Solutions · Utilities
Peak Relief from Behind the Meter
A distributed, behind-the-meter storage fleet across commercial buildings in your territory — easing loading on constrained feeders and substations at the hours that matter most, with no utility construction required.
THE GRID CASE
Why This Matters to the Grid
Feeder and Substation Relief
Every unit reduces customer peak draw on your distribution system at system-peak hours — supporting deferral of distribution capex, not replacing it.
No Regulatory Entanglement
Everything sits behind the customer's meter, so there is nothing for the utility to approve, license or file. Fleet-level DER aggregation is available as an optional next step.
Telemetry You Can Plan On
StorOS provides real-time dispatch, demand and uptime data per unit — a load-forecasting and grid-planning asset if extended into a utility partnership.
Recommended Hardware
A Fleet of Enclosures, One Flagship
S4000 units carry the distributed program; the P8000 is the path to utility-scale capacity.
TeraStor S4000
The workhorse of the distributed fleet — 4.07 MWh dischargeable per unit, deployed behind the meter at customer sites across your territory.
- Deployed behind the meter at the customer's existing service
- No new generation-interconnection application in program scope
- Customer-side peak shaving, dispatched by StorOS
TeraStor P8000
The flagship for utility-scale programs — 8.2 MWh on Parallel-before-Series architecture, for when the partnership grows past the meter.
- 8.2 MWh per enclosure for substation-adjacent capacity
- Parallel-before-Series architecture isolates faults at the cell level
- A path from distributed pilot to grid-scale deployment
STOROS™ SOFTWARE
Visibility Down to the Unit
StorOS gives your grid-planning team a live view of every deployed unit — per-unit telemetry, territory-wide.
StorOS™ Module
Global Overview
A map-first operations view of every deployed unit in your territory — live KPIs floating over the regional map, from fleet capacity to per-site output.
- Every site pin-mapped with live status
- Capacity, active power and fleet health at a glance
- Weather and grid-operator context per site
StorOS™ Module
Fleet Overview
The full roster, unit by unit — state of health, state of charge, power and dispatch role for every enclosure in the program.
- Per-unit SOH, SOC and power telemetry
- Dispatch role visible per unit, peak shaving to clean peak
- Site-level rollups with monthly output
StorOS™ Module
Events
The fleet-wide alert and activity feed — system alerts and operator actions in one time-ordered log, for easy O&M management and troubleshooting.
- Severity-laddered alerts with the mitigating action attached
- Operator actions logged next to system events
- Alerts-only filtering and mean time-to-acknowledge
Working With TeraStor
How an Engagement Runs
Program Scoping
Identify constrained circuits or customer segments where peak relief carries the highest grid value.
Pilot Cohort
A small set of customer sites deploys TeraStor units; dispatch and demand-impact data is shared with your planning team.
Program Design
Verified peak-relief data informs a broader DER or VPP program structure and any future aggregation pathway.
Get in Touch
We integrate advanced software with precision battery engineering to create energy storage systems that prioritize operational stability and long-term peace of mind.