Commercial
Commercial Ground-Mount Solar in Ormskirk
Ground-mounted solar farm arrays designed, engineered and installed for businesses, landowners and farms across Lancashire, Cheshire, Merseyside and Greater Manchester.
Free site survey and written quote, typically within 1–2 working days.
MCS
Certified for solar PV and battery storage
~10
In-house design and installation team
Free
Site survey and written quote
CHAS
Accredited for health and safety
Ground-mount arrays suit sites with land that earns nothing — verges, unused yard, paddock or set-aside. Because orientation and tilt are not dictated by an existing roof, output per panel is typically better than a rooftop equivalent.
What is a commercial ground-mount solar array?
A ground-mount solar array is a solar PV system fixed to a frame anchored directly into the ground rather than a roof, typically arranged in rows across open land. For businesses and farms with available land, this approach can deliver a larger generating capacity than a roof-mounted system, without being constrained by roof orientation, structural condition or available roof area. Arrays are engineered around the site's layout, ground conditions and electrical infrastructure, then connected into the site's supply or a dedicated private wire arrangement.
Who is it for?
Ground-mount solar suits businesses, farms and landowners with unused or underused land close to a site with meaningful electricity demand — agricultural operations, warehousing and logistics sites, manufacturing premises, and commercial estates across Lancashire, Cheshire, Merseyside and Greater Manchester. It's a route to larger-scale generation where roof space is limited, unsuitable for load-bearing, already at capacity, or where the building itself is due for redevelopment.
When is it needed?
Ground-mount is worth considering when energy consumption and available land both support it: high daytime electricity usage, ambitions to reduce grid dependency, plans to add EV charging or battery storage, or a strategic move towards reducing operating costs and carbon reporting obligations. It is also relevant when a roof-mount solution has already been ruled out due to structural limits, planned reroofing, or insufficient south-facing roof area.
Why professional design and installation matters
A ground-mount array involves civil groundworks, structural foundations, cabling runs, DNO (Distribution Network Operator) grid connection applications, and often planning considerations that a roof-mount system does not. Getting the array layout, string design, cable routing and grid connection application right the first time avoids costly rework, delays to energisation, and underperformance against the site's expected output. Our in-house team manages design, structural specification, electrical connection and commissioning as one coordinated project.
What you get out of it
- Optimal orientation and tilt rather than whatever the roof allows
- Scales beyond the limits of available roof area
- Ground-level access makes cleaning and maintenance straightforward
- Same in-house design, installation and compliance team
What the work includes
- Free feasibility survey of the land and grid connection
- Ground condition and mounting assessment
- Full array design, groundworks coordination and installation
- Commissioning, certification and handover
What it costs to wait
What happens when this is left alone
Underestimating groundworks and structural requirements
Ground-mount frames must be anchored to suit the specific ground conditions on site — soil type, drainage, gradient and load-bearing capacity all affect the foundation design. A frame system specified without a proper ground assessment risks instability, uneven settling, or a foundation solution that is more expensive and disruptive than necessary.
Grid connection delays
Larger ground-mount arrays often require a formal application to the DNO for a grid connection or an increase in export capacity. Submitting this late, or without the technical detail the DNO needs, can add months to a project timeline. Getting this application right early is one of the most common points where commercial solar projects stall.
Planning and land considerations
Depending on scale, location and land classification, a ground-mount array may fall under permitted development or may require planning permission, particularly on agricultural land or in areas with landscape or heritage designations. Failing to establish this at the outset risks a project being halted or required to be altered after installation has begun.
Our process
How we deliver the work
- 01
Free site survey
We visit the site to assess land, ground conditions, existing electrical infrastructure, and electricity demand, and to discuss your generation, budget and timescale objectives.
- 02
Design and quote
Our in-house team produces an array layout, structural specification and electrical design, along with a written quote, typically within 1–2 working days of the survey.
- 03
Grid, planning and permissions
We handle the DNO grid connection application and any planning or permitted development checks required for the site before installation begins.
- 04
Groundworks and installation
Our installation team carries out foundations, frame assembly, panel installation, cabling and electrical connection, using Tier 1 hardware throughout.
- 05
Commissioning and handover
The system is tested, commissioned and connected, with documentation, warranty information and a handover covering operation and maintenance provided on completion.
Benefits
What this changes for you
Scale beyond roof limits
Ground-mount arrays are not constrained by roof size, pitch or orientation, allowing a larger installed capacity where land is available and demand justifies it.
Optimised panel orientation
Because the frame is built from the ground up, panels can be angled and orientated for optimal generation rather than following the constraints of an existing roof.
