Site screening
Utility-Scale Solar Site Selection
A practical workflow for comparing candidate solar sites using land, grid, access, terrain, environmental and development evidence.
Read workflow →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.
Site screening
A practical workflow for comparing candidate solar sites using land, grid, access, terrain, environmental and development evidence.
Read workflow →Engineering
Structure an early solar feasibility study around traceable assumptions, spatial constraints, yield, grid, access and decision gates.
Read workflow →Site screening
Use GIS evidence to identify intersecting constraints, proximity risks and the usable-area implications for a candidate solar site.
Read workflow →Engineering
Translate gross boundary area into a defensible preliminary usable area and indicative solar capacity range.
Read workflow →Engineering
Build an early-stage solar yield estimate with transparent resource, geometry, loss and uncertainty assumptions.
Read workflow →Site screening
Assess early grid plausibility using connection distance, voltage context, route constraints, capacity evidence and programme risk.
Read workflow →Site screening
Interpret substation distance as one part of connection screening rather than evidence of available grid capacity.
Read workflow →Site screening
Screen transmission-line context, voltage, crossing exposure and connection-route implications for a solar project.
Read workflow →Site screening
Review public-road proximity, delivery routes, site entrances and internal access constraints at early stage.
Read workflow →Site screening
Identify mapped flood exposure and define the hydrology evidence needed before layout or investment decisions.
Read workflow →Site screening
Structure desktop environmental screening for protected areas, habitats, species, water, landscape and cumulative effects.
Read workflow →Site screening
Use mapped Natura 2000 context to identify potential Habitats and Birds Directives implications and next actions.
Read workflow →Engineering
Screen elevation range, slope distribution and terrain-driven layout risks before detailed topographic design.
Read workflow →Engineering
Understand why north-facing slopes above a project threshold may be excluded from preliminary northern-hemisphere layouts.
Read workflow →Engineering
Identify watercourses, low points, runoff pathways and drainage-study requirements before layout development.
Read workflow →Development
Create an accountable early-stage risk register linking causes, consequences, evidence, actions, owners and decision triggers.
Read workflow →Development
Coordinate solar development workstreams, dependencies, decision gates and evidence toward a defined readiness target.
Read workflow →Due diligence
Review project maturity, evidence quality, technical risks and information gaps in a decision-ready due-diligence structure.
Read workflow →Due diligence
Plan a solar site visit around decisions, evidence capture, safety, access, terrain, drainage and stakeholder observations.
Read workflow →Due diligence
Review whether land rights, boundaries, access and third-party interests support the proposed solar development strategy.
Read workflow →Development
Identify likely consent pathways, policy constraints, studies, stakeholders and programme risks for a solar project.
Read workflow →Engineering
Build a transparent early solar CAPEX benchmark with scope boundaries, quantities, market basis, contingency and sensitivities.
Read workflow →BESS
Screen battery-storage sites for grid access, safety separation, planning, access, drainage and operational constraints.
Read workflow →BESS
Structure early feasibility for co-located solar and storage across land, grid, operating strategy, controls and commercial interfaces.
Read workflow →Due diligence
Compile boundary, constraints, score, source evidence, yield and next actions into a traceable preliminary screening report.
Read workflow →Due diligence
Build a focused information request list that connects missing documents to technical decisions and material risks.
Read workflow →Development
Define evidence-based gates for progressing, holding, redesigning or stopping a solar development opportunity.
Read workflow →Due diligence
Organize solar project evidence for development control, technical review, transactions and auditability.
Read workflow →SolarDev AI uses optional Google Analytics cookies to understand site usage and improve the experience. The site works without them.