Site and Build Faster, Smarter and More Resilient Data Centers and Large Load

As AI and digital infrastructure drive skyrocketing power demand, choosing the right location for your data center is more critical than ever. A poor site can cost millions — but with the right data, you can pinpoint locations with reliable power, low energy costs and scalable, buildable land. This guide walks you through everything you need to know about siting data centers and how Enverus helps accelerate the process with precision and confidence.

Investor Analytics Stock Image

What Is a Data Center?

A data center is a dedicated facility used to house computer systems, servers, networking hardware and storage infrastructure for processing, storing and distributing large volumes of data. As businesses and technologies like artificial intelligence, cloud computing and streaming services expand, the need for reliable, scalable data centers has never been greater.

Types of Data Centers

Data centers vary widely in scale and purpose. Knowing the distinctions helps developers, utilities and grid planners design smarter siting strategies and infrastructure plans. 

  • Hyperscale data center: A hyperscale data center is a massive facility built to support cloud service providers or tech giants (like Amazon Web Services, Google Cloud or Microsoft Azure). These centers can span hundreds of thousands of square feet and are designed for massive workloads, automation and rapid scalability. 
    Hyperscale sites often demand 100+ MW of power, require robust fiber connectivity and are located in areas with long-term growth potential. 
  • Enterprise data center: Owned and operated by a single organization, typically to support internal IT operations. These are often mid-size and designed for private infrastructure rather than hosting public cloud services. 
  • Colocation (Colo) data center: These facilities lease space, power and cooling to multiple customers. They provide an efficient way for smaller businesses to deploy IT infrastructure without building their own site. 
  • Edge data center: Smaller-scale centers located closer to end users to reduce latency and support real-time services like streaming, Internet of Things (IoT) or gaming. 

What Is a Large Load?

A large load is a facility or cluster of facilities that consumes significant amounts of electricity to support energy-intensive operations. These sites can include industrial manufacturing plants, mining operations, battery gigafactories, or water treatment facilities. As industries electrify and scale to meet growing demand, the need for reliable, high-capacity power connections to serve these large loads has never been greater. 

Types of Large Loads

Large loads vary widely in scale and purpose. Knowing the distinctions helps developers, utilities and grid planners design smarter siting strategies and infrastructure plans. 

  • Industrial manufacturing: Facilities like steel mills, cement plants and chemical refineries draw steady, high-capacity power to support energy-intensive production. These sites often require direct access to major transmission lines and stable voltage to maintain operations. 
  • Mining and extraction: From traditional mining to crypto operations, these facilities can create large, concentrated loads in remote areas. Their demand profiles may fluctuate with production cycles, often driving the need for grid extensions or substation upgrades. 
  • Transportation and logistics: EV manufacturing plants, battery gigafactories and automated warehouses consume significant power and typically scale in phases. These sites are frequently tied to regional economic development zones and incentive programs. 
  • Water and wastewater treatment: Municipal water systems and desalination plants operate 24/7 with strict reliability requirements. These critical services require high-capacity, redundant power connections and are often prioritized for backup infrastructure. 
  • Agricultural and processing: Grain mills, cold storage and food processing facilities can generate seasonal spikes in demand, requiring flexible infrastructure planning to handle peak load periods. 
  • Emerging electrified loads: Hydrogen production plants, carbon capture facilities and new AI/ML hubs represent rapidly growing energy demand segments. These sites often require entirely new transmission planning and grid expansion to accommodate their scale. 

What Is a Data Center and Large Load Siting?

Data center and large load siting is the process of evaluating and selecting a location to build a data center based on key factors like energy availability, infrastructure land suitability and long-term cost. Whether you’re building a hyperscale facility, enterprise site or edge data center, siting decisions directly impact performance, uptime and ROI. 

At its core, effective data center siting comes down to finding the optimal balance of three critical elements: 

  • Power – Is there consistent, reliable energy available at the volume your facility needs? 
  • Price – Can you secure competitively priced electricity that remains stable over time? 
  • Land – Is there suitable, buildable land with access to cooling, connectivity and expansion? 

Each of these pillars plays a vital role.  

For example, a site with cheap power but no available land or fiber access may stall development. Similarly, a great parcel without enough withdrawal capacity or a stable power source could lead to downtime and cost overruns. 

Why Does Data Center and Large Load Siting Matter?

Where a data center or large load connects to the grid has a direct impact on project costs, reliability and long-term scalability. Poor siting decisions can lead to expensive transmission upgrades, delayed interconnection or limited access to affordable power. 

For developers and utilities, aligning siting strategy with grid capacity, infrastructure plans and future demand ensures: 

  • Lower development and operating costs by reducing the need for new transmission builds. 
  • Faster timelines through streamlined interconnection and permitting. 
  • Higher reliability and resiliency with access to stable power and redundant infrastructure. 
  • Optimized long-term growth by locating near capacity expansion zones and emerging markets. 

