Expert Guides
AI Datacenter Playbooks
Free, expert guides for navigating AI datacenter finance, grid interconnection, and infrastructure strategy.
About Our Playbooks
Decision-Grade Intelligence for AI Infrastructure
Our playbooks are comprehensive, data-driven guides designed specifically for datacenter developers, infrastructure investors, and AI compute operators. Each playbook synthesizes proprietary market data, regulatory analysis, and operational insights into actionable frameworks.
Unlike generic industry reports, our playbooks focus on the specific economics of AI-scale infrastructure: GPU lease rate dynamics, interconnection queue strategies, power contract structures, and the financial engineering required for 50MW+ deployments.
Whether you're evaluating a greenfield site in ERCOT, negotiating GPU lease terms with hyperscalers, or stress-testing an IRR model for a 100MW campus, these playbooks provide the granular intelligence that transforms complex infrastructure decisions into quantified risk-reward frameworks.
Complete Library
All Playbooks
ERCOT Curtailment Playbook for AI Datacenters (2025)
Navigate ERCOT grid curtailment risks and opportunities for AI datacenter deployments with this comprehensive 2025 playbook.
PJM Interconnection Queue Guide for AI Datacenters (2025)
Master the PJM interconnection queue process and secure faster power connections for your AI datacenter projects.
GPU Residual Value Guide for AI Datacenters (2025)
Understand GPU depreciation patterns and residual value forecasting for AI datacenter financial planning.
Power + Water + Edge Readiness Playbook: Ashburn VA (2026)
Decision-grade playbook for Ashburn VA covering power risk, water stress, and edge readiness for AI infrastructure siting in 2026.
Power + Water + Edge Readiness Playbook: Dallas-Fort Worth TX (2026)
Decision-grade playbook for Dallas-Fort Worth TX covering power risk, water stress, and edge readiness for AI infrastructure siting in 2026.
Power + Water + Edge Readiness Playbook: Phoenix AZ (2026)
Decision-grade playbook for Phoenix AZ covering power risk, water stress, and edge readiness for AI infrastructure siting in 2026.
Power + Water + Edge Readiness Playbook: Atlanta GA (2026)
Decision-grade playbook for Atlanta GA covering power risk, water stress, and edge readiness for AI infrastructure siting in 2026.
Power + Water + Edge Readiness Playbook: Chicago IL (2026)
Decision-grade playbook for Chicago IL covering power risk, water stress, and edge readiness for AI infrastructure siting in 2026.
Power + Water + Edge Readiness Playbook: Columbus OH (2026)
Decision-grade playbook for Columbus OH covering power risk, water stress, and edge readiness for AI infrastructure siting in 2026.
Power + Water + Edge Readiness Playbook: Austin TX (2026)
Decision-grade playbook for Austin TX covering power risk, water stress, and edge readiness for AI infrastructure siting in 2026.
Power + Water + Edge Readiness Playbook: Houston TX (2026)
Decision-grade playbook for Houston TX covering power risk, water stress, and edge readiness for AI infrastructure siting in 2026.
Power + Water + Edge Readiness Playbook: San Jose CA (2026)
Decision-grade playbook for San Jose CA covering power risk, water stress, and edge readiness for AI infrastructure siting in 2026.
Power + Water + Edge Readiness Playbook: Los Angeles CA (2026)
Decision-grade playbook for Los Angeles CA covering power risk, water stress, and edge readiness for AI infrastructure siting in 2026.
Power + Water + Edge Readiness Playbook: Seattle WA (2026)
Decision-grade playbook for Seattle WA covering power risk, water stress, and edge readiness for AI infrastructure siting in 2026.
Power + Water + Edge Readiness Playbook: Denver CO (2026)
Decision-grade playbook for Denver CO covering power risk, water stress, and edge readiness for AI infrastructure siting in 2026.
Power + Water + Edge Readiness Playbook: Miami FL (2026)
Decision-grade playbook for Miami FL covering power risk, water stress, and edge readiness for AI infrastructure siting in 2026.
Power + Water + Edge Readiness Playbook: Charlotte NC (2026)
Decision-grade playbook for Charlotte NC covering power risk, water stress, and edge readiness for AI infrastructure siting in 2026.
Power + Water + Edge Readiness Playbook: Philadelphia PA (2026)
Decision-grade playbook for Philadelphia PA covering power risk, water stress, and edge readiness for AI infrastructure siting in 2026.
Power + Water + Edge Readiness Playbook: Portland OR (2026)
Decision-grade playbook for Portland OR covering power risk, water stress, and edge readiness for AI infrastructure siting in 2026.
