SkyVolt Energy Signs LOI with Nodiac to Co-Locate Modular Data Centres at Renewable Energy Sites

SkyVolt Energy, a US renewable energy developer and mergers and acquisitions platform, has signed a Letter of Intent with Nodiac, a distributed data centre power infrastructure company, to deploy modular data centres co-located with SkyVolt's portfolio of wind, solar and battery energy storage development sites across North America. Under the LOI terms, SkyVolt will share its portfolio site information with Nodiac for screening against the company's proprietary NORA platform suitability criteria, with definitive agreements to be negotiated on a site-by-site basis as suitable co-location opportunities are identified. Alexandre Alonso Carpintero, Chief Executive Officer of SkyVolt Energy, said the planned transaction reflects the conviction that the digital economy must be built on a clean energy foundation and that co-locating data centre infrastructure directly at renewable development sites accelerates speed to power for the AI industry while ensuring the infrastructure powering tomorrow's economy is sustainable, distributed and resilient.

 

The Power-to-Load Development Strategy

 

SkyVolt's partnership with Nodiac represents a strategic evolution from conventional renewable energy development, where value is created primarily by selling raw megawatts to utilities or corporate offtakers through power purchase agreements, toward power-to-load development where higher-value applications are co-located directly at generation sites. Carpintero described the Nodiac LOI as another step in the shift toward power-to-load development, moving beyond raw megawatts to higher-value projects that can extract greater commercial return from the grid connections, land rights and permitted capacity that SkyVolt has assembled across its development portfolio. Brian McNulty, Senior Director of Development at SkyVolt Energy, said that from a development perspective modular data centres give the company another way to think about offtake, framing the Nodiac partnership as an alternative revenue pathway that complements rather than replaces conventional PPA-based monetisation of renewable energy assets.

The commercial logic of co-locating modular data centres at renewable energy development sites addresses a structural challenge facing both the AI infrastructure industry and the renewable energy sector simultaneously. Data centre developers seeking to accelerate speed to power face years of delays from utility interconnection queues, while renewable energy developers face challenges securing long-term offtake commitments in markets with high renewable penetration and falling power prices during peak generation periods. Co-location creates a direct supply relationship between renewable generation and compute load that bypasses grid interconnection constraints while providing renewable developers with a high-value, stable offtake customer whose power demand profile can be designed to complement the generation characteristics of wind and solar assets.

 

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The Nodiac NORA Platform and Site Assessment Process

 

Nodiac's proprietary NORA platform will screen SkyVolt's development site portfolio against suitability criteria for modular data centre deployment, evaluating factors including available generation capacity, land area, connectivity infrastructure and proximity to power transmission that determine whether a given renewable energy site can support co-located compute infrastructure. Robert Sher, Chief Executive Officer of Nodiac, said SkyVolt has built an impressive development pipeline of renewable energy assets across North America and that co-locating modular data centres at wind, solar and BESS sites can deliver speed to power for the AI industry while generating meaningful new revenue streams for SkyVolt's existing development pipeline assets. The site-by-site negotiation structure for definitive agreements reflects the heterogeneous nature of renewable energy development portfolios, where individual sites vary significantly in their suitability for co-located data centre deployment based on generation capacity, land availability and infrastructure characteristics.

The modular data centre model that Nodiac deploys is particularly well suited to co-location with distributed renewable energy assets because modular deployments can be scaled incrementally to match available generation capacity rather than requiring the large, fixed infrastructure investments of conventional hyperscale data centres. This scalability enables a phased co-location approach where initial modular deployments at a renewable energy site can be expanded as generation capacity increases or as additional land and power capacity becomes available, creating a flexible development model that reduces the upfront capital commitment required for each co-location project. The distributed nature of the deployment model across multiple renewable energy sites also provides geographic diversification of compute capacity that can improve resilience for AI infrastructure operators compared with concentration in large single-site facilities.

 

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Outlook for Renewable Energy and AI Infrastructure Co-Location

 

The SkyVolt and Nodiac LOI reflects a broader industry trend toward integrating AI compute infrastructure with renewable energy generation at the site level rather than connecting remote data centres to renewable energy through power purchase agreements or renewable energy certificates. Whether this co-location model can be executed at sufficient scale and cost competitiveness to meaningfully accelerate AI infrastructure deployment while delivering the financial returns needed to justify renewable energy developer investment in the additional site infrastructure required will determine whether power-to-load development becomes a mainstream model or remains a niche approach. The LOI structure, with site-by-site assessment and negotiation, is appropriate for exploring the opportunity across a diverse portfolio but will require successful conversion of assessed sites into definitive agreements and operational deployments to validate the commercial model.

Sustained progress on the SkyVolt and Nodiac co-location programme, with multiple sites progressing from LOI through definitive agreement to deployment, would establish the partnership as a reference case for renewable energy and AI infrastructure integration and demonstrate that distributed modular data centre deployment at renewable generation sites can create genuine value for both development and compute infrastructure stakeholders. The convergence of AI power demand growth, renewable energy development pipeline expansion and the commercial pressure on both industries to find faster and more cost-effective solutions to their respective power access and offtake challenges creates conditions in which renewable and compute co-location models are likely to attract increasing developer, investor and policy attention over the coming years.

 

Source: BUSINESS WIRE