EnergyBoard
The indoor, wall-mounted battery your building’s intelligence acts through.
On its own, an EnergyBoard is unremarkable. That is the point.
EnergyBoard does not ask a building to use less energy. It asks the building to use the same energy, differently.
Retrofit a building over five years. Suite by suite, floor by floor.
Because the unit is small, the system never has to be the right size on day one. Add boards as you lease the building — no forklift, no re-engineering, no capacity sitting idle waiting for a load that hasn’t arrived.
Their consequences last decades.
EnergyBoards react to a price signal, a demand curve, a piece of equipment starting up two floors away — faster than a person can perceive. The owner is watching a different set of numbers: what the building costs to run, what it can offer a tenant, and whether it will ever need an expensive electrical upgrade. Thousands of the first, added up over years, move the second.
Same event, two clocks.
A building does not fail. It simply stops being able to say yes.
A tenant wants to add EV charging. A floor is converting to lab space. A prospect needs more compute than the riser can carry. Somewhere in the diligence, someone pulls the one-line diagram and discovers the service is spoken for.
At that point the options are a utility upgrade measured in years and millions, or a smaller tenant.
EnergyBoard creates headroom inside the service you already have. Capacity becomes something the building can grow, incrementally, instead of something it was allocated in 1987 and has been spending down ever since.
For an owner, that is not an energy product. It is the difference between an asset that can accept the next decade of demand and one that cannot.
Right-sizing what has not been built yet.
In new development, the opportunity arrives before the building does.
Size the electrical service to the maximum every piece of equipment could ever draw — the way it is normally done — and you pay for a peak the building will never see: in the transformer, the switchgear, the wiring, and the utility connection, on day one and every day after.
Design EnergyBoard in from the start and the peak becomes something you set, not something you inherit. The service gets sized to what the building will actually do, and the saving lands in the construction budget before a shovel moves.
The unit.
That control does not get installed at the power plant. It gets installed at the panel, on the floor, in the building, one board at a time.