01
Turn requirements into practical site options
Start with MW, usable MWh, duration, and equipment assumptions. Compare how block configurations affect equipment quantity, layout geometry, and practical site capacity.
RE STACK for EPCs
See the layout risk before it becomes execution risk.
Explore BESS equipment arrangements, road strategies, installation access, spacing requirements, and MV collection concepts before early assumptions make their way into the estimate.
Stronger estimating inputsEarlier constructability visibilityClearer layout trade-offs
A storage target is not a site plan
Bring construction thinking into feasibility
The real layout starts when equipment quantities meet boundaries, exclusions, roads, access, collection routes, and construction constraints. Price the project with more of the site in view.
02
Make space for the work
Study roads, crane positions, delivery paths, replacement access, maintenance clearances, cable corridors, and other working envelopes as part of the layout.
03
Compare civil, electrical, and constructability logic together
See how PCS strategy, road geometry, access, cable concentration, and site utilization change together rather than in separate drawings.
How RE STACK fits
From project requirement to a layout worth pricing
Move through early BESS feasibility with a clear sequence and a visible set of assumptions.
Define the storage requirement
Set the target MW, usable MWh, duration, and relevant equipment assumptions.
Apply the real site
Add boundaries, setbacks, exclusions, substations, access requirements, and known project constraints.
Explore layout strategies
Compare equipment groupings, roads, spacing, access approaches, and MV collection concepts.
Carry stronger assumptions forward
Use promising concepts to support estimating, constructability reviews, client conversations, and deeper engineering.
Density is only one variable
The densest layout is not always the best EPC layout.
More equipment helps only if the site still supports installation, access, collection, maintenance, replacement, drainage, and the construction strategy. RE STACK makes those trade-offs visible while the project is still flexible.
See local changes propagate
A spacing adjustment can change the block footprint, road grid, buildable area, and equipment quantity across the site.
Keep working space purposeful
A road, clearance, replacement corridor, and augmentation area may look empty, but they do different jobs.
Support the next engineering step
Advance the layout directions that deserve detailed civil, electrical, safety, and vendor review.
Price the layout with more of the project in view
See execution risk while the project is still flexible.
See how RE STACK can help your team compare BESS layout strategies before bid assumptions harden.