Zero premium yet, but data centre boom reshapes rural land for clean energy

For climate and energy professionals, the intersection of AI-driven data centre expansion and renewable energy infrastructure is creating a new land value paradigm. As transmission corridors become strategic assets rather than liabilities, the economics of rural land are aligning with the pace of the energy transition—offering both opportunities and risks for clean energy deployment.

The acceleration of data centre construction and renewable energy deployment in Australia is beginning to reshape the valuation of rural and regional land, according to national valuation firm Herron Todd White. The key shift: landholders and buyers are no longer viewing transmission infrastructure as a planning constraint that reduces usable area, but as a strategic asset that can unlock significant value through grid connection and power access. This trend is being driven by the twin forces of AI-enabled digital infrastructure demand and the clean energy transition, both of which are heavily dependent on reliable, high-capacity electricity supply and proximity to transmission networks.

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Simultaneously, the country’s 82% renewable electricity target by 2030 is driving massive investment in wind, solar, and new transmission infrastructure to connect remote clean energy zones to population centers.

The context is a global rush for data centre capacity. Hyperscale data centres, essential for cloud computing and AI workloads, consume enormous amounts of electricity. Australia, with its stable political environment, abundant renewable energy resources, and growing submarine cable connectivity, is positioning itself as a destination for such facilities. Simultaneously, the country’s 82% renewable electricity target by 2030 is driving massive investment in wind, solar, and new transmission infrastructure to connect remote clean energy zones to population centers. These two demands converge on regional land, placing a premium on parcels that offer both sufficient area and grid access.

Herron Todd White CEO Peter Maloney observed that valuers are seeing a growing divergence in interest: sites with transmission frontage or nearby substations are attracting attention from developers who might previously have considered them too constrained for other uses. While the market is too nascent to quantify a specific dollar premium, the shift in perception alone is significant. Land that was once discounted due to easements, setbacks, or visual impacts from power lines may now command a higher price than comparable agricultural land without such infrastructure. This inversion of traditional valuation logic marks a structural change in how rural property is viewed.

The implications are profound for multiple stakeholders. For farmers and rural landholders, the trend presents an opportunity to monetize assets that were previously seen as liabilities. A strip of land along a transmission line, for example, could become a revenue-generating corridor for data centre or battery storage siting. However, it also introduces complexity: agricultural production may compete with energy and digital infrastructure for land, potentially driving up prices and creating tensions around land use, food security, and community character. For clean energy developers, the revaluation of transmission-adjacent land could accelerate project timelines by making voluntary agreements with landowners more attractive, but it might also inflate acquisition costs and alter the economics of new renewable energy zones.