MCS Certified Heat Pump Installers in Edinburgh Since 2018
Concerned about rising heating costs? Looking for a sustainable heating and cooling solution in Edinburgh? Our MCS-certified heat pump installations reduce energy bills, lower carbon emissions, and provide year-round comfort for your property.
Since 2018, Renew-Able Solutions has completed over 1,200 renewable energy installations across Edinburgh, East Lothian, West Lothian, Midlothian, Fife, and surrounding areas with a 4.8/5 customer rating. As RECC-approved installers, we combine two decades of experience with transparent pricing and consumer protection.
Important: Heat pump installation is a significant investment (typically £6,000-£20,000 depending on system type). Performance and returns vary by property. We recommend independent financial advice. Typical payback: 10-20 years.
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Types of Heat Pumps We Install in Edinburgh
We provide MCS-certified heat pump solutions for Edinburgh residents and businesses, handling everything from FREE site assessment to Building Standards Scotland-compliant installation.
Air Source Heat Pumps
Our air source heat pumps are the most popular choice due to their efficiency, lower installation costs, and proven performance in Scottish weather. Operating effectively even at -15°C, they provide heating in winter and optional cooling in summer with 300-400% efficiency, typically installed in 2-3 days.
Ground Source Heat Pumps
Ground source heat pumps offer the highest efficiency (400-500%) and most stable performance using underground pipes buried 1-2 meters below the surface. Ideal for larger properties with 150-250m² garden space or vertical boreholes (80-120m deep), installation typically takes 5-7 days with minimal outdoor noise.
Water Source Heat Pumps
Water source heat pumps extract heat from nearby lochs, rivers, or high groundwater levels, offering 400-450% efficiency similar to ground source systems with stable year-round performance. Particularly suitable for waterfront properties in Leith, Granton, and Portobello Beach, they require SEPA environmental permits and detailed site assessments before installation.
Ductless Mini-Split Heat Pumps
Ductless mini-split systems are ideal for flats, extensions, and properties without existing ductwork, consisting of an outdoor compressor connected to one or more indoor air handlers. Installed in just 1 day through a small 7-8cm wall hole, they provide zoned heating and cooling control from £3,800-£8,000, operating quieter than a whisper at 19-26 decibels.
Our Heat Pump Installation Process in Edinburgh
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Why Choose a Heat Pump for Your Edinburgh Property?
Heat pumps use electricity to move existing heat rather than burning fuel, achieving 300-500% efficiency compared to gas boilers’ 90-95% efficiency.
Heat Pump Servicing & Maintenance in Edinburgh
Just like boiler servicing, your heat pump requires annual professional maintenance to ensure optimal performance, protect your warranty, and extend its 20-25 year lifespan.
Why Choose Renew-Able Solutions As Your Heat Pump Installer in Edinburgh
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Frequently Asked Questions
Heat pumps typically last 20-25 years with proper maintenance, significantly longer than gas boilers (15 years average). Regular annual servicing (£150-250) ensures optimal performance throughout the lifespan.
Yes, modern heat pumps operate efficiently down to -15°C to -25°C and are proven reliable in Scandinavian countries where winters are colder than Edinburgh. Systems are sized to meet your property’s full heating demand even during the coldest days.
Air source and mini-split heat pumps require 1-2m² of outdoor space, positioned at least 1 meter from boundaries. Ground source systems require 150-250m² of garden space or vertical boreholes (80-120m deep).
Modern air source heat pumps produce 40-60 decibels (similar to a refrigerator), while ground and water source units are quieter as main components are underground. Mini-split indoor units operate at 19-26 decibels, quieter than a whisper.
Heat pumps require annual professional servicing (£150-250) including refrigerant checks, electrical inspection, filter cleaning, and performance verification. Homeowners should clean air filters quarterly and keep outdoor units clear of debris.
Heat pumps can work with existing radiators, but larger radiators may be needed as heat pumps operate at lower flow temperatures (45-55°C) vs gas boilers (65-75°C). We conduct heat loss calculations during the FREE site assessment to determine if radiator upgrades are required.
