And on something we rarely think about until it can no longer keep up. The roads, the water, the wires — none of it was here by default. Someone decided to build it, usually before it was obviously necessary, and usually for people they would never meet.
We are standing at one of those moments again. What our grandparents did for rural electrification, and our parents did for the interstate, this generation has to do for the electrical capacity the next fifty years will ask for.
That is not a market. It is a responsibility that happens to have work attached to it.
Not one of the changes that reshaped the last hundred years was really about a machine. Each was about the current that made the machine possible — and each one asked the grid for more than the generation before it had needed.
Rural electrification. Within one generation, life outside the city is unrecognisable.
ENIAC draws about 150 kilowatts — as much as thirty houses — to do arithmetic. Computation and electricity are married from the first day.
The Sun Belt becomes liveable year-round. Texas begins to fill, and never stops.
The machine leaves the laboratory and arrives in the spare room. Every household adds a load that did not exist a decade earlier.
Commerce and knowledge move onto a network that never sleeps — and never stops drawing.
A billion devices in pockets, and behind them the first great build-out of the data centre.
Computing stops living in the building that uses it. The data centre becomes an industry, and it is measured in megawatts.
The largest new household load since air conditioning — and it parks in the garage.
Through all of it, one number stayed strangely still.
Efficiency kept pace with growth. Better lighting, better motors, better appliances — each new demand was absorbed by something else getting leaner. Utilities planned around a flat line, and built accordingly.
Then, recently, the line turned upward. Not gently.
Illustrative. The shape is the point: two flat decades, then an inflection that is already behind us.
Every model trained and every question answered draws power from a physical building on a physical grid.
Refuelling moves from the forecourt to the driveway, and from a monthly stop to a nightly one.
Manufacturing returning onshore arrives electrified, and asks for capacity nobody has built yet.
The states we work in are among the fastest growing in the country. Every building that goes up is load that goes up with it.
The wires carrying all of this were sized during the flat years — and you cannot build a century of transmission in a decade.
If central generation cannot be built fast enough, capacity has to appear where the demand already is — on roofs, in garages, inside electrical rooms. A building that generates and stores its own power is not a building with a smaller bill. It is a building that holds through a peak, rides out an outage, and can take on load its original design never anticipated.
Multiply that by a street and a neighbourhood gets more resilient. Multiply it by a city and the grid itself becomes easier to run.
Right now the most practical way to put capacity on a building is generation and storage on site. In ten years it may be something else — longer-duration storage, hydrogen, something not yet commercial. The technology is the means. The capacity is the point.
Energy stopped being a monthly bill. It became infrastructure — and infrastructure has to be built by somebody.
IMPACC Developments Corporation exists to prepare houses, businesses, public facilities and communities for the demand arriving at their meter, and then to keep them running for as long as they stand.
We are deliberately not married to a generation technology. What we are committed to is the infrastructure — that it can generate, hold and carry more power than it was originally designed for, using whatever does that job best in the decade you happen to be standing in.
Builds our communities.
Powers our communities.
Two halves of the same answer. One decides what gets built; the other decides whether it can carry what comes next. Most companies in this industry only ever see a building after somebody else has finished it.
That takes four disciplines, and the seams between them are where most projects fail. So we hold all four ourselves.
Three of those four end when the work does. The fourth is the one that decides whether any of this was worth doing.
In this industry the crew leaves and the relationship usually ends with them. The homeowner is left holding a twenty-five year asset and a phone number that stopped working.
We took the opposite position, because the argument on this page only means something if we are still here to keep it. The day a system switches on is the day its working life begins.
Commissioned, inspected, switched on.
Production drifts. Nobody notices without monitoring.
Something moves. Something needs checking.
An inverter reaches the end of its life.
Because somebody stayed responsible for it.
That is what Empower is. Not a warranty and not insurance — a company still answering in year twelve.
See how Empower works →Nobody can tell you exactly what the grid looks like in twenty-five years. But the direction is not really in question, and it is the direction we have organised the company around.
Artificial intelligence turns electricity into the binding constraint on progress.
Buildings generate and store alongside the utility rather than only drawing from it. The meter runs both ways as a matter of course.
Neighbourhoods that carry themselves through the weather and the peaks, because enough individual buildings were prepared in time.
Which is why the work is never only one house. It is whoever is standing in front of that future next.
A homeowner, a developer and a city are asking the same question at different scales: can this place carry what is coming? The answer is the same discipline each time.
Families preparing a house for the load it will carry in ten years — and for the bill that comes with it.
Businesses modernising the electrical spine of a building, and lowering the operating cost sitting on top of it.
Communities designed future-ready from the drawings, rather than retrofitted at considerable expense later.
Public buildings and critical facilities that have to keep running when the grid does not.
Not deals closed. The things still true about a community after we have worked in it.
Tell us what you're trying to accomplish — not which equipment you want, but what the place needs to do. A person reads every one of these.