Technical Advisory Practice

Early feasibility engineering

Windshop provides vendor-independent technical diligence for utility-scale developments. We analyze localized wind shear, electrical topology, civil constructability, and market availability before irreversible capital commitments occur.

Structured Workflow

Four-stage feasibility process

01
02
03
04

Constraint screening

Yield and terrain analysis

Turbine optioneering

Procurement diligence

Comprehensive spatial screening of planning boundaries, native title, environmental overlays, steep terrain slopes, and proximity to viable transmission network substations.

High-resolution anemometry data processing, atmospheric shear profiling, wake loss modeling, and preliminary micro-siting across complex Australian topographic elevations.

Evaluating rotor-generator combinations across Tier-1 Western manufacturers and verified global contenders against local transport corridors and AEMO performance standards.

Finalizing bankable yield projections, capex risk registers, civil balance-of-plant scopes, and warranty terms to support project financing and investment board decisions.

Technical Outputs

Definitive diligence deliverables

Energy Yield

Bankable production models

Independent P50, P75, and P90 energy yield assessments incorporating localized atmospheric stability, long-term reanalysis corrections, and turbine-specific curtailment profiles for Australian market rules.

Civil & Logistics

Constructability registers

Swept path corridor evaluations, heavy-haul blade transport logistics studies, crane pad geotechnical constraints, and preliminary access road cut-and-fill balancing for rugged hinterland sites.

Electrical Systems

Grid compliance briefs

Detailed screening of local transmission capacity, system strength shortfalls, transformer impedance requirements, and early alignment with National Electricity Rules Chapter 5 performance standards.

Scope early project feasibility

Engage our technical advisory team to review site constraints, connection pathways, or turbine selection criteria.

— Advisory Process

Early-Stage Project Decisions

We help development teams and investment committees navigate utility wind complexity before committing major capital. Our advisory translates complex engineering variables into clear, commercial decisions that stand up to board scrutiny.

1. Framing the Question

2. Feasibility & Turbines

3. Decision-Ready Advice

We pinpoint your core commercial thresholds, boundary limitations, environmental setbacks, and landowner considerations before any hardware is specified.

We evaluate candidate machine classes, analyze site wake profiles, examine grid constraints, and benchmark layout scenarios with complete vendor neutrality.

We consolidate engineering findings into plain-language summaries that equip investment directors to proceed, reconfigure, or hold with absolute confidence.

Tangible Deliverables
Governance & Risk

What Your Team Receives

Clear Board Documentation

Every engagement produces documentation designed directly for commercial and technical gate reviews, eliminating ambiguity and unnecessary technical clutter.

Assumptions and risks explicitly documented so finance partners and lenders review the project against defensible engineering parameters.

Decision registers capturing baseline trade-offs alongside concise recommendations ready for immediate investment committee review.

Assessment criteria defining site constraints, electrical interface realities, and minimum performance thresholds.

Comparison summaries contrasting candidate turbine architectures on yield, capital efficiency, and delivery risk.