01
Project context
Site location, project type, current stage, intended use and the decision or outcome needed.
Engineering service
Solar Foundation Engineering
Coordinate foundation design with structural reactions and project-specific geotechnical information. The final solution should reflect actual ground conditions and installation constraints.
Why the detail matters
Start with the real project conditions.
Foundation choices depend on the forces delivered by the supporting structure and the ground conditions at the site. A practical design needs the structural reactions, relevant soil information and an understanding of installation access and method.
The first review should establish what information is available, what assumptions are proposed and which decisions the work must support. Any limitations that affect the conclusions should be recorded before the deliverable is used by the wider team.
Scope and inputs
What helps us assess the work?
The required information changes by service. These are useful starting points; the final input list should match the actual project.
02
Technical inputs
Available drawings, loading criteria, equipment data, surveys or geotechnical information where relevant.
03
Clear boundaries
Agreed deliverables, assumptions, exclusions, review responsibilities, revisions and timing.
Related services
Where the scope connects.
Some assignments need coordination across more than one workstream. Any combined scope should be agreed before work begins.
Solar Mounting Structure Design
Structural engineering support for module mounting structures, including load paths, member checks, stability, connections and deflection review based on project-specific criteria.
Explore service ↗Rooftop Solar Structural Assessment
Review available drawings and site information to understand how the roof and supporting structure may respond to additional solar dead, maintenance and wind loads.
Explore service ↗Solar Feasibility & Layout Planning
Early-stage structural and site coordination to identify constraints before detailed design, procurement and installation decisions are locked.
Explore service ↗Good questions to ask
Questions about solar foundation engineering
Practical answers about the inputs, limitations and deliverables that matter for this kind of work.
Why is a soil report important for solar foundations?
Foundation behaviour depends on the actual ground profile and relevant geotechnical parameters. Reliable soil information helps the engineer evaluate bearing, uplift, lateral response and settlement as applicable to the proposed system.
Can the foundation be selected before the site data is ready?
A preliminary option may be discussed, but it should be labelled preliminary. Final selection should account for the structural reactions, geotechnical information, groundwater or other site constraints and the installation method.
Do foundation and mounting-structure design need coordination?
Yes. The structure transfers forces to its supports and foundation, so reactions, anchorage geometry and movement limits need to be consistent across the design.
What if geotechnical information is not available?
Share what is known about the site and the stage of the project. We can identify which information is missing and discuss whether a site investigation or further data is required before final design.
Have a related requirement?
Let's define the scope before assuming the solution.
Share the site, the project stage and the information already available.