Develops fusion energy systems using Magnetized-Liner Inertial Fusion (MagLIF) technology, integrating high-efficiency impedance-matched Marx generators to achieve repetitive neutron generation and progress toward commercial fusion power. Addresses challenges in cost, scalability, and system complexity by delivering scalable fusion generators and prototypes, including the 1 TW TITAN and 15 TW Z-STAR, with over 99% accuracy in experimental simulations.
Funding
$48.3M raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
LFounders
Product
Problem
Achieving commercially viable fusion energy requires overcoming challenges related to cost, scalability, repetition rate, and system complexity. Traditional fusion energy systems often suffer from inefficient energy delivery and high operational expenses.
Solution
Fuse develops Magnetized-Liner Inertial Fusion (MagLIF) technology, integrating high-efficiency Impedance-Matched Marx Generators (IMGs) to address the challenges of fusion energy production. Their approach focuses on engineering efficiency and affordability to enable repetitive neutron generation and progress toward commercial fusion power. Fuse delivers scalable fusion generators and prototypes, including the 1 TW TITAN and the 15 TW Z-STAR, with experimental results correlating with simulated results with over 99% accuracy. The company's iterative approach breaks down complex challenges into solvable objectives, demonstrated by the rapid development and deployment of neutron-producing fusion generators and the world's first IMG pulser.
Target Audience
The primary customers include defense, energy, and aerospace sectors, as well as research institutions focused on high energy density plasmas (HEDP) and fusion energy development.
Features
- TITAN: A 1 TW Impedance-Matched Marx Generator serving as the essential MagLIF pulser building block with 90% energy efficiency.
- Z-STAR: A 15 TW MagLIF generator designed to iterate on and solve system engineering challenges, linking 16 TITAN modules.
- APEIRON-I: A fusion plant designed to achieve energy output exceeding required inputs, enabling scalable nuclear waste recycling and power generation.
- FAETON I: A dense plasma focus device for generating neutrons.
- Proprietary technology for precise triggering of over 100 switches with less than 2 nanoseconds jitter.
- High repetition rate capabilities for sustained fusion reactions.
- Scalable architecture enabling the construction of larger fusion energy systems.