01
Store.
Use energy at the right time.
Plan battery dispatch around peak demand, charging opportunities, and the energy reserves the site needs to preserve.
BATTERY POWER + ENERGY
POWER ORCHESTRATION FOR CONSTRAINED SITES
Go further.With the poweryou have.
A limited grid connection doesn’t have to limit every ambition. We’re building the coordination layer between your site’s power, storage, and flexible work.
IN DEVELOPMENT / EAST BAY, CALIFORNIA
A CONNECTED SITECONCEPT / 001
GRID IMPORT8 MW
BATTERY OUTPUT4 MW
SITE DEMAND SERVED12 MW
An illustrative dispatch moment. Storage support is temporary.
ONE OPERATING PRINCIPLE
Move the work. Store the energy. Respect the limit.
01 / THE OPPORTUNITY
There’s another way
to get to the other shore.
When power is the bottleneck, how the site operates matters as much as what it installs.
Grid upgrades take time. Batteries have finite energy. Workloads have commitments. Treating each in isolation leaves the operator to manage the tradeoffs.
Othershore starts with the whole site: a clear power boundary, the work that needs to happen, and the flexibility available to make it happen.
Explore the operating model02 / THE OPERATING MODEL
Three kinds of flexibility.
One shared envelope.
Store.
02
Shift.
Give flexible work a window.
Match deferrable compute or vehicle charging to available power, while keeping deadlines and service commitments explicit.
WORKLOADS + CHARGING
03
Balance.
Include the thermal reality.
Bring cooling demand and thermal headroom into the site model, so electrical decisions account for their physical consequences.
COOLING + OPERATING LIMITS
Defined authority. Explicit reserves. Operator control.
THE ENVELOPE COMES FIRST03 / THE SITE EXPLORER
A fixed connection.
A different operating picture.
Try an illustrative site. Adjust the connection, requested demand, and battery energy to see where storage helps, and where work still needs to move.
ILLUSTRATIVE MODEL
YOUR SITE ASSUMPTIONS
Illustrative compute demand, including cooling. Battery discharge limit: 6 MW.
One operating window
12 one-hour intervals · power in MW
Grid supplyBattery supplyWork to shift
06:0012:0018:00
Peak demand served12.0 MW
Battery energy used14.8 MWh
Energy to reschedule0.0 MWh
Understand the model and its limits
The grid supplies demand up to the selected import limit. Storage supplies excess demand chronologically, within the scenario’s discharge limit and available energy. A 20% energy reserve is preserved. The model assumes ideal efficiency, no recharging, and that all unmet demand can be deferred. Each bar is a one-hour average. It does not model fast transients, protection, detailed thermal behavior, charging windows, or actual workload deadlines. The profiles are illustrative, not measured site data. This is an explanatory tool, not an engineering design, performance guarantee, or production controller. Temporary battery support does not increase firm grid capacity.
04 / WHERE WE’RE FOCUSED
Different sites.
A shared power problem.
AI & edge compute
Explore how deferrable inference and batch work could fit alongside storage and cooling within a constrained connection.
EV fleet depots
Coordinate energy needs, departure times, and site demand so charging flexibility has a clear operational purpose.
Mixed-load campuses
Model shared power across buildings, storage, and phased growth before committing to the next expansion.
05 / LET’S START SOMEWHERE REAL
One site.
One boundary.
A useful next step.
A focused pilot starts with what you know: your connection, your flexible load, and an outcome worth testing.
01 Map the constraint02 Model the operating case03 Define what success means
The boundary is fixed.
The possibilities aren’t.