Our work

Design the system. Test the future.

We are building Nohm ONE: an integrated system-design environment for turning economic choices into tested, explainable energy-system pathways.

Core platform

Nohm ONE

Nohm ONE connects the outer investment question to the operational detail that decides whether a pathway works. It carries one canonical structure through economics, reliability, resources, dispatch and assurance, then returns the result to the next investment decision.

Explore the Nohm platform
One governed loopCanonical contracts · Tool-ready execution
01
Investment Engine

Economic assumptions become candidate expansion plans.

02
Reliability & maintenance

Availability, outages and maintenance shape what can operate.

03
Resource coordination

Storage, fuels and water carry targets through the system.

04
Operations & markets

Nohm Flow, PyPSA or PLEXOS can execute the same declared intent.

05
Verification & stress testing

Balance, sensitivity, cost, reliability and risk return to the plan.

Every hand-off preserves assumptions, mappings and provenance. Sensitivity can revisit the stage it changes instead of becoming a disconnected scenario.

A minimal relief of Europe with twenty-eight connected nodes representing an integrated energy system
Model layer

A component of Nohm ONE

The Joule Model

The Joule Model is one modelling layer inside Nohm ONE: a coupled European scenario for testing how investment, demand, weather, networks and technology choices interact.

Horizon
2050 and beyond
Resolution
Continental to node
Carriers
Electricity, hydrogen, methane, synthetic fuels
Open the Joule Model

The work around the platform

Build the layer the question needs.

01

Energy modelling

Connect carriers, sectors, networks and time into a model whose assumptions can be tested.

02

Capacity planning

Turn adequacy, flexibility and system constraints into a sequenced infrastructure pathway.

03

AI engineering

Build governed assistants around the models, data and decisions people already own.

Working method

Scope. Build. Test. Explain.

  1. 01Frame the decision

    Define the actor, horizon, constraints and evidence needed.

  2. 02Connect the system

    Represent carriers, sectors, geography and infrastructure together.

  3. 03Stress the result

    Test sensitivities, uncertainty, weather and competing interpretations.

  4. 04Make it legible

    Publish assumptions, provenance and implications in decision-ready form.

Partnerships & consortiums

Some questions need more than one discipline.

We are open to partnerships and consortiums with public bodies, system operators, research organisations, infrastructure developers and technology teams. We define the question, roles and review points together.

Discuss a partnership
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