Source the systems behind energized capacity.
Turn infrastructure requirements into one coordinated procurement path. Search critical systems, compare project considerations, build a scope, and submit a unified RFQ covering pricing, financing, logistics, installation and commissioning support.
Build the project before you build the cart.
Select the systems that belong in the project. The stack builder creates a directional project scope that can be carried directly into the RFQ workflow.
Procurement organized around the project.
Start with a system category, then narrow the catalog using technical requirements, lead time, availability, installation and financing.
Search infrastructure. Build the project.
Pricing shown is budgetary unless specifically confirmed. Final pricing depends on configuration, availability, freight, engineering, installation and commissioning.
Use the scope to expose project gaps early.
These prompts are directional and do not replace engineering review. They help surface common questions before a coordinated RFQ is submitted.
Scope Review
Directional prompts based on the current project scope.
Lead-Time Exposure
Systems that may deserve early sourcing attention.
Add execution support to the same project scope.
Services can be added to the same coordinated RFQ as infrastructure systems.
Turn your scope into a coordinated project RFQ.
Bring the technical, commercial and delivery context together so the project can be reviewed as one infrastructure package.
Tell us what the project needs — not just what you want priced.
Include the technical context, timing, site conditions, preferred equipment, installation scope, and any financing or delivery requirements.
Model a preliminary equipment payment.
This is an illustrative estimate only and is not a financing offer, approval, rate quote or commitment.
Critical infrastructure procurement built around the project.
Megawatt Path supports procurement planning across critical power systems, UPS platforms, batteries, switchgear, substations, data center cooling, liquid cooling, racks and containment, modular systems, backup generation, battery energy storage, controls, DCIM, commissioning and related infrastructure services.
Instead of treating equipment as isolated line items, the procurement workflow is designed to help project teams build a coordinated technical scope, identify schedule-sensitive systems, add execution services and submit one project RFQ for review.