~945 TWh
Global demand
The IEA projects global data-center electricity demand to roughly double by 2030.
DISTRIBUTED COMPUTE · GRID EDGE
Ananta develops compute-ready sites at the grid edge, on distribution-scale interconnection.
ANANTANADI.COM
WHY NOW
~945 TWh
The IEA projects global data-center electricity demand to roughly double by 2030.
9–17%
EPRI projects data centers could use this share of U.S. electricity by 2030.
2,060 GW
LBNL reports this generation and storage capacity seeking interconnection.
~4.5 years
LBNL reports a median interconnection time of about 55 months.
FERC issued show-cause orders to all six U.S. grid operators on large-load interconnection in June 2026. Chips and capital are abundant. Interconnection is not.
THE MECHANISM
We screen territories parcel by parcel against feeder headroom, secure land control, and complete permits, interconnection, and fiber and water rights.
Entitlement is the value step. Public transactions show entitled, power-positioned land trading at multiples of raw-land value.
WHY DISTRIBUTED WINS
Sub-20 MW distribution interconnection avoids the transmission-scale path. Feeder headroom is scarce, unpriced, and found through systematic screening.
Regulatory complexity favors developers who run toward process. Our screening-and-development platform deepens with every territory reviewed.
CATEGORY MOMENTUM
Institutional capital has identified powered land as the scarce input. Dedicated platforms and funds have launched, while inference-focused operators contract capacity years ahead.
THE APPROACH
Active screening across the Northeast, Mid-Atlantic, and Midwest.
Per-site scope stays focused on entitlement.
Every site carries its permit and interconnection record from the start.
THE TEAM
Ananta is led by a team with two decades of utility-scale energy infrastructure development experience across U.S. markets, with deep fluency in interconnection and land-use processes.
CONTACT
Investor inquiries:
[email protected]