Energy & Land Development

Powering the
infrastructure behind
the digital economy.

Keystone Energy Associates develops and secures strategic energy infrastructure and land positions in emerging markets — enabling the rapid deployment of hyperscale data centers and the next generation of AI compute.

Our Capabilities → Partner With Us
Projected US Data Center Demand by 2030
100+ GW
Strategic Growth Markets
10 States
Target Campus Footprint
500+ Acres
About

The strategic bridge between energy supply and the digital economy.

Keystone Energy Associates is an energy development and land acquisition firm focused on enabling hyperscale data center infrastructure through strategic site origination and power development.

The hyperscale build cycle is no longer constrained by fiber or land — it is constrained by access to power. We exist to solve that constraint upstream: identifying, securing, and developing energy-ready sites in the markets where the digital economy will be built next.

The “K” mark — a foundation block with a directional chevron — represents both our name and our purpose: building the foundation, and moving infrastructure forward.
01 — PILLAR

Infrastructure First

Energy infrastructure determines where the digital economy grows. We start with the grid.

02 — PILLAR

Strategic Land Control

Securing land near transmission and substations is foundational for scalable data center growth.

03 — PILLAR

Energy Expertise

Deep understanding of power markets, interconnection processes, and energy infrastructure development.

04 — PILLAR

Speed to Market

Hyperscale developers require rapid site readiness. We position land and power early.

Capabilities

Four disciplines, one integrated platform.

We resolve the two most critical constraints in hyperscale development — power and land — across a single, coordinated origination and development workflow.

Land Acquisition

Strategic site origination in proximity to transmission infrastructure, with phased options and acquisition structures that align with hyperscale development timelines.

  • 500+ acre target footprints
  • Expandable infrastructure corridors
  • Phased acquisition & option structures

Energy Development

End-to-end energy infrastructure development — from grid-tied generation and substations to dedicated behind-the-meter solutions for high-density compute campuses.

  • Natural gas generation
  • Renewables + storage hybrids
  • Behind-the-meter generation

Site Origination

We originate powered-land positions in Strategic Growth Markets — coupling underutilized transmission and utility capacity with developable, entitled acreage.

  • Underutilized transmission identification
  • Retired-plant brownfield positions
  • Greenfield campus assembly

Utility Strategy

Direct engagement with utilities and ISOs to advance interconnection, secure preferential queue positioning, and coordinate joint infrastructure planning around our sites.

  • Interconnection studies & advancement
  • Queue positioning & capacity planning
  • Regulatory & entitlement coordination
Industry

Power has become the gating constraint of the digital economy.

The expansion of AI compute, cloud, and high-density workloads is reshaping data center development in the United States. Between 2026 and 2035, the primary constraint is no longer fiber or land — it is access to large-scale power.

Hyperscale developers are pursuing 300 MW to 1.5 GW campuses while utilities in established metro markets are unable to deliver capacity within acceptable timelines, pushing development into Strategic Growth Markets.

The next decade of digital infrastructure will be built where there is power — not where there is fiber.
PROJECTED U.S. DATA CENTER DEMAND(GIGAWATTS)

From 25 GW to 100+ GW in six years.

25–30
45–50
70–80
100+
2024 2026 2028 2030
Sources EPRI — Powering Intelligence (2024)· LBNL / U.S. DOE — United States Data Center Energy Usage Report (2024)· Goldman Sachs Research (2025)· S&P Global Market Intelligence — 451 Research (2025)· Wood Mackenzie — Horizons: Gridlock (2024). Range reflects consensus forecasts across the leading studies. EPRI projects 56–132 GW of nominal U.S. IT capacity by 2030 (up from 35–44 GW in 2024); Goldman Sachs forecasts a 165% increase in global data center power demand vs. 2023; S&P / 451 Research projects 134.4 GW of U.S. grid demand by 2030.
300–600MW
Power demand — standard hyperscale campus (2026–2030)
0.5–1.5GW
Power demand — AI-optimized campus
1–3GW
Power demand — mega AI / gigawatt-scale campus
500+ acres
Land area — minimum per hyperscale-ready site
Sources ABI Research — Hyperscaler Data Centers Market Data (2026)· Goldman Sachs Research (2025)· Citi Research — Data Center Powerplay (2024). Mega AI campus ranges informed by announced developments including Meta Hyperion (Richland Parish, LA — 7+ GW, ~4,000 acres), PORTS Technology Campus (Piketon, OH — 10 GW), and the Stargate U.S. initiative.
Projects

Currently in development.

