The CapEx cliff
The capacity exists.
Code-aligned capacity measurement and constraint enforcement, so buildings can electrify without costly upgrades.
Capacity often exists. It is just invisible to traditional methods.
Engineers apply conservative NEC assumptions that overstate peak load
Utilities require upgrades before approving new electrical loads
Buildings cannot meet electrification mandates or tenant EV requirements
How VoltOS works
Non-invasive measurement at the service entrance, plus optional interval data sources depending on site conditions.
Per code-aligned pathway. The study period and method are selected to match the jurisdiction and the engineering workflow.
Package designed for permitting workflows and professional review. Accepted by AHJs and project engineers.
Ongoing constraint enforcement, audit trail, and living compliance record. Fails safe with safe defaults on connectivity loss.
In many cases, VoltOS supports a code-aligned path that materially reduces upgrade scope, cost, or timeline — subject to engineering and AHJ requirements.
Why now
California and New York now require EV charging infrastructure in commercial buildings
Heat pumps, HVAC electrification, and battery installations all competing for the same service capacity
Engineers rely on outdated NEC assumptions that consistently overstate peak load requirements
The compounding moat
Measurement precision and code-aligned methodology
Operating envelope history and enforcement logs per site
Evidence packs accepted by AHJs and engineering workflows
System of record for how electrified buildings operate within approved constraints
EVs are only the first visible wave of electrification pressure.
Over the next decade, heat pumps, HVAC electrification, batteries, and EV fleets will all compete for the same capacity inside buildings.
Eios is building the intelligence layer on top of that complexity — starting with electrical capacity, the critical bottleneck blocking electrification today.