Solar for farms in Highlands
The Highlands include extensive livestock farming, crofting and rural businesses across a large geographic area. While more remote, farms here can still benefit from solar PV — modern panels generate effectively even in Scottish conditions, and battery storage is valuable where grid connections are less reliable.
What are the local farm buildings like in Highlands?
Highland farm buildings range from small croft structures to substantial estate steadings and modern livestock units. Buildings in the straths and glens are typically traditional stone-and-slate construction, while coastal farms around the Black Isle and Easter Ross have more modern steel-frame sheds. Roof sizes tend to be smaller than in the arable east, reflecting the predominantly livestock-based farming.
Which roof types work best for solar here?
South-facing roofs on Highland farms can generate well during the long summer days, though the mountainous terrain creates shading challenges in many glens. The wide glens around Inverness and the Black Isle offer better solar access than narrow glens in the west. Your survey includes a full shading analysis. Ground-mounted arrays are less common due to terrain but can be viable on flatter ground in the straths.
What is the typical energy use for farms in Highlands?
Highland livestock farms have moderate, steady electricity use — fencing, lighting, water pumping, workshop equipment. Crofting operations have lower energy use but can still benefit from offsetting basic loads. Rural businesses and estates with multiple buildings have higher, more varied demand. Some remote Highlands farms are off-grid or have limited grid capacity, making solar with battery storage particularly valuable.
Does battery storage make sense in Highlands?
Battery storage is essential in the Highlands. The long winter nights (over 17 hours of darkness in December) and potentially unreliable rural grid connections make storage critical for both cost savings and resilience. For remote farms, a battery can mean the difference between relying on a diesel generator and running on stored solar through the evening.
How does Scottish daylight affect solar output in Highlands?
The Highlands have the most extreme seasonal variation in Scotland. Summer days extend to nearly 19 hours in June — the longest in the UK — providing excellent generation potential. However, winter days drop to as little as 6 hours in December. Annual sunshine hours are around 1,100–1,250. This extreme variation makes battery storage and realistic winter expectations crucial.
Nearby areas we also cover
We arrange surveys across all of Scotland’s farming regions. Areas near Highlands that we cover include: Grampian, Argyll & Bute. See our full areas covered page for all regions.
Arrange a no-obligation survey in Highlands
Tell us about your farm in the IV, KW postcode area and we'll arrange a survey and quote.
Get a quote nowFrequently asked questions
Does solar PV work in the Highlands in winter?
Solar PV generates in the Highlands year-round, but winter output is significantly lower due to short days (as little as 6 hours of daylight in December) and lower sun angles. Your survey provides realistic expectations for seasonal generation. Battery storage and potentially a hybrid approach help bridge the winter gap.
Can you install solar on a croft in the IV postcode area?
Yes. Crofts with suitable outbuildings can benefit from a smaller solar PV system. Your survey assesses your buildings, energy use and whether the system cost is justified by your savings. For very small operations, we provide honest advice on whether solar is the right investment.
Is battery storage necessary for a Highland farm?
Given the extreme seasonal daylight variation and potentially less reliable grid connections in remote areas, battery storage is strongly recommended for Highland farms. It provides resilience during outages and bridges the long gap between daytime generation and evening use. Your survey recommends an appropriate capacity.
Last updated: 30 October 2026. Reviewed by the Scot Energy Efficiency team.