Strategic siting doesn’t just affect individual projects—it shapes regional grid planning, investment decisions and the pace of electrification. 

Data Center and Large Load Siting Location Strategy

Find Available Withdraw Capacity (AWC) and Understand Congestion Analytics

Power isn’t just an operational input; it’s the lifeline of a data center. From the moment a server spins up to every millisecond of uptime guaranteed in an SLA, everything relies on a consistent, high-volume, reliable flow of electricity. 

Why Power Matters for a Data Center: 

  • Always-on demand 
    Data centers run 24/7. Even a minute of downtime can disrupt cloud services, crash enterprise apps or lead to financial losses in the millions. Most data centers target “five nines” of uptime (99.999%) — a standard that leaves virtually no room for power interruptions. 
  • Data center energy consumption 
    Data centers are some of the most power-hungry buildings on the planet. A single hyperscale facility can require more than 100 megawatts of capacity — enough to power tens of thousands of homes. And with AI and high-performance computing workloads growing, demand is only accelerating. To meet this surge, developers are exploring new power sources like nuclear energy, which is seeing renewed interest among tech giants for its scalability and zero-carbon reliability. Big Tech, Big Reactors: Nuclear Powers Up the Data Center Race 
  • Grid reliability is not equal 
    Not all power is created equal. Regions differ in grid stability, fuel mix, peak load volatility and interconnection availability. What looks feasible on paper may become risky under peak demand or in areas prone to congestion, outages or curtailment. For example, developers targeting multi-gigawatt builds are now seeking out locations near existing or potential nuclear facilities to avoid congestion and ensure long-term supply. Multi-Gigawatt Data Centers: Making Nuclear Great Again 
  • Opportunities to offset and interact with the grid 
    Forward-looking data centers are no longer just consumers they’re; active participants in energy markets. Many now integrate with demand response programs, allowing them to reduce usage during peak hours and get paid for flexibility. This dual role can improve ROI and grid resilience. Data Center Demand Response: Participate, Power, Profit  

Managing Energy Costs for the Long Term With Data and Large Loads

Power availability is critical—but so is how much that power costs. For most data centers, electricity is the largest ongoing operational expense, often representing 25–60% of total costs. Siting a facility in the wrong location—even by just a few nodes—can mean millions of dollars in annual cost differences. 

Why Price Matters for Data Centers: 

  • Cost predictability over time 
    The most attractive data center sites aren’t just low-cost today—they offer long-term price stability. Developers and operators need to avoid volatile zones where congestion, regulatory shifts or fuel supply disruptions could spike rates. As the energy mix evolves, understanding these dynamics is more complex than ever. Planning and Powering Data Centers in a Shifting Energy Landscape 
  • Location-based pricing can make or break ROI 
    In markets like ERCOT or PJM, power prices can vary significantly from node to node. Smart developers are now using nodal pricing data and historical congestion analytics to identify high-stability, low-cost areas before committing. This kind of analysis is central to efficient siting. Efficient Data Center Siting: Smart Locations for Peak Performance 
  • The energy transition is reshaping price maps 
    The transition to cleaner energy is shifting the supply curve—and that shift isn’t evenly distributed. Sites with access to renewable baseload, geothermal or upcoming nuclear capacity are seeing price advantages emerge, especially in underbuilt areas. Siting Data Centers in the Clean Energy Transition 
  • New technologies are changing what’s “affordable” 
    As cooling becomes more efficient and load balancing gets smarter, the definition of a “cost-effective” site is evolving. Low-power AI chips, flexible workloads, and even participation in local power markets are changing the equation. Want to understand how? Data Center Demand Response: Participate, Power, Profit

Finding Buildable, Connected and Suitable Land for Large Load and Data Centers

  • It’s not enough to have reliable and affordable power—the land itself has to be viable. And in today’s market, good parcels go fast. From hyperscalers to land banking investment groups, there’s a race to lock up acreage that checks all the boxes: access to infrastructure, buildability, connectivity and scalability. 

    Why Place Matters: 

    • Fiber and data center cooling are site-makers 
      Even a perfect power setup won’t help if your site lacks fiber connectivity or cooling options. Hyperscale developers are prioritizing areas with redundant fiber routes and proximity to water bodies to support high-density, energy-efficient design. That’s why regions like the Pacific Northwest, parts of Texas, and even West Virginia are emerging as growth targets. Hidden in Plain Sight: Forecasting the Next Wave of Data Centers 
    • Siting momentum shows where the market’s headed 
      Evaluating where others are investing—whether through growth signals, speculation or utility interconnection filings—can reveal tomorrow’s hotspots. Data Centers: Trading the Growth Story  

Watch: Where Are Data Centers Going Next?

Get the latest expert insights on data center growth trends, land acquisition and emerging power markets. 

 

Ready to Get Started?

