1414 Degrees Secures Heads of Agreement to Develop 1 GW AI Data Centre at Aurora Energy Precinct, South Australia

Significance of the 1 GW AI Data Centre Initiative

The Heads of Agreement marks a pivotal milestone for 1414 Degrees, highlighting robust demand for large-scale, renewable-powered AI infrastructure in Australia. Situated within South Australia’s Upper Spencer Gulf Renewable Energy Zone, the 1,580-hectare Aurora Energy Precinct is designed to attract energy-intensive industries needing reliable, low-emission power at scale. This partnership reinforces the company’s strategy to develop Aurora as a versatile energy precinct supporting diverse commercial applications beyond its core renewable generation and battery storage assets.

This announcement arrives amid growing market interest in AI data centres, with major players like Anthropic publicly seeking sites exceeding 500 megawatts in Australia. Aurora’s existing transmission infrastructure, approved renewable capacity, and strategic location position it competitively to meet these demands. The partnership adds a new monetisation avenue alongside 1414 Degrees’ battery storage system and recently announced EV charging infrastructure.

Three-Phase Development Plan and Infrastructure Capacity

The project will unfold in three stages aligned with Aurora’s renewable energy and grid connectivity milestones. Stage one involves a 17 MW starter campus utilizing the 33 kV power connection announced on 20 July 2026, enabling early precinct operations before full renewable build-out. This connection offers immediate power access, mitigating risk during initial development.

Stage two will deliver a 200 MW anchor campus following the establishment of a 275 kV transmission line, significantly scaling data centre operations. The final stage envisions expanding to gigawatt-scale capacity as Aurora’s renewable portfolio, including up to 900 MW solar and a 140 MW/280 MWh battery system, is fully developed. This phased approach balances infrastructure deployment with market demand and capital management.

Exclusivity and Land Allocation within Aurora Precinct

The agreement grants the data centre operator exclusive rights to a 40-hectare parcel within Aurora’s extensive 1,580-hectare landholding. This binding exclusivity ensures no competing developments occur on this parcel during the agreement term, providing ample space for phased data centre campuses and supporting infrastructure such as cooling and ancillary facilities. The broader precinct offers flexibility for future expansion or alternative commercial uses.

Additionally, the operator holds a right of first refusal on renewable generation capacity for the agreement’s duration, securing priority access to Aurora’s solar and battery storage energy. This is critical for data centre operations requiring dependable, firmed renewable power. Aurora’s scale supports multiple large data centres without power resource conflicts, emphasizing integrated infrastructure co-location including land, energy, storage, and grid connections.

Roles of 1414 Degrees and Data Centre Partner in Development

1414 Degrees will contribute the development land, power, and connectivity infrastructure, leveraging its ownership of Aurora and existing investments. This includes access to land, behind-the-meter renewable energy, battery storage, grid connections, and precinct services. This enables 1414 Degrees to monetise its capital investments while avoiding the complexities of data centre operations.

The data centre operator will provide capital, technical expertise, and operational management for deploying the AI data centre infrastructure. This complementary partnership combines 1414 Degrees’ energy and infrastructure strengths with the operator’s data centre proficiency. Definitive agreements covering leases, power tariffs, earnings participation, connection, metering, and network arrangements remain under negotiation, allowing alignment of economic interests.

Infrastructure and Strategic Location Benefits of Aurora Energy Precinct

Aurora’s existing infrastructure offers significant advantages for data centre development, including transmission and distribution networks, telecommunications, and water access—key for large-scale operations. Its strategic location within the Upper Spencer Gulf Renewable Energy Zone provides high solar irradiance, lowering renewable electricity costs and supporting firmed power via battery storage.

The precinct’s integrated infrastructure—grid connection, renewable generation, energy storage, telecoms, and water—creates a robust platform for energy-intensive industries. Proximity to fibre infrastructure enables low-latency, high-bandwidth data transmission essential for data centres. With approvals in place for the 140 MW/280 MWh battery system and a large landholding, Aurora offers long-term tenure and expansion capacity, distinguishing it from constrained urban sites.

