Single-room planning ranges
For a straightforward domestic installation, Climetech’s current guide starts at approximately £1,500. The indicative ranges used in the online estimator are:
- Small 2.0–2.5 kW room system: approximately £1,500–£2,100
- 3.5 kW room system: approximately £1,700–£2,300
- 5.0 kW room system: approximately £2,100–£2,900
- 7.0 kW room system: approximately £2,600–£3,600
These are planning figures, not fixed quotations. Commercial work, higher-capacity equipment and non-standard access can cost more.
What changes the price?
- Room heat load and required capacity
- Single-split, multi-split or ducted equipment
- Pipe length, trunking route and external finish
- Gravity drainage or condensate pumps
- Electrical supply requirements
- Access equipment, scaffolding or building work
- Manufacturer, controls and warranty arrangements
Several rooms and whole properties
Multi-room work must be designed room by room. The cheapest-looking equipment combination is not always the best installed solution: pipe routes, simultaneous demand, outdoor space, pumps and future maintenance all matter.
Get a useful figure before committing
Use the estimator for an initial budget, then arrange a free survey for equipment selection and a written scope. VAT treatment and any separate electrical or building work are confirmed in the quotation.
Frequently asked questions
What does a standard single-room installation cost?
Climetech’s current planning range starts at about £1,500 for a straightforward small domestic system. Capacity, brand, pipe route, drainage, electrical work and access can increase the final price.
Is a multi-split always cheaper than separate systems?
No. A multi-split can reduce the number of outdoor units, but equipment combinations, pipe routes, condensate pumps and installation time can make separate systems better value in some properties.
Can Climetech quote without visiting?
A rough budget can be produced from room information, but an accurate written quotation needs a site survey to confirm heat loads, positions, routes, drainage, power and access.