Power + Water + Edge Readiness Playbook: Kansas City MO (2026)
Decision-grade playbook for Kansas City MO covering power risk, water stress, and edge readiness for AI infrastructure siting in 2026.
Power + Water + Edge Readiness Playbook: Nashville TN (2026)
Decision-grade playbook for Nashville TN covering power risk, water stress, and edge readiness for AI infrastructure siting in 2026.
Power + Water + Edge Readiness Playbook: Minneapolis MN (2026)
Decision-grade playbook for Minneapolis MN covering power risk, water stress, and edge readiness for AI infrastructure siting in 2026.
Power + Water + Edge Readiness Playbook: Omaha NE (2026)
Decision-grade playbook for Omaha NE covering power risk, water stress, and edge readiness for AI infrastructure siting in 2026.
Power + Water + Edge Comparison: Ashburn VA vs Dallas-Fort Worth TX (2026)
Side-by-side comparison of power risk, water stress, and edge readiness between Ashburn VA and Dallas-Fort Worth TX for 2026 AI infrastructure decisions.
Power + Water + Edge Comparison: Phoenix AZ vs Atlanta GA (2026)
Side-by-side comparison of power risk, water stress, and edge readiness between Phoenix AZ and Atlanta GA for 2026 AI infrastructure decisions.
Power + Water + Edge Comparison: Chicago IL vs Columbus OH (2026)
Side-by-side comparison of power risk, water stress, and edge readiness between Chicago IL and Columbus OH for 2026 AI infrastructure decisions.
Power + Water + Edge Comparison: Austin TX vs Houston TX (2026)
Side-by-side comparison of power risk, water stress, and edge readiness between Austin TX and Houston TX for 2026 AI infrastructure decisions.
Power + Water + Edge Comparison: San Jose CA vs Los Angeles CA (2026)
Side-by-side comparison of power risk, water stress, and edge readiness between San Jose CA and Los Angeles CA for 2026 AI infrastructure decisions.
Power + Water + Edge Comparison: Seattle WA vs Denver CO (2026)
Side-by-side comparison of power risk, water stress, and edge readiness between Seattle WA and Denver CO for 2026 AI infrastructure decisions.
Power + Water + Edge Comparison: Miami FL vs Charlotte NC (2026)
Side-by-side comparison of power risk, water stress, and edge readiness between Miami FL and Charlotte NC for 2026 AI infrastructure decisions.
Power + Water + Edge Comparison: Philadelphia PA vs Portland OR (2026)
Side-by-side comparison of power risk, water stress, and edge readiness between Philadelphia PA and Portland OR for 2026 AI infrastructure decisions.
Power + Water + Edge Comparison: Kansas City MO vs Nashville TN (2026)
Side-by-side comparison of power risk, water stress, and edge readiness between Kansas City MO and Nashville TN for 2026 AI infrastructure decisions.
Power + Water + Edge Comparison: Minneapolis MN vs Omaha NE (2026)
Side-by-side comparison of power risk, water stress, and edge readiness between Minneapolis MN and Omaha NE for 2026 AI infrastructure decisions.
Common Questions
Playbook FAQ
Who are these playbooks designed for?
Our playbooks serve datacenter developers scouting new sites, private equity and infrastructure funds evaluating AI compute investments, GPU lessors structuring lease portfolios, and enterprise IT teams planning on-premises AI deployments. Each playbook includes both strategic frameworks for executives and tactical checklists for operators.
How often are playbooks updated?
We refresh each playbook quarterly to incorporate new market data, regulatory developments, and operational learnings. Major market events—such as new GPU releases, significant power market shifts, or policy changes—trigger interim updates within 2-4 weeks.
What data sources inform the playbooks?
Playbooks synthesize data from our proprietary indices (GLRI, TTPS, CSS, PAY), ISO/RTO filings, SEC disclosures from public datacenter operators, equipment vendor pricing, and direct input from our network of developers and investors operating across North America and Europe.
Are the playbooks really free?
Yes, all playbooks are free to access. Our business model is built on premium platform tools—real-time indices, custom calculators, and deal alerts—that complement the strategic frameworks in our playbooks. Free playbooks demonstrate our analytical approach and build trust with future platform subscribers.
How do playbooks differ from your platform tools?
Playbooks provide strategic context, methodological frameworks, and educational content for long-term planning. Platform tools deliver real-time data feeds, interactive calculators, and automated alerts for day-to-day operational decisions. Together, they form a complete intelligence stack for AI infrastructure economics.
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