8. Final issue and continued support
Once complete, we issue the agreed outputs in a clear and usable format. Where required, we can continue supporting the project through approvals, installer queries, revised layouts, as built information or the next stage of development.
7. Client review and refinement
Projects often change as more information becomes available. Roof layouts are updated, equipment preferences change, grid requirements shift or commercial priorities evolve.
We support review comments and revisions so the technical work remains aligned with the real project rather than becoming outdated too early.
6. Internal review and quality check
Before issue, the work is reviewed for consistency, accuracy and practical suitability. We check the design against the brief, available information, assumptions, technical constraints and expected deliverables.
This review helps reduce avoidable errors, unclear assumptions, compliance issues and design conflicts.
5. Detailed design and modelling
Once the project direction is clear, we produce the technical outputs required for the agreed scope. This may include PV layouts, 3D models, shading analysis, yield modelling, string design, inverter selection, single line diagrams, electrical schematics, cable routes, mounting information or energy analysis reports.
Each output is shaped around the real project rather than a generic template.
4. Feasibility and technical direction
At concept stage, we help define what is technically possible and commercially sensible. This may include capacity estimates, layout options, yield modelling, battery opportunities, grid considerations, project constraints and early risk items.
The goal is to support pricing, stakeholder review, investment discussion, PPA evaluation or the next stage of design with more confidence.
3. Site and operational understanding
We assess the site as a real operating environment. For commercial and industrial projects, this can include roof use, plant areas, access routes, shading, safety zones, electrical infrastructure, building operation and future maintenance.
For energy analysis, we examine how consumption and generation interact so that system sizing is based on real behaviour rather than generic assumptions.
2. Information review
We review the information provided and identify missing items, conflicts or assumptions that could affect the project. This may include drawings, bills, half hourly data, electrical information, photos, survey files, planning information, equipment preferences and commercial constraints.
This stage helps prevent weak information from becoming a technical problem later.
1. Project brief and scope definition
We begin by understanding the project objective, site type, client requirements and the stage of development. This helps us define the right level of support and avoid unnecessary work.
The scope may involve feasibility, concept design, energy analysis, detailed PV design, technical review, battery modelling, project development support or a combination of services.