Global AI Data Centre Demand and Australian Renewable Energy Trends

The global AI sector’s rapid growth is driving unprecedented demand for large-scale, renewable-powered data centres. Major companies like Anthropic have publicly expressed the need for sites over 500 MW in Australia, validating Aurora’s commercial potential. Amazon’s recent power agreements with nine new renewable projects in New South Wales and Victoria further illustrate this trend.

This shift reflects a move toward dedicated renewable energy sources for AI workloads, aligning with corporate sustainability goals. Aurora’s design—combining firmed renewable power with co-located high-demand users—meets these evolving market needs. The partnership with an Australian data centre operator indicates strong confidence in Aurora’s capacity to support competitive, large-scale AI data centre operations.

Electric Vehicle Charging and Multi-Use Precinct Strategy

The AI data centre collaboration complements 1414 Degrees’ recently announced electric vehicle charging infrastructure at Aurora, targeting heavy transport fleets along the Stuart Highway corridor. This dual-use strategy positions Aurora as a comprehensive energy precinct serving diverse sectors requiring reliable, renewable electricity.

Integrating data centres, battery storage, solar generation, and EV charging optimises land use, lowers infrastructure costs, and creates operational synergies through shared transmission, distribution, telecom, and water infrastructure. Located near the Olympic Dam mining operation, Aurora benefits from natural customer bases for both EV charging and renewable power, supporting regional industrial decarbonisation.

Binding and Non-Binding Terms of the Heads of Agreement

The Heads of Agreement is largely non-binding except for specific provisions, reflecting its preliminary status while securing key commercial protections. Binding elements include exclusivity over the 40-hectare development parcel and right of first refusal on generation capacity, safeguarding the data centre operator’s site investment and confirming serious intent.

Commercial terms such as lease fees, power tariffs, earnings participation, and connection arrangements remain under negotiation, allowing detailed discussions without final commitment. Project progression depends on mutual due diligence, internal and Board approvals, power and connection availability, regulatory consents, and definitive agreements. Cooperation with SA Power Networks, ElectraNet, and other stakeholders is planned to advance connection and transmission arrangements.

1414 Degrees’ Core Business and Strategic Growth

1414 Degrees operates a clean-energy and industrial decarbonisation platform encompassing grid-scale storage, industrial heat, hydrogen, and advanced battery materials. Its strategy blends near-term infrastructure revenue from assets like Aurora’s battery system with scalable technology commercialisation, leveraging expertise in silicon-based thermal energy storage (SiBrick) and industrial heat-as-a-service (SiBox) technologies.

Aurora is central to 1414 Degrees’ infrastructure business, offering near-term revenue from its approved 140 MW/280 MWh battery system with expansion potential. The data centre partnership, EV charging projects, and industrial customer prospects reflect the company’s evolution into a comprehensive energy infrastructure platform operator, diversifying revenue streams and validating its strategy through tier-one industrial partnerships.

Conditions and Timeline for Project Advancement

Project advancement is contingent on key prerequisites including mutual due diligence, internal and Board approvals, power and connection capacity availability, regulatory and planning approvals, and definitive agreement execution. These conditions underscore the complexity of large infrastructure projects and the extensive preparatory work ahead.

Due diligence will assess grid capacity, renewable generation, water access, and site suitability. Regulatory approvals from South Australian planning authorities and ElectraNet are necessary, with ongoing collaboration with SA Power Networks and ElectraNet to facilitate connection and transmission. The 17 MW starter campus may proceed using existing 33kV connections, while the 200 MW anchor campus and gigawatt-scale expansion depend on the 275kV transmission line timeline. Investors should monitor updates on definitive agreements, regulatory milestones, and grid connection progress as indicators of project development.