‘Just not acceptable’: Backlash grows over Nova Scotia AI data centre project

An AI data centre is a large facility filled with computers that train and run artificial-intelligence systems. It matters because these systems require many powerful machines operating together, often continuously. The article identifies electricity demand as a central concern for Nova Scotia’s proposed campus.

EverWind’s facility would start with a 95-megawatt phase in late 2027. A 325-megawatt expansion is targeted for 2028, subject to regulatory conditions. Together, those stages would bring the planned campus to 420 megawatts. That demand would make it Nova Scotia Power’s largest industrial customer.

The article does not detail the centre’s computer hardware or exact power use. It does show why officials and residents want scrutiny. Nova Scotia already has high electricity rates, significant energy poverty, and limited groundwater resources. Regulators will need to assess the project’s effects before later phases proceed. EverWind says it will fund electricity infrastructure costs attributed to the project.

EverWind announced plans for a large data centre campus at its existing Point Tupper site near Port Hawkesbury, Nova Scotia. The company described the project as a $10 billion private investment. It is intended to support growing demand for artificial intelligence and digital services.

Paradox, the AI development company that created Paradox AI, confirmed it had signed a long-term lease to use the centre. EverWind said construction would begin with an initial 95-megawatt phase targeted for late 2027. A larger expansion is planned for the following year, subject to regulatory conditions.

The announcement has triggered political and community criticism. Opposition parties say the project lacks adequate consultation and regulatory safeguards. Residents in Richmond County want a pause until protections are in place. EverWind has also included $2 billion for advancing its onshore wind energy projects, while saying it will fund electricity infrastructure costs linked to the data centre.

EverWind’s proposal is a $10 billion private investment in a data centre campus at Point Tupper. The investment is not all for computing buildings. The company said $2 billion would advance its onshore wind energy projects, which are connected to the broader energy plan.

The campus is planned in stages. EverWind expects an initial 95-megawatt phase to begin in late 2027. A 325-megawatt expansion is targeted for 2028, but only if regulatory conditions are met. At full development, the two stages would bring the campus to 420 megawatts.

That scale is significant in Nova Scotia. The article says the facility would quickly become Nova Scotia Power’s largest industrial customer. It also notes the province has some of Canada’s highest electricity rates and energy-poverty levels. Those facts explain why the project’s cost, power demand, and safeguards have become politically contested.

Premier Tim Houston says the project will face many checks and balances. He pointed to the Department of Environment and Climate Change, which has approvals and regulations for industry on a case-by-case basis. He said decisions will rely on technical expertise, evidence, science, and facts.

The federal government has established data-centre guidelines, and Houston said he has established guidelines as well. EverWind’s planned 325-megawatt expansion is also subject to regulatory conditions. The company says electricity infrastructure costs attributed to the project will be funded by EverWind rather than passed to ratepayers.

The article does not describe a completed public consultation or a specific approval schedule. Claudia Chender and Becky Druhan are seeking an emergency legislative sitting. Residents say they were not properly consulted and want a pause until safeguards are established. Their concern is that the project built could differ from what was announced.

If completed, the data centre would quickly become Nova Scotia Power’s largest industrial customer. That means its electricity demand could become a major planning issue for the province’s grid. The article does not quantify effects on reliability or household rates, but it says independent analysis is still needed.

Thomas McNeil noted that Nova Scotia already has some of the country’s highest electricity rates, high energy-poverty levels, and limited groundwater resources. A project reaching 420 megawatts could therefore raise questions about available power, infrastructure, and how costs are allocated. Residents also worry that actual electricity use could exceed early expectations.

EverWind says it will pay the electricity infrastructure costs attributed to the project, so ratepayers will not inherit those costs. The company also plans several hundred megawatt hours of battery storage. Regulators still must assess the project’s broader effects, including whether its scale changes pressure on the grid or future power planning.

Wind power could provide electricity for the data centre while supporting EverWind’s wider energy plans. The company has allocated $2 billion of the investment to advance onshore wind projects. That could help supply some of the facility’s demand, although the article does not state how much power the wind projects would produce.

Battery storage could help manage supply and demand. EverWind says the campus will have several hundred megawatt hours of storage to support the facility. Storage could hold electricity when available and provide it later, but the article does not specify its duration, operating rules, or effect on reliability.

EverWind also says it will fund electricity infrastructure costs attributed to the project. This is intended to prevent those costs from being passed to ratepayers. The article does not identify additional energy sources or confirm the final supply mix. Independent analysis and regulatory review are still needed to test the plan’s effects.

A data centre converts electricity into computing by sending power to processors, memory, storage, networking equipment, and cooling systems. The processors perform calculations, while storage and networks move the data. The article does not explain these technical steps, but this is established computing knowledge that clarifies the project’s electricity demand.

AI systems intensify that demand because training and operating large models involve enormous numbers of calculations. Those calculations are performed across many powerful machines at once. A facility designed for AI therefore needs dense equipment, dependable electricity, and systems that can operate at large scale.

The proposed campus illustrates the trend. EverWind plans an initial 95-megawatt phase, followed by a 325-megawatt expansion, reaching 420 megawatts. Paradox has signed a long-term lease to use it. The scale has prompted concerns about Nova Scotia’s grid, rates, water resources, consultation, and regulatory safeguards.