1,000 MW Victorian wind farm — 30 km of high voltage corridor across rural Victoria.

The client is developing one of Victoria's largest proposed wind farms — approximately 1,000 MW across 14,000 ha of project area. To connect the project to grid, a new transmission line is required across a large rural footprint distinct from, but adjacent to, the host generation properties.

Advantage Access was engaged to lead all transmission land access services — from corridor identification through to agreement negotiation — running alongside but separate from the wind farm host programme. The engagement is active. The dates are 2025 to present.

High voltage transmission across rural Victoria crosses the same farming country, the same multi-generational families, and the same memory of prior developer engagement that the wind host programme is working through. The transmission line and the generation site sit on different parcels but share a landholder population — and a sentiment.

The route had to be modelled tightly before any landholder was approached, because every alignment shift after first contact erodes credibility. At the same time, alignments needed to remain genuinely flexible to absorb field feedback from sentiment discovery — the wrong landholder placed on the corridor at the wrong moment can collapse the route.

Resistance was settled in places. Absentee owners were on the parcel list. The neighbouring wind project had been a difficult precedent. The methodology had to hold all of that at once.

Stage 1 — Desktop Discovery. GIS parcel mapping from title data. Corridor constraints screening against terrain, heritage, environmental and grid-side overlays. Tenure pathway classification by parcel. Landholder background review. A standing land access risk register feeding the corridor model.

Stage 2 — Sentiment Discovery. Knowledge transfer from prior wind-host engagement carried into the transmission programme — the same families, the same advisers, the same district memory. Tailored materials for each landholder, not a template. Field sentiment assessment. Sequencing by receptiveness. A live sentiment register kept per parcel.

Stage 3 — Securing Agreements. Lightest viable instrument first — letter of intent, then option, then access agreement — so each landholder's decision was sized to the level of certainty available. Professional proposals from the first meeting. Independent valuation methodology applied consistently across the cohort. Absentee owner identification through community networks rather than registries. Escalation briefs prepared where needed. Option agreements where appropriate.

Stage 4 — Sustaining Access. Access variations during planning, approvals and construction handled as a continuous workstream. Conditions register maintained per landholder. Complaints and disputes resolved as first contact through AA. Scheduled field visits on a fortnightly rhythm. Easement compliance reporting handed to the client.

Thirty-kilometre preferred corridor mapped and confirmed. Roughly thirty primary landholders in the preferred alignment under active engagement; twenty-five-plus alternate-route landholders engaged in parallel so the project is not single-corridor exposed. Four option-to-lease agreements signed. Between five and ten land access agreements executed.

Opposition has been de-escalated in the previously contested sections — most visibly in one segment where a landholder who actively opposed a neighbouring developer's wind project simultaneously agreed to host our client's transmission line through their property. Engagement is ongoing.