What makes industrial land power-rich?
“Power-rich” is the single most misunderstood phrase in industrial land. A parcel can sit beside a transmission corridor and still be unable to power a data centre. What matters is not how close the wires are. It is how much electricity can actually be delivered to the site, and how quickly.
Proximity is not capacity
Three things separate genuinely power-rich land from land that merely looks the part:
- Headroom, not just lines. A nearby transmission line or transformer station only helps if it has spare capacity to serve a new large load. A congested corridor with no headroom delivers nothing.
- A workable connection path. Reaching that capacity means an interconnection route the utility and system operator can actually approve, not a line of sight on a map.
- Time. Major new electricity supply is measured in years, not months: Hydro One puts an average transmission connection at two to five years. Land that can reach power sooner is worth more than land that cannot, even at the same price per acre.
Why this is the whole game for data centres
Modern data centres, and AI workloads in particular, are constrained first by power and only then by land, fibre, or water. A site’s ceiling is set by the smallest of three limits: the power the grid can deliver, the building the zoning allows, and the land itself. In Ontario that binding constraint is almost always power. A beautiful, well-zoned, fibre-served parcel with no deliverable electricity is not a data centre site. It is a field.
The cost of finding out late
Because power is the gate, the expensive mistake is treating it as a detail to confirm later. Power capacity, interconnection feasibility, and the connection timeline are knowable up front, through the utility and system-operator processes that exist precisely to answer them. Proving them early is what turns a speculative parcel into a developable one.
That sequence is the core of how Absolute Power works: we take real positions in power-rich industrial land and prove the power before we co-develop, so partners build on confirmed capacity rather than a hopeful map. See our approach for how that runs in practice.
Sources: Ontario’s electricity system is operated by the Independent Electricity System Operator (IESO); most of the province’s high-voltage transmission is owned and operated by Hydro One. Deliverable capacity and connection feasibility are determined through their formal connection-assessment processes.