i3 POWER & ENERGY
Power is now
the constraint.
i3 designs
the systems
that unlock it.
i3 Power & Energy helps developers, utilities, and investors plan, integrate, and operate energy systems aligned with real-world infrastructure and long-term performance.
Systems that run in the real world, not just on paper
Know exactly what your site can support before you build or expand
One coherent system, not a patchwork of vendors
Built around how the grid actually behaves, not how you wish it would
3
Core Stages
6
Solution Areas
1
Unified Architecture
e2e
End-to-End Delivery
A Structured Approach to Build to Operate Solutions.
01
Infrastructure Readiness
Evaluate site conditions, infrastructure access, and long-term capacity before capital is deployed — so development decisions are grounded in real-world constraint.
Site Planning
Capacity Planning
02
Integrated Energy Design
Coordinate grid infrastructure, distributed resources, and operational requirements into one system — not a collection of disconnected vendor solutions.
Simulations
Integrated Distributed Resource Planning
03
Operational Performance
Design systems that support monitoring, control, and long-term economic outcomes — built for how the grid actually behaves, not how you wish it would.
Flexible Interconnections
Operability
Operational Planning Site Planning capacity Modeling Power Simulation Integrated Distributed Resource Plan Modular Data Center Compact DER Strategy Grid Interactivity
Core Capabilities for
Build-to-Operate Solutions.
01
Site Selection & Planning
Evaluate infrastructure availability, permitting pathways, and development readiness before capital decisions are made.
02
Integrated Distributed Resource Planning
Design coordinated energy systems using generation, storage, and flexible load strategies aligned to site and grid conditions.
03
Power Simulation & Modeling
Model system performance, load scenarios, and interconnection dynamics before infrastructure decisions are locked in.
04
Data Center Development Strategy
Provide strategic oversight for complex digital infrastructure development — from site selection through operational readiness.
05
Energy Economics & PPA Strategy
Align energy design with financial performance and long-term pricing structures to support bankable, durable project economics.
06
Supply Chain & Procurement Strategy
Coordinate critical equipment and vendor alignment to reduce deployment risk and protect project timelines.
Built for
Real-World
Infrastructure.
i3 was created to solve the disconnect between infrastructure ambition and energy system reality. Our approach aligns power availability, system design, and long-term operations into a single architecture.
Intelligence Before Investment
Understand infrastructure constraints before development begins — so every capital decision is grounded in grid reality, not optimistic projections.
Start with Intelligence
The i3 Framework gives you a clear path from uncertainty to execution — turning energy constraints into infrastructure opportunity and reducing risk at every stage.
Plan with Confidence
Align Before You Build
Align your project with real-world energy systems using a structured, Build-to-Operate approach designed for long-term performance — before the first dollar is deployed.
Build with Clarity
Start with Intelligence
The i3 Framework gives you a clear path from uncertainty to execution — turning energy constraints into infrastructure opportunity and reducing risk at every stage.
End with Performance
Operate at Scale
Systems designed for how the grid actually behaves — not how you wish it would. Coordinated from site intelligence through long-term operational economics.
The energy moment of a generation demands professionals ready for every scenario.
Power is no longer just delivered — it has to be orchestrated. And the professionals responsible for making it work — developers, architects, engineers, design-build teams, utilities, cooperatives, energy asset distributors, and infrastructure specialists across every discipline — are stepping into one of the most consequential moments in energy infrastructure.
The i3 Certification Program equips you for it.
Built on David Swank's i3 Energy Architecture framework, this program gives infrastructure professionals a structured, verifiable path to mastering the three capabilities that define modern energy operations: Intelligence, Integration, and Interoperability. Three certification levels. One framework. Every discipline at the table. A common language from the developer breaking ground to the utility managing the queue to the engineer designing the system in between.
This is the credential built for the full complexity of the work — and for the professionals ready to lead it.
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i3 Certified Foundation
Level 1 Intelligence: Create a single, authoritative source of truth to eliminate siloed data and enable rapid, data-driven decisions.
How Build-to-Operate
Solutions Are Delivered.
Physical Deployment
Modular Data Center Compact
i3 enables stakeholders to align development with energy system capability — reducing risk, accelerating timelines, and improving long-term performance through a modular, deployable format.
System Architecture
Integrated Energy Systems
Coordinated architectures combining grid, storage, generation, and flexible loads — designed as one unified system, not a collection of disconnected vendor solutions.
Pre-Development
Site Readiness & Infrastructure Strategy
Identify where projects can move faster by aligning site conditions, capacity availability, and regulatory pathways early — before development risk compounds.
Designed for Stakeholders
Driving Build-to-Operate Solutions.
01
Developers
Accelerate deployment and reduce energy uncertainty. Know what your site can support before you break ground.
02
Utilities
Coordinate load growth with infrastructure and grid realities. Plan interconnections that reflect how the system actually operates.
03
Investors
Improve bankability through structured energy strategy. Align capital decisions with verified infrastructure capability.
04
Engineers & Design-Build Teams
A common framework for coordinating across disciplines — from site intelligence through operational planning and system delivery.
Perspectives on the Future of Energy Infrastructure.
Planning
Why Build-to-Operate Is Replacing Traditional Planning
Data Centers
A Distributed Model for Data Center Growth
Grid Strategy
Aligning Infrastructure with Grid Reality
