15-minute assessment.
We survey your property
Arranged within 2–3 days. We will check insulation, layout, and compatibility.
We design your system
A full system proposal within 2–3 days of the survey.
We provide a quote
No hard sell, just clear pricing. Issued within seven working days.
We install your system
We will prepare the work in one week and the full installation takes around seven days. We will remove and recycle old boilers.
We provide you with aftercare
You will receive a completion pack, product warranties, an MCS certificate, and a follow-up call to make sure everything is right.
We care. We treat every home with respect – smart and clean.
Frequently Asked Questions
Do air source heat pumps work in cold weather?
Yes – they are designed to operate efficiently even in temperatures as low as -15°C.
Are heat pumps suitable for older homes?
Yes, but suitability depends on the property’s insulation and heating system. Homes with older or less effective insulation can still benefit from a heat pump, but we’ll assess whether insulation improvements are needed to ensure it performs efficiently. This will be covered during your survey.
Do I need planning permission?
Most ASHP installations are a permitted development. We will confirm this during your consultation.
What is the typical cost of an installation?
The cost of an ASHP starts at £12,000 before grants. With a grant of £7,500 from the Boiler Upgrade Scheme in England & Wales and Home Energy Scotland (subject to eligibility), many systems are significantly more affordable.
What is the disruption like?
Minimal. We install with care, vacuum up after ourselves, and treat your property like it is our own.
Are you accredited by MCS?
Yes. We are fully MCS accredited for both products and workmanship.
See what our customers say
(Source: Trustpilot)
Our Accreditations & Certificates
Ready to take the next step?
No pressure. Just helpful advice and a clear quote.
Let us make your home smarter.