Utility-Scale Solar Site Selection
A practical workflow for comparing candidate solar sites using land, grid, access, terrain, environmental and development evidence.
Professional workflow library
Decision-focused guidance for site screening, engineering, development controls and technical due diligence. Each guide defines the questions, evidence, workflow, outputs and limits.
Evidence-reviewed briefs also include market context, a worked example, authoritative starting points and an explicit review status. Workflow outlines provide the core method and professional limitations while that expanded evidence review is still pending.
28 workflows
A practical workflow for comparing candidate solar sites using land, grid, access, terrain, environmental and development evidence.
Structure an early solar feasibility study around traceable assumptions, spatial constraints, yield, grid, access and decision gates.
Use GIS evidence to identify intersecting constraints, proximity risks and the usable-area implications for a candidate solar site.
Translate gross boundary area into a defensible preliminary usable area and indicative solar capacity range.
Build an early-stage solar yield estimate with transparent resource, geometry, loss and uncertainty assumptions.
Assess early grid plausibility using connection distance, voltage context, route constraints, capacity evidence and programme risk.
Interpret substation distance as one part of connection screening rather than evidence of available grid capacity.
Screen transmission-line context, voltage, crossing exposure and connection-route implications for a solar project.
Review public-road proximity, delivery routes, site entrances and internal access constraints at early stage.
Identify mapped flood exposure and define the hydrology evidence needed before layout or investment decisions.
Structure desktop environmental screening for protected areas, habitats, species, water, landscape and cumulative effects.
Use mapped Natura 2000 context to identify potential Habitats and Birds Directives implications and next actions.
Screen elevation range, slope distribution and terrain-driven layout risks before detailed topographic design.
Understand why north-facing slopes above a project threshold may be excluded from preliminary northern-hemisphere layouts.
Identify watercourses, low points, runoff pathways and drainage-study requirements before layout development.
Create an accountable early-stage risk register linking causes, consequences, evidence, actions, owners and decision triggers.
Coordinate solar development workstreams, dependencies, decision gates and evidence toward a defined readiness target.
Review project maturity, evidence quality, technical risks and information gaps in a decision-ready due-diligence structure.
Plan a solar site visit around decisions, evidence capture, safety, access, terrain, drainage and stakeholder observations.
Review whether land rights, boundaries, access and third-party interests support the proposed solar development strategy.
Identify likely consent pathways, policy constraints, studies, stakeholders and programme risks for a solar project.
Build a transparent early solar CAPEX benchmark with scope boundaries, quantities, market basis, contingency and sensitivities.
Screen battery-storage sites for grid access, safety separation, planning, access, drainage and operational constraints.
Structure early feasibility for co-located solar and storage across land, grid, operating strategy, controls and commercial interfaces.
Compile boundary, constraints, score, source evidence, yield and next actions into a traceable preliminary screening report.
Build a focused information request list that connects missing documents to technical decisions and material risks.
Define evidence-based gates for progressing, holding, redesigning or stopping a solar development opportunity.
Organize solar project evidence for development control, technical review, transactions and auditability.
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