Air source: £6,000-£10,000 standard or £12,000-£18,000 with upgrades. Ground source: £13,000-£20,000. Water source: £10,000-£15,000. Mini-split: £3,800-£8,000. After grants (£6,000-£15,000 available), most customers invest £5,000-£10,000.
Savings vary by current system and property insulation. Well-insulated properties replacing oil/LPG typically save £500-£800 annually, electric storage heaters £400-£600, gas boilers £100-£300.
COP measures efficiency, the ratio of heat output to electricity input. A COP of 3.5 means 3.5kW heat for every 1kW electricity (350% efficiency). Air source achieves 3.0-4.0, ground/water source 4.0-5.0.
Most residential installations fall under Permitted Development rights and don’t require planning permission, provided the outdoor unit is positioned appropriately. However, listed buildings, conservation areas, flats, and properties in the New Town or World Heritage Sites typically require City of Edinburgh Council approval.
Yes. Boiler Upgrade Scheme provides £7,500 (air source) or £6,000 (ground/water source) grants. Home Energy Scotland offers up to £7,500 grant PLUS £7,500 zero-interest loan (£15,000 total), with rural uplift for qualifying properties.
SPF measures a heat pump’s real-world efficiency over an entire year, accounting for seasonal variations. Typical SPF values are 2.8-3.5 for air source, 3.5-4.2 for ground/water source, and 3.0-3.8 for mini-splits.
Heat pumps can increase property value by £5,000-£15,000+ depending on system type. Properties with renewable heating systems achieve higher EPC ratings and meet Future Homes Standard requirements, making them attractive to buyers.
Yes, combining heat pumps with solar panels significantly improves system economics by reducing electricity costs. Solar panels can provide 30-50% of a heat pump’s annual electricity requirements, with annual savings potentially reaching £800-£1,200.
Heat pumps require electricity to operate and will not function during power cuts. For critical heating needs, we can design systems with backup power solutions such as battery storage or generator connections.
As of 2024-2025, heat pumps with COP 3.0+ cost approximately the same to run as gas boilers in well-insulated properties. Higher efficiency heat pumps (COP 3.5+) or properties with solar panels typically see lower running costs than gas.
No, heat pump installation requires F-Gas certification, MCS accreditation, and BS7671 electrical qualifications. DIY installations are illegal, void all warranties, disqualify you from government grants, and pose serious safety risks.
Typical sizing is 5-8kW for a 3-bed semi-detached house, 8-12kW for a 4-bed detached house, and 12-16kW+ for larger properties. Mini-splits are sized per zone at 2.5-5kW per indoor unit.
Yes, properties with oil or LPG heating are ideal candidates, typically achieving the highest savings (£500-£800 annually). The Boiler Upgrade Scheme prioritizes properties moving away from fossil fuels with £7,500 (air source) or £6,000 (ground/water source) grants.
Beyond annual servicing (£150-£250), budget for electricity costs (typically £800-£1,500 annually for a 3-4 bed house) and occasional component replacements. Total annual operating costs typically range from £1,000-£2,000.
We provide emergency repair service with response within 24-48 hours for system failures. Most issues can be diagnosed and repaired quickly, with our engineers carrying common spare parts for major brands.
Yes, ductless mini-split heat pumps are specifically designed for flats and apartments, requiring just a small 7-8cm hole through an external wall. Permission may be required from factors or property management companies.
Yes, most modern heat pumps are compatible with smart thermostats including Nest, Hive, and Honeywell. However, heat pump-specific controls often provide better performance as they’re designed for the lower flow temperatures heat pumps use.
The Future Homes Standard is a UK regulation effective from 2025 requiring all new homes to produce 75-80% less carbon emissions, meaning new builds cannot install gas boilers. Heat pumps fully comply with these requirements.
Yes, hybrid systems combine a heat pump with a gas boiler backup, with the heat pump handling most heating demand (70-80%). However, hybrid systems are more complex and expensive (£8,000-£15,000) and may not qualify for full grants.
Heat pumps achieve 300-500% efficiency while electric boilers convert electricity at 100% efficiency, meaning heat pumps typically cost 65-75% less to run. For a typical 3-bed house, electric boilers cost £3,000-£4,000 annually vs £800-£1,500 for heat pumps.
