Solar Panel Installers Scotland

Why Solar Panels Work in Scotland

Solar panels generate electricity from daylight, not just direct sunshine. Modern photovoltaic panels convert both direct and diffuse light into electricity, meaning they produce power even on overcast days. Scotland receives enough daylight across the year to make solar a practical investment for most homes.

Edinburgh receives approximately 1,350 kWh per square metre per year of solar irradiance. Glasgow receives around 1,300 and Aberdeen approximately 1,280. These figures compare favourably with parts of southern England and are well above the threshold needed for a productive residential system.

A typical 4kWp solar panel system in Edinburgh generates around 3,412 kWh per year. In Glasgow that figure is approximately 3,187 kWh and in Aberdeen around 3,071 kWh. With 0% VAT on solar installations until 31 March 2027, the upfront cost is lower than it has been for years.

What We Do

We arrange no-obligation solar surveys for Scottish homeowners. A surveyor visits your property, assesses your roof orientation, pitch, shading and structural condition, and reviews your electricity usage patterns. From that assessment, we produce a written quote with itemised pricing for your specific installation.

We install through MCS-certified partners. This means the installation is carried out by certified professionals and your system is registered correctly for any applicable export tariff. We also arrange battery storage and EV charger installation as part of the same survey and quote process.

Our coverage extends across all of Scotland, from the Borders to the Highlands. Whether you live in a city centre tenement, a suburban semi-detached house or a rural property, we can assess your solar potential and provide a written quote.

How to Choose the Right Solar System

The right solar system size depends on three factors: your annual electricity consumption, your roof space and orientation, and your budget. A typical 3-bedroom Scottish home uses around 3,100 to 3,500 kWh per year. A 4kWp system generating roughly 3,200 kWh annually is a common starting point.

If you have an electric vehicle or are planning to get one, or if you use a heat pump, a larger system of 6kWp or more may be appropriate. Battery storage allows you to use more of the electricity you generate rather than exporting it, which can improve the value you get from your panels.

Roof orientation matters. A south-facing roof produces the most electricity, but east and west-facing roofs still generate around 80% of a south-facing equivalent. North-facing roofs are generally not recommended. Our survey assesses your specific roof and advises on the optimal panel layout.

The Solar Panel Installation Process

The process begins with a no-obligation survey. The surveyor measures your roof, checks its structural condition, assesses shading from nearby buildings or trees, and reviews your electrical setup. They also discuss your energy goals and budget.

After the survey, you receive a written quote with itemised pricing. If you accept, we schedule the installation. Most residential installations take one to two days. The panels are mounted on your roof, the inverter is installed, and the system is connected to your electrical consumer unit.

Before the system goes live, your installer notifies your District Network Operator (DNO). This is a standard regulatory step. Once the DNO is notified and the installation is complete, your system is commissioned and you can start generating electricity from your roof.

Getting Started

The simplest way to get started is to call 0141 230 0198 or complete the quote form on this page. We will arrange a no-obligation survey at a time that suits you. There is no pressure and no obligation to proceed after the survey.

You can also use our free online tools to explore your options before the survey. The Solar Generation Calculator shows estimated output for your city. The System Size Calculator recommends a kWp rating based on your usage. The Quote Builder gives an instant itemised estimate.