Power is no longer just an operational detail — it’s a competitive edge.
As AI and high-performance computing (HPC) reshape how infrastructure is planned and deployed, data center power strategies are being redefined. Businesses deploying HPC-intensive workloads are encountering a new challenge: a limited ability to quickly access reliable, scalable power.
Under pressure, colocation buyers must make smarter, faster decisions between behind-the-meter (BTM) and front-of-meter (FOM), or grid-supplied, power models. The right choice directly affects time to market, cost efficiency, sustainability objectives and scalability over the long term. For a deeper understanding, check out our analysis on AI Driving U.S. Data Center Power Demand, which explains how AI workloads are intensifying demands on existing power infrastructure.
At OCOLO, we help organizations break down these options with real-time insights and project-level data. Here’s what to know.
What’s the Difference?
Before diving into which strategy is best, let’s clarify what BTM and FOM actually mean.
Behind-the-Meter (BTM)
BTM power refers to electricity generated or stored on-site, before the utility meter. Think solar panels, battery storage systems, fuel cells or natural gas generators built into or next to a colocation facility. This power is consumed directly by the data center, reducing reliance on the grid.
Front-of-Meter (FOM)
FOM, or grid-supply power, comes from external sources — typically large-scale power plants operated by utility companies. The electricity is transmitted across the grid and delivered to the facility after passing through the utility meter.
| Feature | Behind‑the‑Meter (BTM) | Front-of-Meter (FOM) |
| Location | On‑site at colocation facility | Off‑site, utility‑side infrastructure |
| Control | Direct oversight by customer/providers | Managed by utilities |
| Purpose | On‑site use and net‑metering | Supply grid and broad distribution |
| Scale | Typically facility‑scale (kW–MW) | Utility‑scale (MW–GW) |
Strategic Pros and Cons in Colocation Settings
The demand for compute power is outpacing grid capacity in many markets. AI and HPC workloads consume massive amounts of energy — Beyond the capacity, many utility systems were originally designed to support. In some regions, the wait for new utility connections or upgrades is now measured in years, not months. Read the New Research from McKinsey: Expanding Data Center Capacity to Meet Growing AI Demand article to get deeper market insights on how capacity and power challenges are shaping AI infrastructure investments.
That’s where behind-the-meter solutions have gained momentum. When a colocation provider can install on-site power generation — solar, gas, batteries or microgrids — they may be able to bring power online faster and avoid grid bottlenecks entirely.
And this isn’t a one-size-fits-all decision. What’s optimal for one facility could be a roadblock for another.
Understanding that different projects have different goals is crucial. That’s why OCOLO works alongside you to analyze every factor — so you can scale with confidence and make the right power decision for your specific needs. Here’s how the two models compare in terms of what matters most: speed, control, cost and scalability.
Behind-the-Meter (BTM)
| Pros | Cons |
| Faster time to market versus waiting for grid infrastructure | Requires upfront capital investment |
| Greater control over energy sourcing and cost predictability | Permitting and compliance can be complex |
| Enables on-site sustainability strategies (e.g., solar, storage, gas) | Requires ongoing maintenance and operational oversight |
| Reduces dependency on utility companies and grid congestion | Difficult to precisely size system for long-term demand |
| Offers redundancy and energy resilience in power-constrained regions | May not scale as easily for hyperscale or HPC-level power requirements |
Front-of-Meter (FOM)
| Pros | Cons |
| Simpler setup with utility-managed infrastructure | Long lead times for utility approval and grid connection |
| Typically supports larger-scale power demands | Less flexibility in cost and sustainability strategy |
| No need to manage or operate on-site generation assets | Exposure to grid-related risks (congestion, outages, price fluctuations) |
| Easier regulatory pathway for most standard colocation deployments | Limited visibility or control over power source type or mix |
| Ideal for facilities needing stable utility-scale electricity supply | Potential delays due to regional grid capacity issues |
We know that choosing between behind-the-meter and grid-supplied power isn’t just a technical decision — it’s a strategic one. The right choice can accelerate time to market, lower risk, and ensure your compute infrastructure has the power it needs, today and tomorrow. Having guidance from OCOLO experts will help you understand those trade-offs clearly, connect with the right providers, and move faster.
In an AI-driven world, power isn’t just infrastructure, it’s a strategic advantage.
How OCOLO Helps You Choose Smarter
Power strategy is a critical part of any colocation decision — and it’s not something IT teams should have to figure out alone. At OCOLO, we bring clarity to complex infrastructure planning by analyzing every variable:
Power Availability Insights
We track grid capacity, infrastructure timelines, and site-specific BTM capabilities across our global network — so you can see which options are viable now, not six months from now.
Speed vs. Scalability Modeling
Need to get to market quickly but plan to scale later? We help balance near-term deployment speed with long-term power availability, so you don’t outgrow your footprint.
Sustainability Signals
We flag which providers offer on-site renewables, emissions reductions or hybrid models (BTM + FOM), helping you align IT infrastructure with ESG goals.
Custom Project Analysis
From HPC clusters to GPU-dense deployments, we evaluate workload requirements, location constraints and provider readiness — so you can move forward with confidence, not assumptions.
Frequently Asked Questions
Yes. Many high-performance environments use grid power for steady baseline loads and BTM resources like batteries or generators for peak shaving, redundancy or sustainability goals.
BTM tends to offer more direct sustainability opportunities, especially when combined with solar, fuel cells or battery storage. It gives you more control over your energy mix.
We analyze everything from utility permitting schedules to on-site energy capacity, giving buyers a clear view of how quickly and reliably power can be delivered — whether it’s through the grid or on-site generation.
