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Unlocking the Hyperscale Power of LandGate for Data Center Development

Updated: 5 hours ago

Unlocking the Hyperscale Power of LandGate for Data Center Development

In the rapidly expanding digital universe, the demand for data centers is surging. These hubs of computing power and data storage are the backbone of our internet and increasingly digital lifestyle. However, developing a data center that meets today's hyperscale requirements involves navigating a complex landscape of site selection criteria. This is where LandGate steps in, offering unparalleled insights and tools for data center developers. In this article, we'll explore how LandGate can revolutionize your approach to site selection and provide invaluable insights and benefits to data center developers.

Want to go even more in-depth? Join us for a LIVE webinar June 20th as we discuss data center site selection and analysis.

unlocking data center site selection

1. Identifying Sites with Available Power

The first hurdle in data center development is finding a site with sufficient power supply. Power availability is crucial for data centers, which consume vast amounts of electricity to maintain operations and cooling systems. With LandGate's Phase 1 land search functionality, developers can easily identify sites with available power infrastructure, streamlining the initial site screening process and accelerating project timelines. LandGate's platform also offers an innovative solution by providing detailed information on power availability across different locations. 

data center value index

2. Exploring Energy Co-Location Opportunities

Co-location, where multiple entities share a single data center facility, is becoming a popular strategy for optimizing resources and reducing costs. Co-locating data centers with renewable energy and Battery Energy Storage System (BESS) projects can offer significant synergies, ranging from cost savings to environmental benefits. LandGate enables developers to visualize the locations of existing data centers, renewable energy projects, and BESS facilities, facilitating strategic co-location opportunities and maximizing resource utilization. Data center developers can also identify promising co-location opportunities by analyzing market demand, existing infrastructure, and potential partners in the desired area. This insight allows for strategic planning and positioning of new data centers in markets ripe for co-location synergies and can ensure grid stability while decarbonizing their operations, contributing to a greener energy ecosystem

3. Mapping Fiber Line Availability

Connectivity is as crucial as power in the data center world, and essential for data center operations, necessitating proximity to fiber optic networks. A site must have access to robust fiber networks to handle the immense data traffic. With LandGate's comprehensive mapping and proximity-based search feature, developers can visualize fiber line availability across regions, enabling them to prioritize sites with superior connectivity options. This ensures that the developed data centers can meet the high-speed, high-volume demands of modern internet traffic.

fiber line availability mapping

4. Assessing Geographic Stability

The physical location of a data center goes beyond just power and connectivity. Geographic stability is crucial to data center resilience and a key factor in mitigating risks from natural disasters such as earthquakes, floods, or hurricanes.LandGate provides risk indexes for natural disasters such as earthquakes, floods, and hurricanes, enabling developers to assess the geographic stability of potential sites and mitigate risks associated with natural hazards. This information helps developers choose locations that minimize the risk of natural disruptions, ensuring the continuous operation of the data center.

data center geographic stability risk index

5. Anticipating Load Capacity with ATC Offtake

Understanding the anticipated load capacity and ensuring the site can handle future expansions is essential. LandGate aids in forecasting the Available Transmission Capability (ATC) offtake, which predicts the maximum load a site can support without compromising reliability. This foresight into ATC offtake is invaluable for planning scalable data center projects that can grow in tandem with increasing data demands. LandGate's upcoming ATC off-take feature will empower developers to visualize load capacity constraints and evaluate the scalability of potential data center sites, mitigating risks and optimizing investment decisions.

data center load capacity ATC offtake

6. Streamlining the Site Selection Process

Perhaps the most significant advantage of using LandGate for data center development is the streamlining of the site selection process. By consolidating critical data on power availability, connectivity, geographic stability, and more into one platform, LandGate cuts down the time and resources traditionally required for site assessment. Developers can make informed decisions faster, accelerating the development timeline and gaining a competitive edge in the market.

Looking Forward to the Future of Data Center Development

In the quest to meet the world's growing data needs, LandGate emerges as a critical ally for data center developers. By unlocking the hyperscale power of the LandGate platform, developers can optimize their site selection process, ensuring their projects not only meet current demands but are also poised for future growth. Whether it's harnessing detailed insights on available power, exploring co-location opportunities, or assessing geographic stability, LandGate equips developers with the tools they need to make strategic, informed decisions. With LandGate as their trusted partner, data center developers can navigate the complexities of site selection with confidence, unlocking new opportunities, ensuring grid stability, and shaping the future of digital infrastructure while contributing to environmental sustainability.

To learn more click here or book a demo with our dedicated energy team.


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