Related Solutions

An essential set of O&G data analytics. Redeploy your team’s bandwidth to higher-value analysis and strategy with clean analytics-ready data sets.

Read More

Make optimal asset acquisition and development decisions faster using forecasting, economics and benchmarking workflows for more than 5.4 million North American wells. Increase confidence and collaboration between teams with predictive, prescriptive and predictive forecasting, spacing and geological analytics in one platform.

Read More

Buy the best assets, drill and complete superior wells, maximise well performance and demonstrate the value of your company to investors with the most comprehensive inventory, forecasting, geological and spacing data and analytics for the Canadian oil and gas landscape.

Read More

Understand drivers of competitor performance and economics for faster deal evaluation, smart design decisions and increased capital efficiency. Whether you need to quickly evaluate oil well performance or run detailed type curve analysis, Enverus offers pre-generated and customizable forecasts and economics in one platform.

Read More

Rapidly evaluate inventory with pre-generated sticks and the ability to seamlessly integrate your own data for customizable workflows.

Read More

Tune out the noise, get unbiased evaluations and uncover hidden opportunities with advice you can trust from experienced energy and power intelligence advisors.

Read More

Whether you need to quickly screen potential deals or run more technical analysis, Enverus Subsurface Solutions can answer your questions with pre-generated interpretations or customizable analytical workflows for optimized asset management.

Read More

Find ideal mineral investments and oil and gas deals for sale faster and close with confidence with Enverus title research and oil and gas M&A solutions. Enverus land solutions make it easy to verify ownership record, accurately appraise mineral assets, find deals and clear title. You can focus on specific geographies and get intel on lease dates and contract terms, production records and leasing costs.

Read More

Field Development Studio (FDS) streamlines development planning by integrating PDP forecasts and unique PUD scenarios with customized schedules, offering insights into production impacts and capital requirements for any asset or region.

Read More

Investor Analytics merges essential insights into financials, investor behavior, private equity trends and performance metrics for a complete picture of key market dynamics. Armed with timely insights, users can find answers faster, sharpen their competitive edge and speed through earnings calls in minutes with Gen AI-powered insights. 

Read More

Get near-real time insight into all phases of pre-production operation, from pad detection and frac crew activity, to DUCs over time, rig activity and cycle times, you can stay one step ahead with differentiated insights available up to two months ahead of public filings. 

Read More

Outsource mineral phone and print and mail, so your land and accounting teams can focus on critical work.

Read More

Analyze more deals, spot emerging opportunities and stay ahead of the competition with the industry’s most comprehensive M&A database for energy.

Read More

Related Content

Enverus Intelligence® Research Press Release - The data center decade has arrived
Power and Renewables
ByEnverus

In mid-December 2025, a powerful winter storm accompanied by an Arctic cold outbreak affected much of the central and eastern United States between December 13–15. A strong surge of frigid air spread southward from Canada, producing widespread below-zero temperatures (°F)...

Enverus Press Release - No pain, no gain: Short-term headwinds for natural gas could bring beneficial long-term tailwinds
Power and Renewables
ByVirginia Fishburn

2025 was an unprecedented year for renewable energy, but our customers led the charge. At Enverus, we’re proud to empower developers with the tools and insights they need to accelerate the energy transition. This year’s results speak volumes about what’s...

Enverus Press Release - Enverus releases “2025 Interconnection Queue Outlook” to navigate backlogged grid challenges
Power and Renewables
ByEnverus

October in ERCOT brought a mix of seasonal challenges—unusually warm temperatures early in the month, a sharp cooldown later, and notable variability in renewable generation. These conditions tested the accuracy of short-term and day-ahead forecasts, which are essential for power...

Enverus Press Release - Updated US residential solar and storage forecast predicts major shifts in power demand by 2050
Power and Renewables
ByEnverus

The summer 4CP season is in the books—and for power traders and asset managers, every coincident peak counts. Miss the signal, and you’re paying someone else’s peak. Catch it early, and you protect margin.  Enverus nailed every single one.  Utilizing...

Enverus Press Release - Looking past the CCUS power plant pipe dream
Power and Renewables
ByEnverus

Battery energy storage systems (BESS) are reshaping how the power system delivers reliability, flexibility and value. By balancing variable renewable generation, providing rapid frequency response and shaving peaks, a battery energy storage system sits at the center of modern grid...

power-and-renewables-solar-wind-grid
Power and Renewables
ByEnverus

In the fast-evolving energy sector, accurate forecasting is critical for grid reliability, operational efficiency and market success. As of September 2025, the California Independent System Operator (CAISO) and the Independent Electricity System Operator (IESO) in Ontario face unique challenges driven...

Let’s get started!

We’ll follow up right away to show you a quick product tour.

Let’s get started!

We’ll follow up right away to show you a quick product tour.

Ready to Subscribe?

Ready to Get Started?

Ready to Subscribe?

Sign Up

Power Your Insights