Interconnection timelines, grid capacity, and tariff structure constrain data center growth in Mexico more than land or capital do. MEP models the fastest reliable route to power for your site, with no tie to any equipment vendor or supplier, and documents it so your capital committee can approve on the numbers.
Greenfield or live facility. Written reply within 1 business day. NDA signed before any site or load data changes hands.An almost constant load puts two questions at the center. The first is whether the site can secure power on a schedule that matches deployment. The second is what each megawatt costs under GDMTH once demand, power factor, and time-of-use are counted.
Utility interconnection moves through a longer, more centralized review, and securing a transformer and energizing a site can take many months before a developer has construction certainty.
Industrial parks laid out for a few hundred kilowatts per hectare were never built for AI and cloud loads, so developers end up solving generation, substation capacity, and grid access together rather than as separate line items.
An integrator, a generation developer, a qualified supplier: each arrives with a preferred answer. An operator needs analysis whose only interest is the operator's.
MEP starts from the load and the site, not from a product. Where storage or generation improves the economics, MEP sizes it against your actual load and the local tariff, models the return, and writes a vendor-ready scope. MEP does not install it and holds no relationship with anyone who does.
Assess available grid capacity in the corridor, substation and transmission proximity, and the realistic timeline to energization against your deployment plan.
Model utility and qualified supply options against the deployment schedule, with contract, basis, and volume exposure visible rather than buried.
For live facilities, evaluate chiller plant performance against ASHRAE 211 and isolate the peak demand and power factor cost drivers in the CFE billing structure.
Size storage against the real load and tariff, model payback and IRR, and compare owning the asset against contracting it through a service or lease structure.
Identified savings modeled from measured data are kept separate from savings verified under an IPMVP protocol, so finance books only what has been proven and treats the rest as pipeline.
What is the cost per delivered MWh, and does the model survive external audit?
Traceable assumptions with verified and modeled savings kept separate
Can this site reach design capacity on schedule?
Interconnection and grid-capacity analysis with a dependency register
Does the electrical and cooling design hold under load, and what happens to PUE?
Measures scoped around live operation, every setpoint held
Is electrical and storage work compliant, and are bids comparable?
Scopes to NOM-001-SEDE for ISO 45001 execution, fixed-price bids on identical terms
A Tier 1 hyperscale facility in the Querétaro region cut its total energy bill by 22.4%, about USD $418,000 a year, through chiller plant optimization and battery storage. PUE moved from 1.62 to 1.44 and monthly peak demand fell from a 3,200 kW baseline to an average of 2,780 kW.
These outcomes reflect that facility's tariff class, load profile, and baseline condition. Individual results vary by site, and MEP does not guarantee specific savings.
MEP needs site coordinates and the target corridor, the design load and phased capacity schedule, and for live facilities the operating profile of the load and chiller plant. Detailed consumption and SCADA data are requested after the first conversation, under NDA.
See the feasibility model scopeSend site coordinates and your load requirements. An MEP advisor will provide a written reply within 1 business day and a scoped proposal. Interconnection feasibility is most valuable before a site is committed, because it can rule a location out against your deployment timeline.
Request the feasibility modelOrganizations remain confidential. Verification contacts are available during qualified evaluation.
The energy audit recommendations were practical and supported by solid financial and operational rationale, making them easy to evaluate and act upon.
The energy study was very well done and delivered real results. The team took the time to understand how our plant actually operates and provided clear, practical recommendations.
The support we received on our Power Purchase Agreement was excellent. The team conducted a detailed and professional review.
Feedback from completed engagements. Client identities remain confidential. Individual results depend on facility profile, tariff, contract terms, and execution.
MEP will show you where cost and risk sit at this data center before you commit to anything. Four fields to start.
