No roof constraints
Ground-mount systems are not limited by roof pitch, orientation or structural load. Arrays can be positioned and angled for maximum solar yield.
Ground-mounted commercial solar systems
When roof space is limited or unsuitable, a ground-mounted solar array turns underused land into a long-term energy and income-generating asset.
The case for ground-mounted solar
Ground-mounted solar removes the limits of roof size, structure and orientation, creating room for a larger system designed around your site and energy demand.
Scalable capacity
Without roof dimensions to work around, ground-mounted systems can be scaled to exactly match your energy demand — from 50kWp to several megawatts.
Land productivity
Agrivoltaic designs allow continued agricultural activity beneath and between panel rows — your land keeps working in two ways simultaneously.
Stronger yield potential
Ground-mounted arrays can be precisely angled and oriented for maximum solar output — outperforming constrained rooftop installations on the same site.
New income stream
Surplus generation from a ground-mounted array can be sold back to the grid via the Smart Export Guarantee — turning unused land into a recurring revenue source.
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From site assessment to generation
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Is ground-mounted solar right for your site?
Ideal for
- Farms and agricultural estates with unused grassland or marginal land
- Industrial and commercial sites with limited or unsuitable roof space
- Businesses that want larger capacity than their roof allows
- Sites where roof lease or ownership is complicated
- Organisations with sustainability or net-zero land use targets
Key considerations
- Minimum usable area of approximately 0.5 acres for a viable commercial system
- DNO grid connection assessment required — we manage this
- Planning permission is typically required above 50kWp
- South or south-west facing, unshaded land produces the strongest yields
- We advise on planning, ecology surveys and any land classification requirements
Ground-mounted solar across
all commercial sectors
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Why Choose Horizon?
Protect your business from volatile energy markets and unpredictable grid pricing.
Help your business meet its net-zero and sustainability targets with clean, on-site generation.
From initial survey through to aftercare, you deal with one expert team who knows your site.
Ground-mounted solar case studies
Rowton Hall Hotel & Spa
Cheshire
- System
- 160kW Ground Mount
- Return
- 30% Expected Annual Return
System
ReturnRural and Country designed a ground mount array for us that removed visual impact and delivered strong returns.
Read MoreBenx
Flintshire
- System
- 160kW Ground Mount
- Return
- 30% Expected Annual Return
Rural and Country designed a ground mount array for us that removed visual impact and delivered strong returns.
Read MoreAccreditations
Horizon Commercial Solar is fully accredited and MCS certified. Every installation meets the highest standards for design, safety and performance.
Frequently asked questions
Do I need planning permission for a ground-mounted solar array?
In most cases, yes. Ground-mounted systems above 50kWp typically require full planning permission. Smaller installations on agricultural land may qualify as permitted development subject to specific conditions. We manage the planning process on your behalf.
How much land do I need for a commercial ground-mount system?
A 100kWp system requires approximately 0.5–0.75 acres of usable south-facing land. A 500kWp system requires approximately 2.5–3.5 acres. Exact land requirements depend on panel specification, mounting angle and row spacing.
Can I still use the land for farming beneath the panels?
Yes. Agrivoltaic designs are increasingly common, allowing grazing, wildflower planting or low-growing crops to continue beneath and between panel rows. This also supports biodiversity net gain requirements in planning applications.
What is the grid connection process for a ground-mounted system?
Larger ground-mounted systems require a formal connection application to your local Distribution Network Operator (DNO). Connection timescales vary from 3 to 18 months depending on local grid capacity. We submit and manage this process from the outset.