Check every solar price in Scotland—instantly
no sign-up, no sales calls
What is SunBru?
Instant Online Pricing: Calculates real, personalized solar and battery package estimates for homes across Scotland (Glasgow, Edinburgh, Aberdeen, and beyond) in seconds.
No-Contact Quote Engine: Provides transparent cost estimates, projected energy savings, and payback periods online without requiring upfront sales calls or aggressive phone pitches.
Full-Service Support: Covers the initial free price estimate, site surveys, and Energy Performance Certificate (EPC) assistance to simplify home solar installation.
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- From £4,500–£6,500
- Ideal for lower energy usage
- Typical payback: 6–9 years
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- From £6,000–£8,500
- Most popular setup in Scotland
- Typical payback: 5–8 years
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- From £8,000–£12,000
- Higher savings potential
- Battery-ready systems
Why SunBru is different

SunBru Installer Network
- 4.8+ rating from Scottish homeowners
- MCS certified & TrustMark approved
- Over 1,000 installations completed

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- Highly rated for customer service
- Solar & battery specialists
- Experienced with Scottish properties
- Trusted by homeowners across Scotland
- Experienced installation team
- Strong aftercare and support

When You Compare






Why Choose SunBru



Is solar worth it for my home?

Home without solar
High energy bills
100% energy dependant
No increase in property value
Zero financial incentives
Property is not future proof
Environmental impact

Home with solar & battery
Reduced energy bills
Increased energy independence
Financial incentives available
Increased property value
Your electricity available 24/7
Save 60%–90% off electricity bill
Smart energy tariffs
Supports going off-grid
Join 18,000+ Scots who found the right solar system for their home..

PV (Photovoltaics) are panels that produce electricity from solar energy. These are often mounted on the roof and facing towards the Sun. They capture the Sun's energy and convert it into renewable electricity. This electricity can then be used in our homes and sold to the electricity grid.
The Sun's energy is converted into DC electricity by PV Panels on the roof. An Inverter converts the DC Voltage into AC electricity that we use in our homes and businesses. A generation meter records its production. The generated electricity is then used by your home and its appliances during the daytime. Excess electricity not used during production is then sold back to your electricity provider or stored in a battery.
An Inverter converts variable DC electricity into stable AC electricity for use in your property.
KW means Kilowatt. The greater the KW, the larger the PV system and typically the greater the energy generated from the Sun.
System design can be completed via Google Earth, satellite tools, house plans, or architect drawings. Certified electricians sign off all designs. All PV installers are qualified to design, install, and certify PV systems.
Solar PVs can convert almost any daylight into electricity, reducing purchases from utility suppliers. Panels have no moving parts, so there’s minimal maintenance, noise, or operating cost. They provide clean, renewable energy with zero emissions. System lifetime is over 25 years, and excess electricity can be sold back to the grid.
Shading can reduce panel output significantly. Systems need to be designed considering shading, possibly using systems to minimize the effect. Shading shouldn’t prevent installation, but production calculations must be adjusted.






