Nuclear fusion is the primary objective for sustainable power, a process that provides a virtually inexhaustible supply of clean energy. Alya4Fusion is a simulation platform designed to help develop nuclear fusion reactors, providing a 3D simulation tool that models both the plasma inside the reactor and the surrounding engineering components. By supporting different reactor designs, Alya4Fusion helps improve reactor performance, safety and durability before physical systems are built, allowing it to iterate fast.

Problem

Developing nuclear fusion reactors is extremely complex, expensive and time-consuming. Building and testing physical prototypes requires large investments and long development cycles. Without advanced simulation tools, it is difficult to test different designs, predict performance and identify potential risks early in the development process.

Solution

Alya4Fusion enables researchers and companies to test and improve fusion reactor designs using computer simulations instead of costly physical experiments. The platform uses detailed physical models to simulate how plasma behaves and how reactor components respond under different operating conditions. These simulations are run on high-performance computing systems, allowing users to explore many design options, evaluate safety and performance and reduce the risks and costs associated with building real reactors.