A climate studio that maps the route to zero
We route cleanenergy the waycartographers route rivers.
Cartograph is a mission-driven studio building the instruments that make grid losses visible and decarbonization routable. Follow the route below — it is the same one we walk with every operator we work with.
- 1.2 TWh
- clean curtailment avoided
- 48
- substations routed
- 9,400 t
- CO₂e on the ledger
Origin
We started wherethe maps ran out —the grid edge.
Cartograph began on the margins of the energy transition: the substations nobody photographs, the feeders that fail in heatwaves, the rural circuits that decide whether a town keeps its lights. We were grid engineers before we were a studio, and we kept meeting the same wall — the data existed, but no one could see it move.
So we drew it. First on whiteboards, then in code. The route you are following now is the same one we walk with every client: from where the energy is, to where it is needed, and every loss in between.
Beliefs
Decarbonization isa routing problem,not a slogan.
Every clean electron has a path. Our conviction is that the fastest decarbonization comes not from new generation alone, but from routing what we already have with far less waste — curtailment avoided, transformers spared, demand shifted by the hour.
We believe the map should be honest about loss. A dashboard that hides line losses behind a green checkmark is a comfortable lie. We design instruments that make the hard number legible, because trust is built on the figures people would rather not show.
Method
Measure the loss.Re-route the load.Prove the saving.
We work in three movements. We instrument the network until the losses are no longer a guess. We model the re-route — storage, demand response, dynamic line rating — against real weather and real tariffs. Then we ship the operator the one screen that tells them what to do next.
Nothing leaves the studio without a measured baseline and a measured result. If the megawatt-hours saved cannot be traced on the meter, we have not finished the work.
Team
Engineers whoship, cartographerswho count carbon.
We are a deliberately small studio of grid engineers, climate scientists, and interface designers who refuse to hand off between disciplines. The person who models the feeder also tunes the chart that explains it.
We have sat in control rooms at 3 a.m. during a cold snap. That is the bar we design to — calm under load, legible under stress, defensible to a regulator the next morning.
Work
From one feederto a national grid —the same route.
Today the route scales. We have routed load for a single overloaded distribution feeder and for a transmission operator balancing a country at dusk. The method does not change with the zoom level; only the legend does.
If you operate, finance, or regulate energy infrastructure and you need the losses made visible, this is where our route meets yours.
Legend · sheet key
The four marks wenever leave off the map.
Four conventions we draw on every survey. Strip any one of them and the route stops being defensible — so they stay on the sheet, every time.
Measured, not asserted
Every claim ships with a baseline and a meter reading. No green checkmarks over hidden losses.
Legible under load
The instrument has to read at 3 a.m. during a grid event, not just in a calm demo.
One screen, one decision
We resist the dashboard sprawl. The operator gets the single view that tells them what to do next.
Carbon on the ledger
Avoided emissions are a line item, traced to the tonne, defensible to a regulator.
Survey markers
Measured results, named partners, real people.
We said the map should be honest about loss. Here is the legend, plotted — every figure traced to a meter, every year to a survey note, every name to a face. Shown, not asserted.
- 1.2TWhClean curtailment avoided, traced on the meter.
- 48substationsRouted across partner networks, station by station.
- 11→3.4% lossWorst-feeder line loss, before and after re-routing.
- 9,400tCO₂eAvoided emissions booked to the ledger, audited annually.
Field log measured deltas, before → after
- 201911%line loss surfaced11.0%—First feeder instrumented — the hidden 11% line loss finally made visible on the meter.
- 202140substations live640Demand-response routing deployed across 40 substations on a single distribution network.
- 20231.2 TWhcurtailment avoided0.3 TWh1.2 TWh1.2 TWh of clean curtailment avoided for partner utilities — traced and audited.
- 20253.4%line loss after11.0%3.4%Same worst feeder re-routed: 11% → 3.4% line loss, two national operators balancing live.
- Nordgrid
- Helia Power
- Meridian DSO
- Atlas Energy
- Verdant Utilities
The surveyors
- Rune KesslerGrid systems
- Amara OkonkwoClimate modelling
- Jonas ThorneInstrument design
- Sofia VlkField engineering
N° 10 · TERMINUSDATUM 60.4°N 09.1°E
Where our route meets yours
Start a conversation about the losses you cannot see.
If you operate, finance, or regulate energy infrastructure, send us the part of the grid that keeps you up at night — the feeder that browns out in a heatwave, the line loss nobody has put a meter on. We reply within two working days with a first read on what a measured saving could look like.