Renaissance Fusion

AI Quick Summary

Renaissance Fusion is at the forefront of deep-tech innovation, offering a breakthrough solution to one of the most challenging but rewarding energy problems: providing fusion power to the grid. Renaissance Fusion's distinctive approach combines the proven Stellarator fusion device with a proprietary modular design and cutting-edge next-generation magnet manufacturing technology - High Temperature Superconductor (HTS) technology - and Liquid Metal (LM) shielding. The solution. Renaissance Fusion is steering the fusion reactor towards commercialisation, targeting the early 2030s as a milestone.Beyond fusion energy, Renaissance Fusion's unique intellectual property in HTS enables promising applications in other areas such as renewable energy generation, energy storage, medical imaging and mobility, which can be licensed within two years. In addition, the spin-off LM as an advanced material enables the extraction of lithium (Li) tritide from a simple precipitate and as a cooling solution for telecommunications and semiconductors.

Organization Metadata

• Organization Name: Renaissance Fusion
• Date: 9/2/2024 2:03:20 PM
• Administrators:
  • Clemens Gähwiler

Organization Description

Renaissance Fusion is at the forefront of deep-tech innovation, offering a breakthrough solution to one of the most challenging but rewarding energy problems: providing fusion power to the grid. Renaissance Fusion's distinctive approach combines the proven Stellarator fusion device with a proprietary modular design and cutting-edge next-generation magnet manufacturing technology - High Temperature Superconductor (HTS) technology - and Liquid Metal (LM) shielding. The solution. Renaissance Fusion is steering the fusion reactor towards commercialisation, targeting the early 2030s as a milestone.

Beyond fusion energy, Renaissance Fusion's unique intellectual property in HTS enables promising applications in other areas such as renewable energy generation, energy storage, medical imaging and mobility, which can be licensed within two years. In addition, the spin-off LM as an advanced material enables the extraction of lithium (Li) tritide from a simple precipitate and as a cooling solution for telecommunications and semiconductors.