What is powered land?
The term is used loosely enough to be nearly meaningless. Here is what actually qualifies — and why the difference is worth years and millions.
Powered land is real property with secured, utility-confirmed electrical capacity — not proximity to a line, not a pending application, not a letter of intent. The distinction matters because proximity to high-voltage infrastructure guarantees nothing: capacity is allocated through utility processes, and until an interconnection agreement is executed, no one has committed anything.
The market prices this difference sharply. A site with an executed IA and energized substation transacts at a multiple of comparable unpowered land, because the buyer is purchasing time — the years of studies, queue positions and utility negotiation someone else already absorbed.
Adjacent to transmission or a substation. No capacity secured. Not powered land.
A study request filed. Position, not power — studies can return years of upgrades.
The utility has committed capacity in a binding agreement. This is the threshold.
Substation built, tested and serving. Proven capacity — the top of the market.
Why confirmed capacity commands a premium
Demand for capacity has outrun the grid's ability to allocate it. Interconnection timelines for large transmission-connected loads run years, and every month of delay is a month of unrealized revenue on hundreds of millions in tenant equipment. A buyer choosing between an unpowered site and a powered one isn't comparing land — they're comparing go-live dates.
Diligence follows the same logic. On powered land, the questions are verifiable: is the IA executed and assignable, what are its milestones and clawbacks, is the substation commissioned, what do the meter records show. On unpowered land, the questions are speculative.
Where TPDS sits
TPDS sites are engineered to deliver at stage four: executed interconnection agreements, energized substations, infrastructure commissioning complete through energization, delivered to the PowerPad standard — with entitlements, fiber and water already in place at the boundary. We stay at the distribution level, below the 75MW large-load threshold, which is what makes eight-to-twelve-week modular delivery possible. More on the threshold →