The Easy Path to Carbon-Free Computing Power: How NU E Power Aims to Make Things Easier for Companies Like Amazon and SAP

Amazon: Comprehensive Power Purchase Agreements and the Decision to Use Nuclear Power

As the largest commercial purchaser of renewable electricity, Amazon faces the challenge of meeting the growing energy needs of its cloud division, AWS, while remaining carbon-neutral. In the Canadian province of Alberta alone, Amazon secured 400 MW from the Travers Solar Project—the country's largest photovoltaic plant—through a 15-year contract. To offset weather-related fluctuations from the 1.3 million solar panels, Amazon is combining this feed-in with a 415-MW power purchase agreement from the 495-MW Buffalo Plains wind farm. However, because the combination of wind and solar energy cannot yet provide an uninterrupted baseload, Amazon is also investing in nuclear power. Together with its partners X-energy and Energy Northwest, Amazon has tripled its plans for the Cascade Advanced Energy Facility in Washington State to include up to twelve state-of-the-art Xe-100 high-temperature SMR reactors. In this way, Amazon aims to secure baseload-capable, zero-emission energy near its data centers.

SAP: Green Ledger as a Digital Oversight Mechanism for Emissions

While new power plants are being built, particularly in the US, regulatory pressure is growing on power plant operators to document actual electricity consumption and emissions transparently. The Walldorf-based software company SAP has responded by offering customers precise, transaction-based data instead of estimates. With Green Ledger, SAP embeds CO₂ emission values directly into the accounting logic of its cloud software, so that every single material and financial transaction also triggers an environmental accounting entry. Using specialized cloud architecture patterns, data streams from SAP systems flow directly into data lakes built on AWS services such as Amazon S3, Amazon Kinesis, and Amazon Step Functions. By feeding granular infrastructure data from the AWS Customer Carbon Footprint Tool into the SAP Sustainability Control Tower, companies can accurately track their IT-related emissions. In this way, SAP solves problems arising from documentation requirements in a simple and straightforward manner.

NU E Power Develops Power Plant Sites

Canadian project developer NU E Power is resolving the tension between regulatory requirements, lengthy bureaucratic processes, and the acute energy demands of data centers. Instead of producing energy itself as a traditional utility, NUE follows a low-capital "Develop-to-Divest" model based on the four-step cycle "Originate, Advance, Monetize, Repeat". The Canadian company's development portfolio includes solar, storage, gas, and other energy technologies depending on the location, with a total net capacity of 613.94 MW, of which 2.19 MW is currently in operation. NUE secures land and connection rights early on, drives environmental assessments and permitting processes forward, and then aims to sell projects ready for construction to large infrastructure investors. The key feature: according to the model, recurring royalty payments or profit shares will often remain with NU E Power. To shorten wait times with grid operators, NUE signed a non-binding letter of intent in July 2026 for a planned 50/50 joint venture with asset manager Green Harbor Partners; final agreements are still pending. Green Harbor states that it manages more than 2.5 GW of power plant capacity itself. This claim has not been independently verified. This planned alliance is intended to directly link South Korean supply chains for gas turbines and piston engines with financing for data center hardware and site rights to enable the construction of power plants. In Alberta, NU E Power holds and is advancing additional projects, such as Lethbridge Two.

NU E Power Aims to Expand Globally

In addition to its core activities in its home market of Canada, NU E Power is also growing through partnerships. In January 2026, NUE signed a non-binding letter of intent with Green Harbor Partners regarding its solar and storage facilities in Alberta, with the aim of a full sale of the facilities; further steps have not yet been officially confirmed. At the same time, in August 2026, the company secured a non-binding letter of intent to purchase 29.44 acres of land in Saskatchewan, Canada, to develop future industrial parks with customized infrastructure. However, the property is currently neither zoned for industrial use nor developed. The necessary permitting processes are still pending. On the international stage, NUE is making early-stage inroads in Malaysia.

Conclusion: Opportunities in the Wake of the Tech Giants

The combination of computing power, software-driven control, and agile development highlights just how dynamic the markets surrounding AI and the energy transition currently are. While corporations such as Amazon are driving demand and SAP supports businesses in managing and reporting their emissions, NU E Power operates right at the beginning of the value chain. With a market capitalization of around CAD 9-10 million and several projects in the early stages, the stock is clearly more suited to risk-tolerant investors. Nevertheless, the business model has considerable appeal. More and more companies are building their own AI capabilities and want to remain flexible and operationally independent. NU E Power aims to serve these customers in an agile and legally compliant manner.