Suited to farms and rural sites
Agricultural land, paddocks and unused field margins can be put to productive use generating electricity for the farm or wider business operation.
Easier access for maintenance
Ground-level arrays are more straightforward to inspect, clean and maintain than roof-mounted systems, without the access equipment often required for roof work.
Works alongside battery storage and EV charging
A ground-mount array can be sized and designed to integrate with battery storage and EV charging infrastructure, supporting a wider site energy strategy.
Funding routes to suit the business
Commercial finance, PPA (Power Purchase Agreement) and CAPEX funding options are available to structure the investment in a way that suits the business's cash flow and ownership preferences.
In detail
Commercial Ground-Mount Solar explained properly
Frame and mounting systems
Ground-mount frames are typically driven or bolted foundations supporting galvanised steel or aluminium racking, selected to suit the ground conditions identified during survey — whether that's driven steel piles, ballasted concrete bases, or screw pile foundations on softer ground. Tier 1 solar panels are fitted to the racking in rows, with row spacing calculated to minimise inter-row shading across the site.
Electrical design and cabling
DC cabling runs from the panel strings to inverters, either centralised or distributed across the array depending on its size, before AC cabling connects into the site's main electrical infrastructure or a dedicated substation for larger installations. Cable routes are planned to minimise losses and protect against ground movement and agricultural or vehicle traffic where relevant.
Grid connection and DNO applications
Any array exporting to the grid, or increasing a site's overall demand, needs to be registered with the local DNO. For larger ground-mount arrays this can involve a formal connection application, technical assessment and, in some cases, network reinforcement works. We manage this process as part of the overall project.
Planning and land use
Ground-mount solar can fall within permitted development rights depending on scale, height and location, but agricultural land, greenbelt, conservation areas and certain site sizes may require a planning application. We advise on what applies to your specific site as part of the design process.
Solar farm arrays vs single-building solar
A ground-mount solar farm array differs from a typical roof-mount commercial installation in scale, land use, foundation type and grid connection complexity. Businesses and farms considering a ground-mount system are usually targeting a higher proportion of their electricity demand met from self-generation, or considering export as a revenue stream, rather than the more typical roof-mount aim of offsetting a portion of daytime consumption.
Common questions
Questions about commercial ground-mount solar
How much land is needed for a ground-mount solar array?
It depends entirely on the generating capacity you need and your electricity demand. We assess this during a free site survey, taking into account available land, ground conditions and shading, rather than working to a generic figure.
Is planning permission needed for a commercial ground-mount array?
It depends on the scale, location and land classification of the site. Some installations fall under permitted development, while others — particularly on agricultural land or in sensitive locations — may need a planning application. We check this as part of the design process.
Can a ground-mount array be added to an existing solar installation?
Yes, a ground-mount array can be designed to work alongside an existing roof-mount system or battery storage, provided the site's electrical infrastructure and grid connection capacity can support the combined generation.
Do you handle the grid connection application?
Yes, our in-house team manages the DNO grid connection application as part of the overall project, alongside the electrical design and installation.
What warranties apply to a ground-mount solar array?
Panel warranties typically range from 12 to 30 years, inverter warranties are 5 years extendable to 20, and battery storage carries a 10 year warranty where fitted. All installations are backed by our 2 year workmanship guarantee, insurance-backed via QANW.
Is ground-mount solar suitable for farms?
Yes, ground-mount is well suited to farms with unused field margins, paddocks or other land close to buildings with meaningful electricity demand, offering a way to put underused land to productive use.
What funding options are available for a ground-mount array?
Commercial finance, PPA (Power Purchase Agreement) and CAPEX funding routes are all available for commercial and farm ground-mount projects. Domestic finance is not currently offered.
How long does a ground-mount solar installation take?
Timescales vary with array size, groundworks required and grid connection processing time. We provide a project timeline as part of the written quote following the free site survey, typically issued within 1–2 working days.
Related services
Commercial Rooftop Solar
Turn unused roof space into a hedge against commercial electricity prices, with finance, PPA or CAPEX routes available.
Solar Car Ports
Cover your car park, generate from it, and charge vehicles underneath it.
Commercial Solar PPA & Funding
Commercial finance, PPA and CAPEX routes so a solar project does not have to compete with your other capital priorities.
Areas we cover
Not listed? See the full coverage area or ask us directly.
Considering a ground-mount solar array for your site?
Talk to our in-house team about a free site survey and written quote for a commercial ground-mount solar installation across Lancashire, Cheshire, Merseyside or Greater Manchester.
MCS certified for solar PV and battery storage · NAPIT and RECC registered · OZEV approved · 2 year workmanship guarantee backed by QANW.