Our flagship development positions a 512 MW hyperscale AI data center campus across 300 acres of greenfield land in West Virginia — advancing under the state's High Impact Intelligence Center program and accelerating powered-land delivery in Appalachia.

West Virginia transmission infrastructure
FEATURED PROJECT Phase 1 — Active Development

Jesco Technology Park

West Virginia · WV High Impact Intelligence Center Program (HIIC)

Jesco Technology Park is a greenfield hyperscale AI / HPC data center campus designed for 512 MW of critical IT load across 300 acres of developable land. The campus advances under West Virginia's HIIC statute, with the parcel zoned Industrial / Heavy Manufacturing (I-2) for data center use by right.

The site is positioned at existing 138 kV transmission with an upgrade pathway to 345 kV interconnection for Phase 1 energization. Dual diverse fiber entry, a dedicated on-site 700 MVA substation, and a 2N power architecture target Tier III+ reliability and a design PUE of 1.30 — with a renewable matching pathway across the campus lifecycle.

512MW
Critical IT load — ultimate campus
300ac.
Greenfield site — ~210 acres net developable
4 × 128MW
Modular development phases
345kV
Interconnection voltage — Phase 1 energization
700MVA
On-site substation capacity (2 × 350 MVA)
≤ 1.30
Design PUE — annual average target
Development Phases
PHASE 01
128 MW
COD Q4 2027
Active Development
PHASE 02
128 MW
COD Q4 2029
Planned
PHASE 03
128 MW
COD Q2 2031
Planned
PHASE 04
128 MW
COD Q4 2032
Planned
Total CapEx
~$5.7B
Across all four phases
Construction Jobs
4,000+
Peak across all phases
Operating Workforce
500+ FTE
Permanent operations
Annual Tax Impact
$100M+
Estimated property + business tax
Strategic Approach

A power-first development methodology.

Most competitors acquire land first and pursue power second. We invert that order — securing power positioning before, or alongside, land control. The result: faster development timelines, reduced project risk, and higher exit valuations.

PHASE 01

Identify

Underutilized transmission infrastructure and utility capacity in target Strategic Growth Markets.

PHASE 02

Control

Secure land through options, phased acquisitions, and exclusivity structures.

PHASE 03

Power

Engage utilities, advance interconnection, and structure the energy delivery model.

PHASE 04

Entitle

Secure zoning, environmental clearances, and economic development incentives.

PHASE 05

Exit

Deliver powered land to hyperscale operators through sale, joint venture, or infrastructure participation.

Why Keystone

Power-first. Not land-first.

Our defensible advantage is structural: we sequence development in the order the industry actually needs, and we bring the four disciplines required to execute it in-house.

Most Competitors

Land First → Power Later

Acquire Land → Seek Power → Stall

Land acquired without power positioning is exposed to interconnection delay, queue uncertainty, and long timelines that erode developer interest and valuation.

Keystone Energy Associates

Power First → Land Control → Developer Exit

Secure Power → Control Land → Deliver Site

Power positioning before land control compresses project timelines, de-risks interconnection, and produces a higher-value asset at exit — what the market actually wants to buy.

Utility Relationship Strategy

Early utility engagement, joint infrastructure planning, and preferential queue positioning — coordinating load growth on the utility's roadmap, not against it.

Retired Power Plant Strategy

Targeted positioning around retired coal plants and underutilized substations — converting existing transmission and brownfield assets into faster-delivery powered land.

Behind-the-Meter Generation

Dedicated on-site generation — natural gas, renewables + storage, and hybrid configurations — for hyperscale operators who require power independent of utility delivery timelines.

Contact

Build with us.

We work with hyperscale developers, AI infrastructure companies, capital partners, utilities, and landowners to originate powered-land positions in target U.S. markets. Reach out to start a conversation.

Inquiries
info@keystone-energy.us
Phone
(602) 615-8791
Website
www.keystone-energy.us

Submit an inquiry

For development partnerships, capital introductions, and landowner outreach.