LS Materials is ramping up its efforts to penetrate the next-generation energy market by supplying ultra-capacitors (UCs), a crucial component for a nuclear fusion power project in the U.S.
The company announced on Thursday that it will provide UCs for a demonstration project aimed at commercializing nuclear fusion, spearheaded by an American energy firm.
This marks LS Materials’ first foray into the nuclear fusion sector, establishing a vital foothold for potentially substantial follow-up orders as the technology moves towards commercialization.
Nuclear fusion power is a cutting-edge technology that mimics the sun’s energy production process. As electricity demand skyrockets due to the proliferation of artificial intelligence (AI) data centers, major nations like the U.S. and European countries are pouring investments into this field.
The project will utilize over 1,000 large UC modules from LS Materials.
These high-performance units can deliver a staggering 15 MW of power in just 0.06 seconds, providing the critical instantaneous power supply necessary for operating fusion devices.
To put this in perspective, it’s equivalent to powering thousands of homes simultaneously.
LS Materials is swiftly diversifying its business portfolio beyond its traditional focus on wind turbines and uninterruptible power supplies (United Parcel Service – UPS). The company is now venturing into next-generation power infrastructure, including fusion, hydrogen fuel cells, and power grid stabilization.
The market for high-output UCs in fusion power is particularly challenging, with stringent technical requirements and validation standards. This landscape favors pioneering firms that secure early references, potentially leading to market consolidation.
The existing oligopolistic structure of the medium to large UC market further bolsters LS Materials’ potential for success.
Hong Young-ho, Chief Executive Officer (CEO) of LS Materials, emphasized that this supply contract represents a pivotal moment in the strategy to enter the nuclear fusion commercialization market. It’s committed to expanding our footprint across next-generation power infrastructures, including hydrogen fuel cells, AI data centers, and power grid stabilization.
Leveraging this contract, LS Materials aims to showcase its expertise in high-output power control technology, solidifying its position as a frontrunner in the global next-generation energy component market.
