The Joule Report

Introducing The Joule Report: The First Iteration of the Joule Model

We are excited to announce the launch of the first iteration of the Joule model, a groundbreaking tool designed to provide comprehensive insights into the development of the electricity, hydrogen, methane and synthetic fuels. The model also looks into optimisation of electric vehicles, hybrid heating in the residential sector and offshore wind hubs.

Key Features of Joule

Electricity, Hydrogen, Methane and Synthetic Fuels Joule focuses on the critical sectors of electricity, hydrogen, methane and synthetic fuels, offering detailed analyses and projections to help businesses and policymakers navigate the evolving energy landscape. By modeling these key areas, Joule enables users to explore innovative energy solutions and optimize resource allocation.

Sectoral Integration Joule not only models the energy sectors but also integrates residential, tertiary, transport, and industrial sectors, offering a holistic view of the energy ecosystem. This multisectoral approach ensures that all aspects of energy production, distribution, and consumption are considered, leading to more informed decision-making.

The Joule Model shows that by 2050 the European energy system is heavily electrified and runs on a mix of wind, solar, small modular nuclear reactors and flexible gas that can be switched on when needed. Electricity will cover a significant portion of final energy. Industry still the biggest user with transport climbing fast. The hydrogen economy will begin to mature with its main use in steel, chemicals and fuel synthesis. Liquid fuels stay important for aviation and shipping.

Methane is supplied predominately by biomethane with a smaller share of LNG kept for security. Variable wind and solar are supported by expanded transmission lines, hydro power, long‑duration hydrogen storage, batteries and demand‑response programs.

Around a quarter of electric vehicles now feed power back to the residential owners, helping balance evenings and winter peaks.

Nuclear small modular reactors provide steady low‑carbon power and improve grid stability when wind and solar is weak.

A Comprehensive Tool for the Future of Energy

The joule model will be used to develop future services including the development of AI assistants. With its detailed modeling capabilities and sectoral integration, Joule provides the insights needed to drive innovation and sustainability in the energy sector.