01
Show how the equipment fits
Apply equipment geometry and spatial relationships to site boundaries and exclusions. See how configurations affect block geometry, access, and utilization.
RE STACK for OEMs
Put your equipment into the site conversation.
Quickly respond to customer requests on a real site, with real equipment. Show how equipment dimensions, spacing assumptions, PCS relationships, and topology choices translate into layouts.
Real-site equipment fitClear architecture trade-offsMore consultative conversations
A spec sheet cannot answer the whole site
From product configuration to project context
Battery and power-conversion equipment sit inside a system of roads, clearances, cable routes, delivery paths, maintenance access, and project constraints. Show what the equipment means for the site.
02
Compare architecture trade-offs
Explore how electrical configurations change cable concentration, equipment counts, access options, boundaries, and site suitability.
03
Support detailed technical conversations
Move beyond specifications to a project-specific discussion of how equipment assumptions may shape the complete site.
How RE STACK fits
Bring the equipment strategy onto the project area
Connect the equipment configuration to real project criteria and make the resulting trade-offs easier to discuss.
Configure the system
Define battery equipment, PCS relationships, transformers, auxiliaries, and repeatable spatial patterns.
Apply project criteria
Set spacing assumptions, roads, access, boundaries, exclusions, substations, and collection concepts.
Explore site arrangements
Generate and compare layouts to see how equipment and site assumptions interact.
Discuss the trade-offs
Help teams evaluate density, access, maintainability, replacement, collection, phasing, augmentation, and constructability.
The equipment is part of a system
The space around the equipment is part of the product story.
Clearances may support cooling, door operation, equipment separation, maintenance, delivery, crane access, cable routing, or augmentation. Those spaces are not interchangeable, and they do not affect every configuration in the same way.
Make working envelopes visible
Show how equipment requirements affect roads, access, block spacing, and usable site geometry.
Keep topology language precise
Describe end, central, and distributed PCS arrangements as spatial strategies with project-specific trade-offs.
Leave validation where it belongs
Code interpretation, safety studies, vendor approval, and AHJ review remain project-specific engineering inputs.
Move beyond the spec sheet
Put the equipment on the site.
See how RE STACK can turn equipment configurations into clearer, more useful BESS layout conversations.
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