Contact We build and extend models that connect generation, demand, storage, networks and molecules across countries and time. This gives planners one place to see how a change in one part of the system affects the rest.
The planning question
Terajoule models electricity, hydrogen, methane and synthetic fuels, from continental systems down to individual nodes. We agree the scenario, assemble the data and build or adapt the model, then use the results to identify the constraints driving the outcome.
Each result belongs to a defined scenario. We record the sources and assumptions, test sensitivities and explain how far the result can be used. If the model cannot answer part of the question, we say so.
Experience
Our modelling work links generators, demand, storage, transmission, pipelines, imports, conversion technologies and emissions. A change in one carrier can move cost, scarcity or flexibility somewhere else, so we model those connections together.
We have organised multi-horizon model inputs around scenario assumptions, climate samples and external data files, including work spanning 2030 to 2050. The structure keeps the baseline reproducible while allowing new cases to be tested.
Our teams work with PLEXOS-based European models, structured data pipelines and cross-sector planning environments. We check object relationships, temporal coverage, units, missing inputs and result consistency before a run enters a decision process.
We can start with annual demand from ETM scenarios or historical ENTSO-E load, adjust it from national and sector totals down to nodes and individual assets, then create 8,760-hour profiles. Weather and climate inputs shape heating, cooling, transport and industrial demand across electricity, hydrogen and heat.
How we work
Agree the scope, geography, horizon, planning question and acceptance test.
Identify the carriers, assets, data sources and interfaces that can change the answer.
Create or extend the model with traceable assumptions and controlled versions.
Run sensitivities, reconcile anomalies and explain the decisive constraints.
What the team receives
Partnerships & consortiums
We are open to partnerships and consortiums with system operators, public bodies, research organisations, infrastructure developers and technology teams.
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